#geologic forensics

[whatkindofsoupp]

Our forensics team was in there tasting the samples to determine what they were. Our geologic mapping team forgot their calculator and approximated every value on the test. They got second and first respectively

Actually insane that we actually won this. Our entire run was so scuffed.

[peskellence]

Pairing: RK900/Gavin Reed

Tags: Post Pacifist Ending, Enemies to Friends to Lovers, Slow Burn, Eventual Smut, Angst, Hurt/ Comfort

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Summary: In the aftermath of Detroit's android revolution, Nines grapples with the complexities of his newfound deviancy. As he seeks to establish his place in a newly transformed society, his resolve is put to the ultimate test when he is paired with Detective Gavin Reed-a notoriously volatile human with a well-established hatred for androids-to investigate a series of murders.

While initial impressions of his partner seem to suggest his reputation is well-deserved, the more time Nines spends with him, the more he is forced to challenge his judgments. As they form an unexpected bond, the RK900 is also pushed to examine truths about himself he would much rather seek to forget. (A Retelling of 'More Than Our Parts' from the POV of Nines.)

Warnings: Graphic Violence, Depression/Self Destructive Behaviour, Eventual Smut

Word Count: 4.7K

Tag List: @sweeteatercat @wedonthaveawhile @ladyj-pl @tentoriumcerebelli @negative-citadel

Whilst he continued to wait for what would undoubtedly be an underwhelming report from the forensic department, Nines used his time to develop the current victim profiles. He commenced the process of exploring their inner circles. Contacting friends and family, hoping they might provide some insight into further lines of enquiry.

Routes that were currently beaten and sparse, if not entirely indiscernible.

The results were mixed, with the MJ100 proving considerably easier to gather data on. As it transpired, she’d been reasonably popular, having affiliated herself with several charities and worked at a local animal refuge:

VICTIM PROFILE: MJ100 — DESIGNATION: ‘JENNY’ 

AFFILIATIONS:

CHARITABLE ORGANISATIONS - MULTIPLE. ‘ CLAWS FOR ACTION’, ‘RESCUE PAWS FOUNDATION’, ‘FUREVER HOMES INITIATIVE’ , OTHER(S)  PRIMARY AFFILIATION: HAPPY TAILS SANCTUARY — ANIMAL SHELTER, N. DETROIT  (EMPLOYER) SOCIAL FAVOUR - HIGH, EXTENSIVE POSITIVE RELATIONS WITH FRIENDS / COLLEAGUES. 

FURTHER LINES OF ENQUIRY:

INVESTIGATE CHARITY AFFILIATIONS FOR LEADS EXPLORE CONNECTIONS AND ACTIVITIES AT THE ANIMAL SHELTER ANALYSE RECENT SOCIAL CONDUCT FOR S̶͈͛͝U̵͈̯͝S̴̳͆P̷͙̊̆I̵̫̽C̷̮͉͒I̶̟͠Õ̸͌ͅU̴̮͑S̷̲̀̚ ̶̜͌̚

 ̸͕̟̳̰̦̬̤̀̈́͌P̶̦̖͓̰̰͍͚̪̋̀̎Ȃ̶̲͖̊͗̐͝Ţ̸̲̬͇͙̗̀̿̔͂̓T̷̡͔̮̥̗͈͕̰̾̓̏̐̅̑̀̄̽̽E̷̘̭͚̳̟̘̺̭̠̼̾̊̆͒̄́̚͝Ř̷̥̝̫N̸̖͕̮̄͋̓̄͂̀̅͘S̴̖͎͆̕ ̶̮͍̘̮͓̥̰́̍̈́O̵͎̻̬͖̳̅̈́̍̉͑̐̓̐̀͘Ṙ̷͚͉͊

̷̨̯̯̱͙̘͉͎̯̬͚̠̪̤̗̲̰͌̉̔͋͌̈́̾́͒̀̽͋̀̓̂̂̾̆͌̃͊̒̈̿́̄̿̃͗̈́̚̕͘͝

ERROR — CONNECTION DISRUPTED.

A shockwave rolled through the precinct, shaking the foundation of his desk and rattling the terminal. With no reports of regional geological disturbances, the android was prompted to investigate. As his hand shifted from the interface panel, broader visional scope returning, he began to search his surroundings for a possible origin of the disruption. This was soon determined to be a group of junior officers—taking exhaustive advantage of their captain being out of office. 

Two men sat in office chairs, a significant stretch from their workstations, obstructing the primary walkway. Their partners stood at each seat, counting in unison before thrusting forward - resulting in propulsion that sent them barrelling across the linoleum. Nearby scuff marks suggested it was far from the first occurrence of this juvenile exercise. 

All parties seemed to rejoice in their gleeful waste of taxpayer money until one of the makeshift buggies clipped a nearby filing cabinet. Its occupant was sent careening from their seat, gliding through the air until they struck a nearby wall. 

Several spectators hissed in dismay at the impact, whilst others jeered and rejoiced the karmic retribution.

It all proved highly disruptive, with Nines forced to tune his inputs in order to drown it out. Disregarding the misfortune of the MJ100’s end, he couldn’t help but envy the position she had enjoyed prior to this. 

Working with animals sounded preferential to humans in numerous respects. 

With his ability to focus renewed and the footing of his station stabilised, Nines pressed his exposed chassis back to the access pad.

CONNECTION RE-ESTABLISHED. 

While there was no shortage of individuals willing to vouch for the MJ100’s outstanding moral integrity, present insights hadn’t proved especially useful. Unsurprisingly, she’d had no enemies — with no one of her affiliates suspecting anyone who might have wished her harm. 

All this virtue and grace had not saved her from the caveat of blue blood.

The killer may not have been known to ‘Jenny’, but their actions indicated familiarity. Premeditation that would have been borne from several days of observation, familiarising themselves with their route. 

This would have had its limitations, of course. He couldn’t have followed too closely, lest he risk drawing early suspicion. There was existing awareness of the arena chosen and knowledge of how best to use it. Seldom known exit points, shortcuts and hiding spots rarely frequented:

ACCESSING SUSPECT PROFILE: SEARCH CRITERIA — RECENTLY ADDED. 

SUSPECT IS RESIDENT OF DETROIT — DISTRICT UNKNOWN.

Unlike ‘Jenny’, the HR400 proved vastly more challenging in constructing a profile. Personal connections were scant, with neighbours knowing little about him — outside of suspicions regarding his work. With such a shallow pool of acquaintances and no friends to report, Nines had been forced to wade through the seedy depths of his digital diary.

No glowing accommodations resulted from this, nor much of anything at all, save his own personal torment. He had faced more exposure to bare human bodies than he had ever wished to experience—and through this endurance, hadn’t found anyone willing to comment.

Nines doubted this aversion was borne of any lethal culpability. Instead, a desire to conceal or deflect from the more minor crime of solicitation — most pronounced for those in martial unions. While understandable, it didn’t help matters, leaving the only tangible line of inquiry as a direct pursuit of the suspect. 

A task that would be easier said than done. 

Searching ‘THOD GRAWS’ on the criminal database had predictably garnered zero results — and while processes were underway to trace a number allotted to their booking, more time would be required to confirm results. 

Nines held little optimism. 

Even if the TSU managed to secure cooperation from local telecommunications companies, their best hope would be to acquire the device's last known location. If their culprit possessed any modicum of digital literacy, it would prove little use to them now.

SEARCH PARAMETERS ADJUSTED: ALL FILES. ACCESSING… PRE-ESTABLISHED KNOWLEDGE OF ROBOTICS / CYBERNETICS — INCLUDING MECHANICS OF CYBERLIFE ANDROIDS.

With their killer possessing far more than this rudimentary understanding, the conclusion to be drawn was clear. The process was a waste of time, a reality that exerted itself further the longer he studied the text on his HUD. 

It was a point he continued to mull over, with greater urgency in every minute since its logging. These killings were far removed from uncivilised acts of hatred — with conditions that rendered the victim’s physical and cognitive advantages completely redundant.

There was no senseless battery, just methodic and systematic destruction . Education and loathing working in tandem. A noxious coupling, and one that boded poorly for the next unwitting target—

“— RK900.”

The android bristled at the voice, its abrasive frequency triggering several system warnings.

Fowler had arrived back at the precinct, emerging from around the corner with a pastry clasped in his grasp. His fingers flexed and unflexed repeatedly against the crust in what the android could ascertain was a stress-induced ritual. His vital signs supported this, with blood pressure elevated beyond its already staggering baseline. 

The junior officer, who had been left to lie in a crumpled heap by his cohorts, quickly scrambled to his feet—attempting to re-establish his bearings, brushing down any dust clinging to his uniform. “Good Afternoon, Sir— I, uh — Welcome back —” 

The anxious man may as well have been saluting the photocopier — as their superior pointedly snubbed him. His focus was entirely on Nines, trained sharply as he brought his mangled snack to his mouth, scattering crumbs in the process. 

“You know, I wouldn't need to stress eat like this if I could trust my men to do as they’re told.” He sluggishly attempted to cover his lips, muffling a succeeding comment about his wife bemoaning his dietary choices. Nines wasn't paying attention, far more focused on the deluge of flakes cascading onto the ground. 

“Where is your partner?” 

The android then directed his sights to the other end of his desk, just barely able to discern the vacant seat from behind a cascading wall of data. 

He should have known Reed had yet to return. He was getting too much work done. 

With reluctance, he closed the files, watching as they receded into the dormant recesses of his CPU. “I recall him advising that he needed to use the restroom.” 

“Well, has he fallen in?” Fowler snapped, directing the brunt of his glower to the detective’s empty workstation. “Because I don’t remember pairing you up with the goddamn Invisible Man .” 

“I am confident he will return soon.” 

“Really. Because he wasn't sitting there when I left, and that was twenty minutes ago —

I don’t know if you know this, RK, but it doesn’t take that long to piss.” 

Truthfully, he had no idea when his partner had left — nor had he been concerned about timing his excretions. Having become more than a little disillusioned with his unwanted custody duties, the RK900 had been happy to plead ignorance concerning his whereabouts.

Clearly, Fowler clearly did not share in this indifference. Protruding eyes stayed honed on the empty chair before training accusingly to the android. The gesture spoke almost as loudly as his initial bellowing interjection, declaring with no uncertainty that the period of respite had ended.

“Go and get him. Now.” 

The RK900 considered protesting the order. Surely, he could not be expected to manage the toileting habits of a grown man . Although he conceded that ‘grown’ was a title applied rather loosely to the detective. Truly, only an adult in physicality and legality. 

Fowler’s restless hostility soon petered into weariness, lacking the energy to maintain it. His tensed shoulders fell slack, and he pinched the bridge of his nose, exhaling. 

“This is the ninth unsolved android homicide in less than six months. I don't think I need to tell you how bad that looks. You need to bring your A-Game, or whatever letters Reed can recognise, or else it's gonna be a shitstorm for everyone. Is that clear?” 

Regrettably, it was: Ignore the man’s wishes and face the ramifications that came with allowing an overgrown infant to toddle away unsupervised. Words of vexation lingered bitterly on his tongue, scorching his throat as he swallowed them. The wheels of his chair then screeched to action as Nines pushed himself away. 

“Yes, Captain.” 

A new directive was accepted begrudgingly—FIND DETECTIVE REED—Ideally, before he could lodge silverware into an electrical socket or ingest a contaminant he found on the ground. 

When commencing his search, the android did so in ascending order of likelihood—naturally, starting where his partner claimed to be going. 

Sweeping the men's room stalls, he was welcomed by a procession of vacant waste receptacles. Boring daggers into each, as casts of red glared back, reflected in discoloured porcelain. Reaching the end of the line, he caught a clearer view of himself in one of the nearby mirrors. His LED stuttered perpetually, spotlighting the deep-set grimace contorting his features. 

As the utter redundancy of the task sunk in, he slammed the door of the penultimate stall, swiftly concluding it.

Reed wasn’t there. Of course he wasn’t.

Nines had already learned better than to trust his partner's word, especially concerning his frequent desertions. Were he to do so, his biocomponents would likely oxidise before he had time to finish his paperwork.

Fortunately for the android, he had other means of locating the human. A creature of habit, woefully predictable in his vices, his deductive protocol indicated two likely scenarios: Reed had either wandered home for an indeterminably long ‘break’ or retreated to the canteen to elevate his already exorbitant caffeine levels.

The RK900 decided to explore the latter, completing his search of the station—and also to avoid unnecessary visits to the man’s home. Reed's workspace was revolting enough; the android could only imagine the profound squalor he chose to live in.

Charting a steady course through the precinct, Nines sliced through several crowds, all of which parted obediently to avoid him. He paid little mind to their reaction. If anything, he was appreciative, as he wished to avoid any hindrances that might impede his return to work.

Approaching the canteen, the RK900 focused on the steel security door, currently latched shut. Despite this, his enhanced sensors detected two occupants inside—their heartbeats frustratingly calm, syncing with the gentle pulses of a touch-activated release button. 

It was good to know at least one of the partners was feeling relaxed.

The hums of amber drew Nines in, goading him to breach the threshold, dragging Reed kicking and screaming from his ill-earned tranquillity. As his hand hovered over the release, there was a sudden elevation in one of the heartbeats, as if the detective could sense his presence from behind the wall.

The android might have found this amusing had it not inspired such deep resentment.

He was about to make contact when he heard muffled voices from behind the entrance. The metal grating distorted the sounds, but it remained clear that a discussion was underway. Nines found it odd that anyone would choose to waste their lunch talking with Reed, curiosity briefly overcoming annoyance. 

He attempted to tap into the frequency patterns and, after some adjustments, managed to discern a few specifics:

Whoever this person was, they appeared to be a paragon of tolerance, engaged in what was an extremely one-sided exchange with Reed. He expelled an ongoing slew of brutish grunts while they offered calm, measured responses.

Given his incensed state, Nines assumed "plastic prick" and "tin can" featured heavily in his vocabulary. He found a morbid appeal in discovering what was being said behind closed doors, considering how unpleasant the man had proven face-to-face…

There was a sudden ring of feedback from a particularly loud eruption, severing his connection. Nines covered his ear, soothing the pulse in his acoustic sensor as he pulled back in disappointment. The exercise had failed to satisfy any of his developing intrigue — with the door preventing a stable link. Diagnostics suggested enhanced proximity would be required to bypass this issue.

After a brief deliberation, the RK900 conceded to the growing compulsion. Pressing his ear to the metal, he renewed his attempt to decrypt the mumblings. Clarity began to emerge as he was permitted voyeuristic participation in the conversation:

"…This isn't Connor we're talking about; the thing would kill me.”

"Sounds to me that all hope is not lost. You just need to try being nice."

"Tell me: What am I supposed to do that it would consider 'being nice'? I don't know if you've noticed, but it doesn't like anything. Except licking up blood and skulking around alleyways like it's my goddamn sleep paralysis demon."

Upon hearing the voice of the previously unidentified participant, their presence became less of an anomaly.

Officer Tina Chen was more tolerant (and tolerable) than most humans he had encountered — the least amiable aspect of her being the company she chose to keep. 

Although he supposed that wasn't a fair assessment of all her associates. The ST300 receptionist she spent an inordinate amount of time with seemed pleasant enough. It was only really Detective Reed — who solidified his membership to the inner circle by acting as its perpetual storm cloud — that proved problematic.

“You’re being ridiculous. I'm sure he likes lots of things.” 

Still, she was reasonably adept at shielding herself from the frequent downpours, as demonstrated by the sharp riposte. Nines pursed his lips approvingly, leaning closer in anticipation of further rebuke. It inspired more enjoyment than expected: listening in to a disagreement without actively participating. A response that seemingly shed light on human affinity for ‘gossiping’, as well as RK800’s fondness for poorly scripted televised dramas…

Unfortunately, the RK900 was robbed from further engagement with the production, as his sensors warned of another figure approaching the canteen. Officer Beaufort Monroe—a man he was perpetually stunned had managed to pass his DPD literacy screening—came to a stop behind him. Breathing coarse puffs down his neck before clapping a palm onto his shoulder:

“Hey, buddy. Mind scoochin’ over a notch? I need’ta grab some joe before I keel over.”

Nines tensed at the bastardised English, his processors working overtime to comprehend it. His focus then shifted to the hand before the scrutinous gaze shot to its owner, demanding an explanation. 

This wasn’t received, as the response instead came in a startled retraction. The human's limb pulled away sharply before latching defensively onto his chest. “Whoa, Jesus — ” 

He hissed under his breath, inexplicably shocked that Nines had taken issue with his graceless actions. After a moment to calm himself, the tense grip slackened, and his fingers migrated to the cusp of his scraggly chin. 

“Hey bro, did you…uh…” He stroked at the hair, brow tensed, as though attempting to spark some life into the underused synapses of his mind, “…get contacts or something?” 

Monroe had clearly neglected to offer some much-needed insight into his ‘thoughts’, as the words made little sense without it. Nines informed of such, meeting the fumbled question with a suitably impassive dismissal. 

“I have no idea what you are implying.” 

He then turned his attention back to the door, resuming his monitoring of Chen and Reed. A good portion of their debate had been missed—a misfortune he blamed on the officer—leaving him to scramble for context:

"Where would I even take it? Sal's Premier Gas and Auto Repair?"

"Take him wherever you like; it doesn't really matter. It's more about the gesture than anything."

Any progress made in this effort was quickly diminished as Monroe insisted on speaking again:

“Sorry buddy, I didn’t mean to offend ya…they look good! I mean, a bit intense, but if that’s what you’re going for. The chicks really dig them piercin’—” 

“Your body is demonstrating signs of sleep deprivation,” Nines interrupted, glaring at the blithering cretin aimlessly flapping his gums. “This does not necessitate the use of stimulants. My recommendation would be hydration and a good night's rest.”

The officer's piston-like spluttering halted. His jaw hung slack, eyes retreating into the crinkled folds of his lids until something shifted beneath them. A rogue spark of cognition. 

His newly established focus seemed trained on the RK900’s jacket—specifically, the identifier beneath its collar. 

“…Shit.” His slumped back hastily straightened as his narrowed gaze bulged with vigilance. “Sorry, I, uh, thought you were—” 

The man failed to complete the sentence, leaving it suspended in the air as he haphazardly veered onto the next. He punctuated the change in trajectory with another perplexed trace of his jaw. 

“I mean, you two are different guys, right? You don't share, like, a mind link or whatever?”

Having exhausted his patience with the man and his mystifying communications, Nines put a decisive end to them  “Go away, Officer Monroe. This doesn't concern you.” 

Seeming to realise a mistake had been made and he was swimming far out of his intellectual depth, Monroe soon accepted defeat. 

“…Ya know, you’re probably right.” With a flurried nod, he began to step back, pointing down the adjacent corridor. “I’m just gonna…grab that water…” 

He then proceeded to scurry away, making a sharp beeline around the corner, weathered sneakers scraping the floor as he narrowly avoided tripping. Nines waited until Monroe was out of view—and his footsteps no longer audible—before attempting to detangle the jumbled threads of their interaction.

He quickly ascertained that the results were unlikely to justify the effort.

With the distraction gone—and eager to glean what details remained of the conversation in the canteen—he pressed his ear back to the door:

"Look, I'm not saying you have to be besties, but not completely hating each other would be a start…you never know; he might like your tamer side. You do have some endearing qualities, Gav. Buried deep, deep down in your soul. It's time to let them shine."

"Wow. Thanks a lot, Ti. I don't know what I'd ever do without your glowing words of encouragement.”

Nines awaited Chen's retort, pressed keenly against the barrier, but was met with underwhelming silence. The rally of quips ended so unceremoniously it left him to wonder if he was experiencing a technical fault.

Arching back, he inspected his HUD, checking the established hearing loop for any errors. Just as he was about to reboot the drivers, a flutter of air rushed past him, propelled by the nearby passageway.

Reed came to stand uncomfortably close, his nose gently brushing the threads of Nines’ undershirt. He stumbled forward, stopping just shy of a full-on collision before awkwardly reeling back, hissing curses under his breath.

As he looked up, locking eyes with the animate barrier, his muddled expression warped into one of repulsed bewilderment. His mouth flapped open and shut in a surreal mimicry of a fish as his eyes widened to matched proportions.

Nines experienced a slight hitch of confidence, adjacent to insecurity, at allowing his position to be so easily compromised. This was until he had absorbed the full brunt of his partner's childish pouting and reminded himself why he was there:

FIND DETECTIVE REED PREVENT INJURY RETURN TO DESK

With resolve, the android advanced. His back straightened, bringing attention to an already apparent height difference as he loomed authoritatively over the human.

"You said you were going to the bathroom, although I anticipated I might find you here.”

The words were met with an indignant splutter as Reed tried and failed to form any conjecture. Chen was making an admirable effort to act as though she didn't exist—shrinking back in her chair, seemingly attempting to slip into a nearby wastebasket.

Nines wasn't about to let her feign any degree of innocence. While she proved adept at dissuading some of her friend’s more pronounced shortcomings, she was not guiltless in encouraging others—such as her current support of his already paltry work ethic.

"Good afternoon, Officer Chen." He nodded to the woman, trying to behave cordially while also maintaining an air of assertion. "I must request my partner back now. He is supposed to be working.”

"How long were you standing there?" Reed had regained sufficient coordination over his flapping mouth to fire off a snarled retort. “Were you eavesdropping on us? Creepy motherfucker.”

The android disregarded this accusation, 'Protocol—Reed' having activated at the foreseeable outburst, lowering its pitch by several decibels.

“Honestly, it's totally fine,” Chen insisted, waving her hand dismissively. "I think Gavin is just tired. Really needs a break , you know?"

His partner had taken enough ‘breaks’ to service several patrols, a fact he would have pointed out if not for the sudden warping of Reed's already cartoonish expression. He seemed to be trapped in introspection, grappling with several opposing emotions—until his friend jabbed him in the ribs, startling him back to attention.

Oh.  I understand.

It would appear the missed context of their discussion was about to unveil itself. The android waited in anticipation, ready to quash whatever scheme had been conspired between them. 

"Yeah, Tina's right, actually." Reed's mouth contorted into a vague resemblance of a smile, moving in seeming autonomy from the rest of his dour face. "I'm really worn out from reviewing case files; need to get out and stretch my legs. What do you say we head to lunch?”

The anticipation dissipated as his current strain of cognition was stonewalled. 

I understand. Perhaps not. 

It was an unexpected outcome, unnerving him with how persistently this seemed to be happening. An example of how much work was still needed in his social education.

He made a note to confer with RK800 later, hopeful he could provide some insight. 

In the meantime, it had not escaped his notice that Chen was also confused. Staring at her friend, eyebrows arched to the brim of her cap, leading Nines to question just how much he had misconstrued. 

Perhaps he had assumed the worst of both of them, with no apparent deceit detectable in his partner's voice…

"I'm sorry, Detective Reed,” he began slowly, hoping to secure some transparency from additional probing. “But I believe I have misunderstood. By 'we', I assume you are referring to yourself and Officer Chen, correct?”

There was a pause as the two friends exchanged an indecipherable look. Nines' confidence dwindled further, unable to interpret the nuance of their communication.

He wished humans wouldn't do this, wasting time with tedious prodding and hinting when they could achieve much more by speaking directly. Communication with androids seemed much more streamlined, far less reliant on extraneous cues—

"Actually, I meant you and me.”

Whatever remained of his stricken confidence fluttered apart like a house of cards. There were waves of spite and discomfort discernable in the detective’s tone, but these were an ever-presence. Other than that, nothing seemed out of the ordinary. 

These actions didn't make any sense. Though he supposed it was far from the first instance in which the man had defied logic. Poorly constructed conjecture and ignorance were simply par for the course.

"I understand that android physiology may not be your area of expertise, but surely you know I do not need to eat?”

"Yeah, well, I do.” Reed bit his lip with such firmness it came close to puncturing the skin. “So I thought it might be nice if you joined me…dipshit.”

Cracks in the performance began to reveal themselves as Chen deflated at the expletive, the intrigued sparkle in her eyes dulled with disappointment. She seemed suspiciously invested in the development as the android's sensors flared to life, alerting him to deceit.

It drew him back from the brink of hopelessness, assuring that his initial deductions had not been wholly misinformed. Reed stood firm despite his slip, too stubborn in his pride to abandon the charade. Chen, on the other hand, demonstrated none of the same bravado - the clear weak link in their operation.

Nines sought to exploit this. Turning his attention back to the woman, he increased the weight of his stare, hoping the added intensity would break her lingering resistance. 

"This invitation is unexpected, to say the least, Detective. Almost as if it may have been encouraged by some outsider influence.”

The approach worked a little too well. While Chen cracked under the pressure, she proved exceedingly averse to the ensuing confrontation, opting to retreat from it.

“Wow, would you look at the time?” She gestured exaggeratedly at her watch, failing to take note of the ‘Low Battery’ prompt. “I better be going; I'll leave you guys to it.”

She was on her feet before either party had a chance to protest, whispering something into Reed’s ear before tidily breezing past. Nines had failed to hear what she said but overheard the man's response, a hissed comparison between the woman and a traitor of biblical legend. 

As the canteen door slid shut behind her, the partners were left to stand in silent proximity. Reed appeared profoundly scorned by his abandonment, glaring viciously at the steel. Nines detected a hint of irony, given the circumstances that had led him to his current situation.

After allowing the man some time to recover from his current tantrum, Nines grew impatient with the delay, preparing to drag him back to their station should he prove unwilling to do so himself.

"…So," Reed spoke abruptly, refusing to so much as glance in his direction. “Are you in or out?

Yet another unforeseen development, to which Nines whipped his head around, utterly bewildered.

Surely, the man would not persist in this utterly ridiculous plot. He gave Reed a moment to reconsider, to acknowledge that there was no longer a witness to boast victory of whatever wager had been made."…I beg your pardon?"

" Lunch ." The word was terse and biting—as though delivered in tremendous pain. He was clearly not happy with the arrangement, baffling the android all the more as to why he was persisting. "Are you coming with me?"

There had to be some ulterior motive. Perhaps an excuse to get out of the precinct, without the immediate risk of Nines searching for him…

Regardless of the reasons why Reed wished to subject them to this, it could prove a satisfactory compromise—allowing the detective to claim perceived victory over his partner, with Nines taking advantage of this fleeting amiability to proceed with the progress he had been forced to postpone.

With any luck, it would also appease Fowler. Demonstrating his willingness to cooperate with Reed whilst also ensuring he remained close, under conditions where he’d be less likely to run away—

INCOMING TRANSMISSION - DATA TRANSFER REQUESTED.  SOURCE:  DETROIT POLICE DEPARTMENT - CENTRAL - TSU UNIT #7 PRIORITY — URGENT.

The cognitive strain was disturbed by notifications cascading down Nines’ HUD. After verifying for authenticity, he approved the transfer request, pausing to review the ensuing data. Admittedly, their findings proved more valuable than anticipated, with reasonably precise geolocation. It was a reasonable place to start, information he'd make a note to share with his partner in pursuing a potential lead…

After he had been fed. Which, with any luck, would make him somewhat more compliant. 

"I suppose it needn't be a complete waste of time. It may give us a valuable opportunity to review what we know about the case, away from the distractions of the station."

"Yeah. Sure. Whatever."

This meal would need to prove particularly gratifying. Hopefully, the man intended to take them somewhere pleasant.

[idroolinmysleep]

“The item found in the travertine floors could have been something that died around the spring or died somewhere else and was washed into the region and covered in the travertine. Those are the two most likely scenarios,” [Dr. Andrew Leier, chair of the Geological Society of America’s sedimentary geology division] explains. But is it a human jaw? “It absolutely looks like one,” say Amber D. Riley, MS, RDH, the immediate past president of American Society of Forensic Odontology, and Anthony R. Cardoza, DDS, a forensic dentistry consultant, in a joint email to AD. The arch shape and tooth anatomy appear human, but perhaps the most unusual finding is that it looks like the person may have had dental work done. “There appear to be absent teeth and the bone tissue has filled into where the teeth once were. Another human potentially intervened and removed teeth due to injury or disease,” they explain.

😬😬😬

[paramoira]

@myersbprd

variables.

her parents and uncle kadir had always taught her to look at context clues to unravel the truth of the past, the truth of a people, the truth of society (at least when her parents had been around). one couldn’t ascertain what had befallen a lost city in the jungle from a single piece of broken pottery or bone or understand the social dynamics that resulted in finding two distinctly different artifacts from two warring tribes within the same ruined household buried under a mountain of dirt. you had to investigate, you had to look at the ruins as a whole, the uncovered weaponry, the uncovered art, and chemical residue from the clay pots unearthed that held traces of foods from the other side of the country (even if it hadn’t been that country at all back then). you had to look into what’d happened on that side of the land too, consult geologists that helped support, through their own independent research, the theory that a geologic event caused an ancient migration that forced two societies to merge into one.

it was much the same thing investigating how the dead became that way. one in her field didn’t just look at the body, though the primary and secondary causes of death were always important in the work of a forensic pathologist. but one had to examine a victim’s life, their medical records, speak to family at times. one had to understand how this person met their fate and what factors predisposed them to such. one sometimes had to understand the suspects too, the fact one favored one arm over the other and how that matched with the angle of a wound. it aided the investigation of detectives as they went about their side of the grind. though, dr. kalkan could readily admit her role these days has been drastically blurred. she’d seen things and learned since that fateful day with her mother that she'd have been hard pressed to understand prior-- even if she held a propensity as a child to come up with fantastic stories-- yet now, after having begun to aid the bprd from time to time she’d seen more than she ever had those few times she'd encountered her godfather's 'friends'. ariadne had ended up in the field too, something she’d never quite been officially trained for but when the body was going to dissolve into a pile of goop in an hour or the deceased in question had gotten up and moved to another location, you learned quickly to go with it.

given how nomadic her life had been at times, adaptability was certainly something she was used to.

so it’s variables which she takes into consideration as she works at the post mortem in the smaller theater of the medical examiners office in new jersey, leaving the larger one to her collages who weren’t privy to the work she did for the "fbi" . the local news had been discussing crude grave robberies for the past three weeks which rivaled what one would hear centuries before when medical students paid for cadavers in secret - no questions asked. (how many of those had been undead? she wonders morbidly.) there’d also been a rash of murders the press had dubbed with a sanguine moniker due to the lack of blood and viciousness of the attacks. most of them had come through this office, some had found themselves a jurisdiction over, and a few even crossing state lines into new york.

she imagines that’s what’d alerted the bprd once it flagged the fbi.

of course the bprd would get involved from there. once the independent pieces had started to come together and the last body she’d examined had decided to get up and grab her. john and a team had… dealt with it. that’d been yesterday, another body already fresh on her table– an escalation. the issue had become the fact that the actual or the normal part of the fbi had become involved in the case too and some kind of jurisdictional confusion had transpired despite the bprd's fbi cover until director manning had become involved. why she’d even been present when manning was having it out on the phone she wasn’t sure, it wasn't as if he really spoke to her anyway.

her mind drifts for a moment when she glances at the clock, wondering what devin might be thinking somewhere else in the building. so much was influx on that front even if the larger truths seemed to be aired out now (there had only been so much a person could take at once and ariadne figured throwing the supernatural into the mix of the whys of him leaving and her having her own ties to criminal figures wasn't the best idea in one night) and yet, here there were more secrets being thrown into the waters they were attempting to navigate because part of the office had been taken over by agents in suits blocking employees from the exam theater she'd been lead into with no explanation other than dr. kalkan was conducting classified work for them. not all agents had myers natural ability with people and words either.

regardless, dr. kalkan continues noting her findings to the blinking light of a camera feed, stating how the marks and her findings were consistent with the other bodies that had been found drained or nearly drained with blood. she queries aloud (the speaker in the gallery actively on) that if a strigoi (also known as a vampire) like the press was stirring the pot with allusions to had been responsible it seemed strange for any victims to still have blood if the goal had been to kill for sustenance. perhaps such a wild theory is just her unserious commentary given the newspaper reports, though it’s said with a seriousness. it wasn’t as if her co-workers would see this video.

only the bprd would.

she goes on to state that such findings were also consistent with the few bodies that had been stolen from the graveyard that pre-dated the more recent bodies. the ones that all evidence indicated, as she states, the same killer had caused those deaths and it had failed to be realized until their bodies had been reexamined. further, the brutality of the crimes appeared to be getting more extreme and frenzied.

“you can come down here now, agent myers. i’m about to put him on ice.” perhaps agent myers had some thoughts on what the true culprit was after listening to her findings. she was intelligent and knew a fair amount of about the paranormal, but she was still learning.

[fabiansteinhauer]

Wer will

Der kann Vismannstudien zuschauen: eine kleine, internationale Gruppe präsentiert in Hongkong. Ich stelle Vismanns 'gründliche Linien' vor. Panu Minkkinnen, der im Januar die große Vismanntagung in Helsinki organisiert hatte, der wird auch dabei sein. Panu schreibt:

Law, Media, and Cultural Techniques

The body of work that legal historian and legal theorist Cornelia Vismann (1961-2010) left behind is not vast, but it is highly significant and has been hugely influential. While Vismann is relatively well known as a critical legal scholar, her ‘reception’ in the Anglophone world bypasses a specifically German context in which her thinking developed. In her native Germany, Vismann was, namely, a well-known and highly regarded media theorist, as well. To her Anglophone legal audience, Vismann is primarily known as someone who participated in the reworking of French high theory for critical purposes while her more media-theoretical insights have received less attention. To fully appreciate the uniqueness of Vismann’s work and its significance for themes such as posthuman law, law and new materialism, the Anthropocene, law and technology, and so on, this media-theoretical context needs to be better understood. The papers in this panel aim to do just that and, at the same time, to advance novel disciplinary cross-contaminations between legal imaginaries and media theory.

Convenors: Trish Luker (University of Technology Sydney), Panu Minkkinen (University of Helsinki).

Alexander Damianos (University of Kent), ‘Techno-Juridicalities of the Anthropocene: Geology, Forensics, Law’

In March 2024, the proposal for a formal Anthropocene unit of the Geologic Time Scale was rejected by the Subcommission on Quaternary Stratigraphy. This paper critically reflects on the procedures according to which the Anthropocene Working Group appropriated geo-historical hypotheses as scientific fact. The Anthropocene presents a paradox: it suggests that human activity is so intense as to have fundamentally changed the material constitution of the planet; a geological event on par with the extinction of dinosaurs, or the end of the last ice age. Yet it also confirms human finitude. It implies that humanity is simply a passing event, and that one day the planet will go on without us, albeit substantially altered by our lapsed presence. In this paper, I provide an outline of how such a premise is formalised as scientific fact. I argue that the effort to formalise the Anthropocene as a geological unit unfolds as a techno-juridical exercise. Geologists generate new categories of artefacts, such as the technofossil, in order to illicit accounts of human finitude and planetary dynamics from mundane artefacts of every-day life (the plastic bottle, the bones of genetically engineered chickens, the concrete foundations of buildings and transportation networks). They draw on the formalisation of previous geological units as precedent, according to which they structure their account of the Anthropocene, so as to encourage consensus within the geoscientific community. They engage a formal decision making procedure, submitting their proposal for an Anthropocene unit to the judgement of their peers. My ethnographic account of the Anthropocene Working Group’s failed formalisation presents an opportunity for both appraisal and critique of popular accounts of media theory today.

Benjamin Goh (National University of Singapore), ‘From Archive to Memory in Cultural Techniques’

This paper brings into conversation Cornelia Vismann’s theory of cultural techniques and Aleida Assmann’s theory of cultural memory. Recited in tandem, both idioms direct us to the medial-mnemonic bases of legal orders. The proposed turn from archive to memory in this rethinking of Vismann enables us to read across medial sites of memory that reinstitute, and suspend, law qua legitimate authority. By reprising slices of a national museum exhibition and a graphic novel from Singapore in terms of cultural memory techniques, I suggest that the mediated encounters of embodied viewer-readers with these specimens of law and literature disclose a stratum of legality that merits further study.

Trish Luker (University of Technology Sydney): will surprise!

Panu Minkkinen (University of Helsinki), ‘“La salle des pas perdus”: Waiting for Justice’

In French, the vestibules or waiting areas leading to, among other things, courtrooms and main areas in other public buildings are often called ‘les salles des pas perdus’. Famous vestibules depicted with that equivocal name can be found in Brussels’s ‘eclectic’ Palais de Justice and in the United Nations offices at the Palais des Nations in Geneva. This paper discusses courthouse vestibules as a cultural technique in general, and the ‘salle des pas perdus’ of the new Paris courthouse (Renzo Piano Building Workshop, architects, completed 2017) in the 17th arrondissement in particular. The structural features and materiality of the Paris vestibule allegedly signify the modern ideals of openness and transparency, but factually the judiciary still operates in camera in the murky penumbrae of closed chambers. The paper further argues that the bright light shining through the large windowpanes, reinforced by the reflection of the interior surfaces, produces a harsh luminosity, an unforgiving light in which a defendant’s wait for justice becomes something radically different.

Fabian Steinhauer (Max Planck Institute for Legal History and Legal Theory), ‘Imaging as a Cultural Technique': Our dreams merge, our memory merges. In my dreams and my memory the work of Cornelia Vismann, especially her history and theory of founding lines, has merged with Aby Warburgs history and theory of roman law. The paper presents the effects of this merger.

[digitrenndsamr]

Electron Microscopy Market Will See Strong Expansion Through 2031

Allied Market Research, titled, “Electron Microscopy Market Size By Type (Scanning Electron Microscope (SEM), Transmission Electron Microscope (TEM)), By Application (Life Sciences, Material Sciences, Other), By End User (Healthcare, Research Institute, Others): Global Opportunity Analysis And Industry Forecast, 2022-2031". The electron microscopy market was valued at $3.7 billion in 2021, and is estimated to reach $8.3 billion by 2031, growing at a CAGR of 8.5% from 2022 to 2031.

Electron microscopy represents an advanced imaging method that employs a concentrated beam of electrons to visualize specimens with exceptional precision on a micro- to nanoscale level. In contrast to traditional optical microscopy, this technique harnesses the short electron wavelength, enabling the acquisition of high-resolution images that can discern structures at atomic scales. The technology is categorized into two primary forms: Transmission Electron Microscopy (TEM), which directs electrons through a thin sample to generate internal images, and Scanning Electron Microscopy (SEM), which sweeps electrons over a surface to construct 3D images that reveal intricate surface details.

Electron microscopy assumes a pivotal role across diverse scientific domains. In the realm of biology, it proves invaluable for investigating complex cellular structures, subcellular organelles, and viral constituents, thereby propelling advancements in fields like cell biology, microbiology, and medical research. Within materials science, electron microscopy simplifies the scrutiny of material attributes, defects, and crystal formations, pivotal for the design of innovative materials with specific properties. The realm of nanotechnology exploits electron microscopy to characterize nanomaterials, thereby guiding the advancement of nanoelectronics, nanomedicine, and other avant-garde applications. Moreover, industries such as electronics, semiconductor production, and materials engineering employ electron microscopy to ensure quality assurance and refine manufacturing processes.

Electron microscopy finds extensive utility across a broad spectrum of scientific, industrial, and research domains. Academic institutions and research establishments constitute a significant user base, employing electron microscopy to deeply explore fundamental scientific inquiries spanning biology, materials science, and physics. In biotechnology and pharmaceutical sectors, it aids in visualizing cellular structures and biomolecules, thereby propelling drug development and medical research. Industries encompassing electronics, materials engineering, and semiconductor manufacturing depend on electron microscopy for quality assurance, product assessment, and process enhancement.

Nanotechnology enterprises utilize electron microscopy to investigate and manipulate nanomaterials, thereby forming the basis for innovations in fields like nanoelectronics and nanomedicine. Government laboratories utilize it for tasks like forensic analysis, environmental monitoring, and advanced materials investigation. Geological and environmental research institutions leverage electron microscopy to scrutinize mineral compositions, geological formations, and environmental specimens. Collectively, these diverse end users underscore electron microscopy's indispensable role in advancing understanding, catalyzing technological progress, and enriching various scientific and industrial ventures.

The significant factors impacting the electron microscopy market gowth include increase in demand for electron microscope in semiconductor & microelectronics sector and surge in adoption of electron microscopy in the fields of healthcare and life science. In addition, the market is affected by high prices associated with microscopes. Moreover increased R&D activities in the automotive influences the market growth. However, each of these factors is anticipated to have a definite impact on the growth of the global electron microscopy market during the forecast period.The electron microscopy market outlook exhibits high growth potential in commercial and industrial sectors. Furthermore, the Electron Microscopy Market Opportunity is also present in food, forensics, chemical, healthcare, and various other industriesies. According to the current electron microscopy market trends, the most widely used technologies are immune electron microscopy and Transmission Electron Microscopy. The demand for these technologies is expected to grow the electron microscopy industry steadily in the forecasted period.

By type, the market is fragmented into scanning electron microscope and transmission electron microscope. The scanning electron microscope segment was the highest revenue contributor to the market and is estimated to dominate the market due to surge in demand for nanotechnology-based research.

On the basis of application, the market is segregated into life sciences, material sciences, and others. The other segment dominated the market in 2021, contribution significantly in the electron microscopy market growth.

Depending on end user, the market is categorized into healthcare, research institute, and others. The research institute segment exhibited the significant growth and is estimated to expand at a healthy CAGR.

Region wise, the market is analyzed across North America, Europe, Asia-Pacific, and LAMEA.

Key Benefits For Stakeholders

This study comprises an analytical depiction of the electron microscopy market size along with the current trends and future estimations to depict the imminent investment pockets.

The overall electron microscopy market analysis is determined to understand the profitable trends to gain a stronger foothold.

The report presents information related to key drivers, restraints, and opportunities with a detailed impact analysis.

The current electron microscopy market forecast is quantitatively analyzed from 2021 to 2031 to benchmark the financial competency.

Porter’s five forces analysis illustrates the potency of the buyers and suppliers in the industry.

The report includes the electron microscopy market share of key vendors and electron microscopy industry trends.

[emsengineeringconsultancy]

The Role of a Civil Engineer Consultant in Melbourne for Infrastructure

A civil engineer consultant in Melbourne may provide the specialised skill set needed for engineering building and design projects at an industrial or commercial level. For many various kinds of structures to be stable and safe while also complying with Australian regulations and standards, structural engineering is required. Residential projects for structural engineers to develop might include dual-occupancy residences, multi-unit complexes, and vacation cottages. Structural engineers specialise in designing safe commercial structures, including parking lots, stores, and offices.

Only organisations with the necessary experience handle council and regulatory permissions since services of forensic engineering in Melbourne are required to conduct site investigations. Professionals from civil engineering firms can manage plans for institutional structures like schools and assisted living facilities, as well as high-rise flats and basements. In the industrial sector, they could construct intricate structures that offer longevity and functionality in a variety of applications, such as massive pipe bridges and crane supports.

Examining the Services Provided by Top Structural Engineering Firms

The field of civil engineering: Civil engineering is the driving force behind all of the engineering wonders of modern architecture that people witness, and it really begins the majority of construction projects. Since rainwater conservation is increasingly becoming a top concern for large commercial projects these days, civil engineers must develop on-site retention and detention systems.

Geotechnical Engineering: Since every modern construction has a foundation that is built on a single ground, industrial projects and current structures require a comprehensive understanding of the site's geotechnical features. Because structural engineering takes into account the geological features of a place, it is essential for foundational design. This includes building slopes, footings, retaining walls, basements, and bridges. To provide the best foundation possible, engineers conduct in-depth field research and laboratory testing.

Structural forensic investigations are essential for identifying issues with the infrastructure and structures that are currently in place. In order to respond quickly to constructions that are prone to collapse or exhibit odd symptoms, builders, developers, project managers, and many other professionals in the construction industry rely on specialists.

To correctly design any type of building, whether it be residential, commercial, or industrial, structural, geotechnical, and civil engineers are required, and engineering companies must be consulted.

Source: https://emsengineeringconsultancy.blogspot.com/2025/03/the-role-of-civil-engineer-consultant.html

[medprime]

Types of Digital Microscope

In today's world of advanced technology, digital microscopes have revolutionized the field of microscopy, offering enhanced imaging, precision, and ease of use. Unlike traditional optical microscopes, digital microscopes use a digital camera and a computer screen to display magnified images, making it easier to analyze and document samples. They have become essential tools in various industries, including healthcare, electronics, material science, and education. In this article, we will explore the different types of digital microscopes available, their unique features, and their applications.

1. USB Digital Microscopes

USB digital microscopes are among the most popular and widely used types of digital microscopes. They are compact, easy to use, and connect directly to a computer or mobile device via a USB cable. These microscopes are ideal for hobbyists, students, and professionals who need a portable and affordable solution for magnification and image capturing.

Key Features:

Direct connection to a computer or smartphone via USB.

High-resolution imaging (ranging from 2 MP to 14 MP).

Built-in LED lighting for enhanced visibility.

Easy to use with plug-and-play functionality.

Applications:

Educational purposes (biology, physics, and chemistry labs).

Jewelry inspection.

Coin and stamp collection analysis.

PCB and circuit board examination.

2. HDMI Digital Microscopes

HDMI digital microscopes are designed to provide high-quality, real-time imaging directly to an HDMI-compatible display. These microscopes offer high-resolution images and low latency, making them suitable for applications requiring real-time monitoring and precision.

Key Features:

Direct connection to a monitor or TV via HDMI.

High frame rates for smooth, real-time viewing.

High-definition resolution (up to 1080p or 4K).

Adjustable LED lighting for better illumination.

Applications:

Quality control in manufacturing.

Electronics repair and assembly.

Forensic examination.

Educational demonstrations.

3. Wireless Digital Microscopes

Wireless digital microscopes provide the convenience of wireless connectivity, allowing users to view and capture images on a smartphone, tablet, or computer without the hassle of cables. These microscopes are battery-operated and offer excellent portability.

Key Features:

Wi-Fi or Bluetooth connectivity.

High-resolution cameras (up to 5 MP).

Portable and lightweight design.

Long battery life for extended use.

Applications:

Outdoor biological research.

Mobile inspection of industrial equipment.

Educational fieldwork.

Dermatology and skin analysis.

4. Desktop Digital Microscopes

Desktop digital microscopes are larger, more powerful, and designed for high-precision tasks. They offer greater magnification levels, advanced image processing features, and a stable platform for accurate analysis.

Key Features:

Magnification power up to 1000x or more.

Adjustable stand for precise positioning.

Built-in measurement tools.

High-definition imaging and video recording.

Applications:

Material analysis in metallurgy.

Semiconductor and PCB inspection.

Medical research and pathology.

Biological sample examination.

5. Portable Handheld Digital Microscopes

Handheld digital microscopes are compact and designed for use on the go. They are battery-powered and lightweight, making them ideal for quick inspections and fieldwork.

Key Features:

Lightweight and easy to carry.

Battery-operated for enhanced portability.

High-resolution imaging with adjustable focus.

LED lighting for low-light conditions.

Applications:

Industrial inspections.

Environmental research.

Geological surveys.

Mobile forensic analysis.

6. Inverted Digital Microscopes

Inverted digital microscopes are designed for observing samples from below. This type of microscope is particularly useful for biological and medical research where samples are in petri dishes or liquid-filled containers.

Key Features:

High-quality optics for clear imaging.

Capability to observe live cell cultures.

Adjustable lighting and focus.

Compatibility with various imaging software.

Applications:

Cell culture and tissue analysis.

IVF and embryology research.

Microbiology and bacteriology.

Pharmaceutical development.

7. 3D Digital Microscopes

3D digital microscopes allow users to view samples in three dimensions, providing a more detailed and accurate analysis of the sample's surface structure. These microscopes use advanced imaging software to construct a 3D model of the sample.

Key Features:

High-resolution 3D imaging.

Advanced measurement and analysis tools.

Multiple lighting options for enhanced contrast.

User-friendly interface for data manipulation.

Applications:

Material surface analysis.

Forensic science.

Biological research.

Industrial quality control.

8. Confocal Digital Microscopes

Confocal digital microscopes use laser technology to capture high-resolution images at different depths. This type of microscope is ideal for analyzing complex structures and creating detailed 3D images.

Key Features:

Laser-based imaging system.

High-resolution, high-contrast imaging.

Ability to create 3D reconstructions.

Software integration for advanced analysis.

Applications:

Biological and medical research.

Material science and engineering.

Nanotechnology analysis.

Pharmaceutical research.

9. Polarized Light Digital Microscopes

Polarized light digital microscopes use polarized light to enhance contrast and detail in birefringent materials. They are widely used in material science and geology.

Key Features:

Polarized light system for enhanced detail.

High-resolution imaging.

Advanced contrast adjustment.

Compatible with various imaging software.

Applications:

Mineral and crystal analysis.

Textile and fiber inspection.

Pharmaceutical quality control.

Metallurgical studies.

10. Fluorescence Digital Microscopes

Fluorescence digital microscopes use specific wavelengths of light to excite fluorophores in the sample, producing highly detailed images with excellent contrast.

Key Features:

High sensitivity and resolution.

Multi-channel imaging capability.

Software-controlled image enhancement.

Compatibility with live cell imaging.

Applications:

Cellular and molecular biology.

Immunology research.

Cancer research.

Drug discovery and development.

Choosing the Right Digital Microscope

When selecting a digital microscope, it is essential to consider factors such as magnification power, resolution, lighting options, and software compatibility. The intended application, budget, and portability requirements should also guide your decision. For example, a USB or wireless digital microscope may be ideal for hobbyists and educators, while a 3D or confocal microscope would be more suitable for industrial and medical research.

Conclusion

Digital microscopes have transformed the way we examine and analyze samples. With various types available, including USB, HDMI, wireless, desktop, 3D, and confocal models, there is a suitable microscope for every application. Understanding the unique features and applications of each type will help you make an informed decision and enhance your research or inspection capabilities.

[sundaze12s]

Crystalized Human Remains Discovered in Remote Cave

November 27, 2024 - Atlanta, GA - In a groundbreaking discovery that has stunned the scientific community, a team of archaeologists has uncovered what appear to be crystallized human remains in a remote cave in the Appalachian Mountains. The discovery, made during a routine exploration, has sparked a flurry of excitement and speculation among experts worldwide.

The team, led by Dr. Eleanor Whitaker from the University of Georgia, stumbled upon the crystallized figures while mapping the cave system. “We were initially drawn to the cave by reports of unusual mineral formations,” Dr. Whitaker explained. “What we found was beyond anything we could have imagined.”

The remains, which are encased in a crystalline substance, appear to be remarkably well-preserved. Preliminary analysis suggests that the crystallization process occurred over thousands of years, effectively turning the bodies into a form of natural sculpture. The exact cause of this phenomenon remains a mystery, but researchers are exploring several theories, including the possibility of unique geological conditions or unknown chemical reactions within the cave.

Dr. Whitaker’s team has already identified at least five distinct individuals among the crystallized remains. “The level of detail is astonishing,” said Dr. Marcus Feldman, a forensic anthropologist assisting with the investigation. “We can see facial features, clothing, and even what appear to be personal items. It’s like looking at a snapshot from the past, frozen in time.”

The discovery has raised numerous questions about the identity of the individuals and the circumstances that led to their crystallization. Some experts speculate that the cave may have been used as a burial site by an ancient civilization, while others suggest that the crystallization could be the result of a catastrophic event.

The site has been secured, and further excavations are planned to uncover more about this enigmatic find. “This is just the beginning,” Dr. Whitaker said. “We have a lot of work ahead of us to understand the full significance of this discovery. It’s a once-in-a-lifetime find that could rewrite our understanding of ancient human history.”

As the scientific community eagerly awaits more information, the discovery of the crystallized remains continues to capture the imagination of people around the world. Could this be the key to unlocking new secrets about our past? Only time will tell.

[shubhampawrainfinium]

Unveiling the Underground: Exploring the Power of Ground Penetrating Radar

The global ground penetrating radar (GPR) market is on a steady growth trajectory, driven by increasing demand for advanced subsurface detection technologies in various industries. According to the report, the market is projected to grow at a compound annual growth rate (CAGR) of about 8% over the forecast period of 2022-2028. The global ground penetrating radar market was valued at over USD 3,600 million in 2022 and is expected to surpass USD 5,600 million by 2028.

What is Ground Penetrating Radar (GPR)?

Ground penetrating radar (GPR) is a geophysical method that uses radar pulses to image the subsurface. It is a non-invasive technology commonly used to detect and map subsurface structures, objects, and changes in material properties. GPR is widely utilized in sectors such as construction, archaeology, utilities, environmental studies, and military applications.

Get Sample pages of Report: https://www.infiniumglobalresearch.com/reports/sample-request/40130

Market Dynamics and Growth Drivers

Several factors are driving the growth of the global GPR market:

Infrastructure Development and Maintenance: The increasing need for subsurface investigations in large-scale infrastructure projects, such as road construction, tunnel development, and utility maintenance, is a key driver for the adoption of GPR. The ability to detect underground utilities, voids, and potential hazards helps avoid costly errors during construction.

Growing Adoption in the Archaeology and Forensics Fields: GPR is extensively used in archaeology for locating historical artifacts, burial sites, and other subsurface features without disturbing the ground. In forensic investigations, GPR is employed to detect buried objects or evidence, enhancing its application scope.

Technological Advancements: Advances in GPR technology, including improvements in detection accuracy, depth range, and portability, are expanding its usage across multiple industries. Enhanced radar systems with better resolution and real-time data interpretation capabilities are contributing to market growth.

Environmental and Geotechnical Applications: GPR is also widely used in environmental studies to detect groundwater, soil contamination, and subsurface geological structures. In geotechnical engineering, it plays a crucial role in evaluating subsurface conditions for building foundations, ensuring stability and safety.

Regional Analysis

North America: North America dominates the ground penetrating radar market, driven by its robust construction industry, advanced infrastructure projects, and strong regulatory framework. The U.S. is the leading market in the region, supported by growing investments in transportation infrastructure and environmental protection.

Europe: Europe is a significant market for GPR, with countries like Germany, the U.K., and France leading in the adoption of this technology. The region’s strong emphasis on archaeological research, infrastructure development, and utility detection drives the demand for GPR.

Asia-Pacific: The Asia-Pacific region is expected to witness rapid growth in the GPR market due to increasing infrastructure development, urbanization, and investments in utilities and transportation networks. China, Japan, and India are the key markets contributing to the region’s growth.

Latin America and Middle East & Africa: These regions are experiencing gradual growth in the GPR market, fueled by infrastructure modernization, oil and gas exploration, and environmental initiatives. The adoption of GPR technology in archaeological and utility sectors is also contributing to market expansion.

Competitive Landscape

The ground penetrating radar market is highly competitive, with several key players and emerging companies offering innovative solutions. Key players include:

GSSI (Geophysical Survey Systems, Inc.): A leading provider of GPR systems, GSSI is known for its advanced, high-performance radar solutions used in infrastructure, geotechnical, and archaeological applications.

Mala Geoscience: Offers a wide range of GPR equipment, with a focus on environmental, utility, and construction applications.

IDS GeoRadar: Specializes in GPR solutions for tunnel inspection, utility detection, and civil engineering projects.

Leica Geosystems: Provides integrated GPR solutions with an emphasis on geospatial data accuracy and real-time subsurface mapping.

Radiodetection: Known for its utility detection and survey systems, Radiodetection offers GPR solutions for locating underground pipes and cables.

Report Overview : https://www.infiniumglobalresearch.com/reports/global-ground-penetrating-radar-market

Challenges and Opportunities

The ground penetrating radar market faces challenges such as the high cost of advanced systems and limited expertise in operating complex GPR technologies. Furthermore, GPR may have reduced effectiveness in certain subsurface conditions, such as highly conductive soils, which can affect the accuracy of results.

However, there are significant opportunities for growth. The increasing focus on urban infrastructure development, environmental conservation, and technological innovation presents avenues for expansion. GPR’s growing application in the military, transportation, and energy sectors provides further potential for market development. Companies that focus on cost-effective, portable, and user-friendly solutions are well-positioned to capitalize on this expanding market.

Conclusion

The global ground penetrating radar market is set for steady growth, driven by its diverse applications in infrastructure, archaeology, environmental studies, and geotechnical engineering. With revenue expected to surpass USD 5,600 million by 2028, the market presents substantial opportunities for innovation and investment. As industries continue to evolve and require more precise subsurface data, GPR technology will play a critical role in enhancing project efficiency, safety, and cost-effectiveness.

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[vbccresearch123]

Unlocking the Microscopic World: Exploring the Applications and Functionality of Scanning Electron Microscopes

Delving into the intricate details of the material world requires advanced tools that can unveil the hidden dimensions invisible to the naked eye. Among these, the Scanning Electron Microscope (SEM) stands as a pinnacle of scientific ingenuity, enabling researchers to peer into the microcosm with unparalleled clarity and precision.

Understanding the Mechanics of Scanning Electron Microscopes

At the heart of every SEM lies an electron gun, a marvel of engineering that emits a stream of high-energy electrons. These electrons, directed by sophisticated electromagnetic lenses, form a focused beam aimed at the specimen under study. To ensure an unimpeded path for the electrons, the specimen resides within a vacuum chamber, devoid of air molecules.

As the electron beam traverses the specimen's surface, scanning coils meticulously guide its movements in a predetermined pattern. Through this dance of electrons, a cascade of interactions occurs, generating various signals that capture the essence of the specimen's topography and composition. These signals, including secondary electrons, backscattered electrons, and characteristic X-rays, converge to produce monochrome images teeming with intricate detail and depth.

The Multifaceted Applications of Scanning Electron Microscopes

Materials Science: In the realm of materials science, SEM serves as a beacon illuminating the microstructural landscape of metals, ceramics, and polymers. By scrutinizing grain boundaries, phase distributions, and particle arrangements, researchers glean invaluable insights into material properties and failure mechanisms.

Nanotechnology: SEM's prowess extends to the nanoscale, where it unveils the morphology and distribution of nanoparticles and nanostructures, laying the groundwork for groundbreaking advancements in nanotechnology.

Biology and Life Sciences: Within the realm of biology, SEM unveils a panorama of cellular surfaces, tissues, and biological structures, elucidating their intricate topographies and fostering a deeper understanding of microbial morphology and interactions.

Geology and Earth Sciences: Geologists harness SEM to unravel the mysteries of minerals, rocks, and fossils, unraveling their composition, structure, and geological genesis.

Semiconductor Industry: SEM emerges as a stalwart ally in the semiconductor industry, facilitating quality control, defect identification, and precision measurement of microelectronic components.

Archaeology and Cultural Heritage: In the realm of archaeology, SEM serves as a time machine, offering glimpses into the manufacturing techniques, corrosion processes, and material compositions of ancient artifacts.

Forensic Science: SEM's forensic utility shines bright, aiding investigators in scrutinizing trace evidence and unraveling intricate clues pivotal in criminal investigations.

Material Coating and Surface Modification: SEM serves as a discerning eye in material coating and surface modification studies, enabling researchers to analyze coating thickness, uniformity, and adhesion with unparalleled precision.

Empowering Researchers and Educators Alike

For researchers, SEM embodies a gateway to discovery, offering high-resolution imaging and analytical capabilities crucial in interdisciplinary research endeavors. Likewise, for students, SEM fosters a hands-on learning experience, nurturing a new generation of scientists adept at navigating the intricate realms of materials science, nanotechnology, and beyond.

Exploring the Spectrum of Scanning Electron Microscopes

From conventional SEMs to specialized variants like Environmental SEMs (ESEMs) and Field Emission SEMs (FESEMs), the SEM landscape encompasses a spectrum of instruments tailored to diverse research needs and applications.

Experience Innovation with VBCC Research

At VBCC Research, we catalyze scientific exploration through state-of-the-art facilities and a dedicated team of experts. Our Benchtop Scanning Electron Microscope (SEM) epitomizes versatility and efficiency, boasting intuitive touch-panel operation and rapid image acquisition capabilities. With features such as high and low vacuum modes and optional Energy Dispersive X-ray Spectroscopy (EDS), our SEM empowers researchers to unlock new frontiers in scientific inquiry.

Conclusion

Scanning Electron Microscopes stand as marvels of modern science, transcending the limits of human perception to reveal the hidden intricacies of the microcosm. With their multifaceted applications and transformative capabilities, SEMs herald a new era of discovery, empowering researchers and students alike to unravel the mysteries of the microscopic world.

[whatkindofsoupp]

Rating things my science Olympiad team has done

First place in state after barely qualifying: 10/10 no notes

Our coach forgot to tell the bus driver we needed a ride, the four members who signed a release form drove all the builds to impound so we wouldn’t be disqualified and everyone else was 3+ hours late: 4/10 would not recommend but it worked out

Skateboarded down a stairwell on a wet floor sign: anything other than studying istg. 2/10

Ate borax during forensics: 8/10 we got second place in that event

Forgot calculator and approximated every value on the geologic mapping test: 10/10, first place

Started a turf war with the neighboring homeroom in between events: 5/10 literally what

Over-ordered deep dish pizza: half the math team was there and no one could calculate how much pizza we wanted or how much it would cost. 3 extra pizzas + over $50s above budget, 0/10

Late to awards because our bus driver got lost: 4/10 he drove right past us we all saw him do it.

[daniellekurin]

Scientific Techniques Used in Finding Jack Cantin's Remains

Three years after a catastrophic California mudslide, Kim Cantin reported the discovery of the presumptive remains of her missing 17-year-old son, Jack Cantin. The University of California, Santa Barbara (UCSB) Anthropology Department sent а team of scientists, bioarcheologists, and specialists who used various archeological and scientific techniques in excavating the site, leading to the discovery.

Initially, community volunteers and first responders worked diligently to rescue victims of the 2018 mudslide caused by heavy rains on Montecito's affluent beachside. The mudslide destroyed over 400 homes, injured over 150 people, and claimed 23 lives, including Jack Cantin's father. In the aftermath, first responders and community volunteers rescued others, including Jack's sister. Despite their exhaustive efforts, which included moving an estimated four million buckets of mud, Jack and 2-year-old Lydia Sutthithepa remained unfound.

At the request of Kim Cantin in 2020, UCSB scientists-initiated efforts to locate Jack's remains. However, the pandemic initially impeded their progress. The team examined archival records, harnessed satellite imagery and videos, and spoke with witnesses, area inhabitants, and first responders.

The archeological predictive modeling technique, which uses topography, water proximity, and soil type, significantly determined the ideal excavation site. The expertise of soil scientists and hydrologists was also crucial in this process, especially in stratigraphy or the study of soil layers, to determine the relative age of each layer of soil.

Surface surveys were equally critical in site identification. This technique includes looking for evidence of past human activity, such as footsteps or color changes in the soil. At the excavation site, anthropologists and other experts relied on specially trained cadaver dogs to detect human remains.

Afterward, the experts mapped, collected, and documented all artifacts and remains found on the site. At the laboratory, various techniques were integral in the investigative process, with experts combining forensic, anthropological, and biogeochemical methodologies to analyze the artifacts.

Jack's family did not want the presumtive remains destroyed, so only non-destructive testing was employed. One such method is called X-ray fluorescence, а process that uses X-rays to excite atoms in a sample and analyze the X-rays' characteristics to determine the samples' composition. The method shoots high-energy X-rays at the bones and measures the amount absorbed. Scientists can also use fluorine absorption analysis to check the age of the bones.

The biogeochemical analysis also help determine the bones' chemical and isotopic composition. Bone biogeochemistry studies the composition of human and animal bones by analyzing biological, geological, and chemical processes that have influenced their formation and preservation over time.

After the lab's analysis of the fragments, the team confirmed they were likely bone, likely human, and likely belonged to Jack. Using various non-destructive analytical techniques, the experts estimated the age, sex, and stature of the remains to finalize their analysis and reach a conclusion of a presumtive identification.

The community greatly appreciated the help and support of numerous individuals, including the UCSB Anthropology Department's essential contributions toward recovery. The recovery of Jack's remains brought much-needed closure to his loved ones and the community, who had fervently hoped for a positive outcome during the search. Additionally, by succeeding in this mission, the UCSB Anthropology Department showcased its commitment to leveraging research to serve society and contribute to its betterment.

[legaciestold]

@spookyagentfmulder

variables.

her parents had always taught her to look at context clues to unravel the truth of the past, the truth of a people, the truth of society. one couldn't ascertain what had befallen a lost city in the jungle from a single piece of broken pottery or bone or understand the social dynamics that resulted in finding two distinctly different artifacts from two warring tribes within the same ruined household buried under a mountain of dirt. you had to investigate, you had to look at the ruins as a whole, the uncovered weaponry, the uncovered art, and chemical residue from the clay pots unearthed that held traces of foods from the other side of the country (even if it hadn't been that country at all back then). you had to look into what'd happened on that side of the land too, consult geologists that helped support, through their own independent research, the theory that a geologic event caused an ancient migration that forced two societies to merge into one.

it was much the same thing investigating how the dead became that way. one in her field didn't just look at the body, though the primary and secondary causes of death were always important in the work of a forensic pathologist. but one had to examine a victim's life, their medical records, speak to family at times. one had to understand how this person met their fate and what factors predisposed them to such. one sometimes had to understand the suspects too, the fact one favored one arm over the other and how that matched with the angle of a wound. it aided the investigation of detectives as they went about their side of things. though, doctor ariadne cross could readily admit her role these days has been drastically blurred. she'd seen things and learned things she'd have previously been hard pressed to understand while working for the foundation and now consulting with the bprd she'd seen more. she'd ended up in the field too, something she'd never quite been officially trained for but when the body was going to dissolve into a pile of goop in an hour or the body in question had gotten up and moved to another location, you learned quickly to go with it.

so it's variables which she takes into consideration as she works at the post mortem in the smaller theater of the medical examiners office, leaving the larger one to her collages who weren't privy to the work she did for the 'fbi' (except this time it really was the fbi wasn't it?). the local news had been discussing crude grave robberies for the past three weeks which rivaled what one would hear centuries before when medical students paid for cadavers in secret no questions asked. (how many of those had been undead? she wonders morbidly.) there'd also been a rash of murders the press had dubbed with a sanguine moniker due to the lack of blood and viciousness of the attacks. most of them had come through this office, some had found themselves a jurisdiction over, and a few even crossing state lines into new york.

she imagines that's what'd alerted the fbi.

of course the bprd had been aware too, eventually, once the independent pieces had started to come together and the last body she'd examined had decided to get up and grab her before she'd called john and a team had... dealt with it. that'd been yesterday, another body already fresh on her table-- an escalation. the issue had become the fact that the actual or the normal part of the fbi had come become involved in the case and from what she'd been told director manning seemed convinced it'd cause more issues to attempt to block the other division than just let some spooky agent he seemed annoyed with after talking to some other director she thinks was named skinner investigate the case himself. why she'd even been there when manning was having it out on the phone she wasn't sure. she'd been called in and had waited to be told what they expected of her.

was she supposed to tell him the facts she knew to be true and the ones she suspected? would the agent even believe her?

then again, that all seemed rather above her paygrade. if the bprd wanted to run an investigation at the same time as some random fbi agent that was their choice. she supposes they likely think they'll have it wrapped up before this agent does. some alternative explanation able to be presented eventually or maybe they plan to tell him what they think is causing the influx of undead. she doesn't know. she also kind of thinks manning might be getting some enjoyment out of making this agent mulder (their brief introduction an hour before had told her) go on a wild goose chase that'd actually be close to the truth only to pull a fast one. (if she'd guess, this wasn't the first time said agent has caused him issue even if the agent hadn't known it.) of course this is all conjecture. it wasn't as if she had afternoon tea dates with director manning. she didn't know him well, only from the sidelines.

so, doctor cross continues noting her findings to the blinking light of a camera feed, stating how the marks and her findings were consistent with the other bodies that had been found drained or nearly drained with blood. she queries aloud (the speaker in the gallery actively on) that if a strigoi (also known as a vampire) like the press was stirring the pot with allusions to had been responsible it seemed strange for any victims to still have blood if the goal had been to kill for sustenance. perhaps such a wild theory is just her unserious commentary given the newspaper reports, though it's said with a seriousness as if it's something valid. it wasn't as if her co-workers would see this video. the bprd would though. she goes on to state that such findings were also consistent with the few bodies that had been stolen from the graveyard that pre-dated the more recent bodies. the ones that all evidence indicated, as she states, the same killer had caused those deaths and it had failed to be realized until their bodies had been reexamined. further, the brutality of the crimes appeared to be getting more extreme and frenzied. she held theories about that one though she hasn't voiced them yet. maybe she wants to what the agent up in the gallery will say first. go from there. "you can come down here now, agent mulder. i'm about to put him on ice."

[emsengineeringconsultancy]

Role of an Engineering Company in Melbourne in Structural and Civil Projects

The specialised skill set required for engineering construction and design projects of an industrial or commercial level may be supplied by a leading engineering company in Melbourne. Structural engineering is necessary for many different types of structures to be safe and stable while also adhering to Australian standards and laws. Structural engineers can work on residential projects ranging from holiday cottages to multi-unit complexes and dual-occupancy homes. Designing secure commercial buildings, such parking lots, shops, and offices, is a specialty of structural engineers.

Since structural engineering companies in Melbourne are required to follow construction codes, only organisations with the requisite expertise manage council and regulatory clearances. Plans for high-rise apartments and basements, as well as institutional buildings like schools and assisted living facilities, can be handled by professionals from such companies. In the industrial sector, they may build complex structures like enormous pipe bridges and crane supports that provide durability and functionality in a range of applications.

Analysing the Services Offered by Leading Structural Engineering Companies

The Civil Engineering Field: The bulk of building projects really start with civil engineering, which is the driving force behind all of the engineering marvels of contemporary architecture that people see. Civil engineers must design on-site retention and detention systems since rainwater conservation is becoming a major priority for major commercial projects nowadays.

Geotechnical Engineering: Contemporary structures and industrial projects need a thorough understanding of the site's geotechnical characteristics because every contemporary structure has a foundation that is built on one ground. Structural engineering is crucial for foundational design since it carefully considers a site's geological characteristics. This involves constructing footings, basements, retaining walls, bridges, and slopes. Engineers do extensive laboratory testing and field investigation to offer the greatest foundation possible.

Structural Forensic Investigations: These studies are crucial for locating problems with the existing structures and infrastructure. Builders, developers, project managers, and many other professionals in the construction sector rely on experts to react swiftly to structures that are likely to collapse or show unusual symptoms.

Structural, geotechnical, and civil engineers are needed to properly design any kind of construction, whether it be residential, commercial, or industrial, and engineering firms must be contacted.

Source: https://emsengineeringconsultancy.blogspot.com/2025/03/role-of-engineering-company-in.html

[daicelpharmastandard]

What are Stable Isotope Impurities?

Stable isotope impurities, though subtle in their presence, wield immense significance in various scientific domains. Dive into this listicle to unravel the intriguing facets of stable isotope impurities and their pivotal role in scientific exploration:

Understanding Stable Isotope Impurities

Stable isotopes, variants of elements with a consistent atomic nucleus, occur naturally alongside their primary elements. Stable isotope impurities represent these naturally occurring isotopic variants present in a compound, differing slightly in their nuclear mass but remaining stable over time.

Importance in Scientific Analysis

In scientific research, stable isotope impurities are critical in precise measurements, isotopic labeling, and tracing molecular pathways. Even in minute quantities, their presence facilitates tracking and understanding chemical reactions, metabolic processes, and environmental changes.

Isotopic Labeling and Tracers

Utilizing stable isotopes as tracers allows scientists to monitor and trace the movement of atoms in molecules, biological systems, and ecosystems—isotopic labeling aids in elucidating pathways, studying protein interactions, and unraveling metabolic processes within living organisms.

Mass Spectrometry Applications

The advancement of mass spectrometry techniques enables the identification and quantification of stable isotope impurities with unparalleled accuracy. This analytical tool helps distinguish isotopic variants, measure isotopic ratios, and precisely determine impurity levels in various compounds.

Implications in Geochemistry and Environmental Sciences

Stable isotopes serve as powerful tools in geochemical studies, elucidating Earth's processes, including water cycle dynamics, climate change, and geological formations. They provide valuable insights into environmental patterns, helping understand past climates and ecosystems.

Industrial and Pharmaceutical Applications

Industries leverage stable isotopes in pharmaceuticals, forensics, and material sciences. Isotopic analysis aids in drug development, ensuring safety and efficacy, while isotopic signatures assist forensic investigations and authenticate materials' origins.

Challenges and Precision in Isotopic Analysis

Accurate measurement and interpretation of stable isotope impurities demand high precision and sophisticated analytical techniques. Overcoming challenges in detection limits, calibration, and sample preparation enhances the reliability of isotopic data.

Future Frontiers and Innovation

Continued advancements in analytical technologies and interdisciplinary collaborations pave the way for novel applications of stable isotopes. Their potential in addressing complex scientific inquiries continues to expand, offering new avenues for exploration.

Conclusion

Once considered inconspicuous, stable isotope impurities emerge as pivotal components in diverse scientific realms. Their role in enabling precise measurements, elucidating pathways, and unraveling mysteries across various fields underscores their profound impact on scientific discovery and innovation. As technologies evolve, the future promises even more insightful applications of stable isotopes in unraveling the intricacies of our world.