#Laboratory Sensors

[creativeera]

Understanding pH Sensors: Types, Mechanisms, and Factors Affecting Accuracy

Types of probe or electrode

There are two main types of probe or electrode - glass electrode sensors and ion-selective field effect transistor (ISFET) sensors. Glass electrode sensors are more commonly used and contain a standardized pH-sensitive glass bulb at the tip attached to a reference electrode within an internal electrolyte solution. The voltage difference between the glass and reference electrodes corresponds to sample pH. ISFET sensors are made with an ion-selective membrane deposited on a gate of a field-effect transistor. They do not require internal electrolyte solution but are more prone to drift over time.

In the scientific field, it is important to understand acidity levels of liquids and solutions. Traditionally, acidic levels were measured using litmus paper or pH indicators which provided only a general qualitative reading. However, with advancements in technology, digital probe or electrode now allow for precise quantitative measurement of hydrogen ion concentration or pH values. A probe or electrode is an analytical device that uses a sensitive electrode to measure the concentration or activity of hydrogen ions (H+) in a solution. It provides direct correlation between the measured voltage and pH value. Mechanism of Glass Electrode Sensors Glass electrode Ph Sensors work on the principal of electrochemical difference between the pH-sensitive glass membrane and internal reference electrode. The glass membrane is designed with a very thin layer that allows only H+ ions to pass through. When placed in a test solution, H+ ions from the solution exchange with H+ ions in the glass, establishing an electrochemical equilibrium. This generates a potential difference relative to the internal reference electrode that is proportional to sample pH. Digital meters convert this voltage reading into corresponding pH value. Factors Affecting Accuracy For reliable pH measurement, factors like temperature, solution composition and membrane integrity need to be controlled. Glass sensors require periodic calibration using buffer solutions of known pH (e.g. pH 4.01, 7.00, 10.01) to remain accurate. Drift over time occurs due to leaching or hydration of glass membrane. Regular cleaning, storage in pH buffer and timely membrane replacement enhances sensor lifetime. Industrial samples containing proteins, oils or suspended solids can coat or foul the sensitive glass surface affecting readings until cleaned. Applications in Industry and Research Digital pH sensors have widespread applications due to their precision, small size and affordability. They are commonly used for quality control testing in water treatment plants, food & beverage production, agriculture, chemical processing, pharmaceutical manufacturing and biomedical research. Water samples are routinely checked at various treatment stages to ensure optimal pH levels for coagulation, corrosion control or disinfection. In aquaculture, pH monitoring prevents stress to aquatic species from fluctuations. Other common uses include soil analysis in hydroponics, microbial fermentation monitoring, antacid drug formulation and environment/pollution studies. Industrial probe or electrode have durable bodies to withstand harsh conditions while research grade sensors provide high accuracy at microscopic scale. Wireless and Portable pH Meters Advancements continue with the introduction of battery-powered portable units equipped with Bluetooth or WiFi connectivity. These wireless pH meters allow for remote monitoring of multiple sensors simultaneously over long distances via tablet/phone apps. Data can be logged, graphed and alarms set for abnormal pH levels. Portable models are compact and equipped with internal or external probes suitable for field or on-site testing without requiring external meters. They are suitable for quick spot checks during facility rounds, water sampling from remote locations and field research applications like agriculture, forestry or environmental surveys where transportation of bulky equipment is difficult.

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Priya Pandey is a dynamic and passionate editor with over three years of expertise in content editing and proofreading. Holding a bachelor's degree in biotechnology, Priya has a knack for making the content engaging. Her diverse portfolio includes editing documents across different industries, including food and beverages, information and technology, healthcare, chemical and materials, etc. Priya's meticulous attention to detail and commitment to excellence make her an invaluable asset in the world of content creation and refinement.

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[laboratory-equipment-supplier]

Dickson Environmental Monitoring Solutions

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[xtruss]

This Tiny, Tamper-Proof ID Tag Can Authenticate Almost Anything

Massachusetts Institute of Technology (MIT) Engineers Developed a Tag That Can Reveal with Near-Perfect Accuracy Whether an Item is Real or Fake. The Key is in the Glue on the Back of the Tag.

— Adam Zewe | MIT News | Publication Date: February 18, 2024

A Few Years Ago, MIT Researchers Invented a Cryptographic ID Tag that is several times smaller and significantly cheaper than the traditional radio frequency tags (RFIDs) that are often affixed to products to verify their authenticity.

This tiny tag, which offers improved security over RFIDs, utilizes terahertz waves, which are smaller and travel much faster than radio waves. But this terahertz tag shared a major security vulnerability with traditional RFIDs: A counterfeiter could peel the tag off a genuine item and reattach it to a fake, and the authentication system would be none the wiser.

The researchers have now surmounted this security vulnerability by leveraging terahertz waves to develop an antitampering ID tag that still offers the benefits of being tiny, cheap, and secure.

They mix microscopic metal particles into the glue that sticks the tag to an object, and then use terahertz waves to detect the unique pattern those particles form on the item’s surface. Akin to a fingerprint, this random glue pattern is used to authenticate the item, explains Eunseok Lee, an electrical engineering and computer science (EECS) graduate student and lead author of a paper on the antitampering tag.

“These metal particles are essentially like mirrors for terahertz waves. If I spread a bunch of mirror pieces onto a surface and then shine light on that, depending on the orientation, size, and location of those mirrors, I would get a different reflected pattern. But if you peel the chip off and reattach it, you destroy that pattern,” adds Ruonan Han, an associate professor in EECS, who leads the Terahertz Integrated Electronics Group in the Research Laboratory of Electronics.

The researchers produced a light-powered antitampering tag that is about 4 square millimeters in size. They also demonstrated a machine-learning model that helps detect tampering by identifying similar glue pattern fingerprints with more than 99 percent accuracy.

Because the terahertz tag is so cheap to produce, it could be implemented throughout a massive supply chain. And its tiny size enables the tag to attach to items too small for traditional RFIDs, such as certain medical devices.

The paper, which will be presented at the IEEE Solid State Circuits Conference, is a collaboration between Han’s group and the Energy-Efficient Circuits and Systems Group of Anantha P. Chandrakasan, MIT’s chief innovation and strategy officer, dean of the MIT School of Engineering, and the Vannevar Bush Professor of EECS. Co-authors include EECS graduate students Xibi Chen, Maitryi Ashok, and Jaeyeon Won.

Preventing Tampering

This research project was partly inspired by Han’s favorite car wash. The business stuck an RFID tag onto his windshield to authenticate his car wash membership. For added security, the tag was made from fragile paper so it would be destroyed if a less-than-honest customer tried to peel it off and stick it on a different windshield.

But that is not a terribly reliable way to prevent tampering. For instance, someone could use a solution to dissolve the glue and safely remove the fragile tag.

Rather than authenticating the tag, a better security solution is to authenticate the item itself, Han says. To achieve this, the researchers targeted the glue at the interface between the tag and the item’s surface.

Their antitampering tag contains a series of miniscule slots that enable terahertz waves to pass through the tag and strike microscopic metal particles that have been mixed into the glue.

Terahertz waves are small enough to detect the particles, whereas larger radio waves would not have enough sensitivity to see them. Also, using terahertz waves with a 1-millimeter wavelength allowed the researchers to make a chip that does not need a larger, off-chip antenna.

After passing through the tag and striking the object’s surface, terahertz waves are reflected, or backscattered, to a receiver for authentication. How those waves are backscattered depends on the distribution of metal particles that reflect them.

The researchers put multiple slots onto the chip so waves can strike different points on the object’s surface, capturing more information on the random distribution of particles.

“These responses are impossible to duplicate, as long as the glue interface is destroyed by a counterfeiter,” Han says.

A vendor would take an initial reading of the antitampering tag once it was stuck onto an item, and then store those data in the cloud, using them later for verification.

AI For Authentication

But when it came time to test the antitampering tag, Lee ran into a problem: It was very difficult and time-consuming to take precise enough measurements to determine whether two glue patterns are a match.

He reached out to a friend in the MIT Computer Science and Artificial Intelligence Laboratory (CSAIL) and together they tackled the problem using AI. They trained a machine-learning model that could compare glue patterns and calculate their similarity with more than 99 percent accuracy.

“One drawback is that we had a limited data sample for this demonstration, but we could improve the neural network in the future if a large number of these tags were deployed in a supply chain, giving us a lot more data samples,” Lee says.

The authentication system is also limited by the fact that terahertz waves suffer from high levels of loss during transmission, so the sensor can only be about 4 centimeters from the tag to get an accurate reading. This distance wouldn’t be an issue for an application like barcode scanning, but it would be too short for some potential uses, such as in an automated highway toll booth. Also, the angle between the sensor and tag needs to be less than 10 degrees or the terahertz signal will degrade too much.

They plan to address these limitations in future work, and hope to inspire other researchers to be more optimistic about what can be accomplished with terahertz waves, despite the many technical challenges, says Han.

“One thing we really want to show here is that the application of the terahertz spectrum can go well beyond broadband wireless. In this case, you can use terahertz for ID, security, and authentication. There are a lot of possibilities out there,” he adds.

This work is supported, in part, by the U.S. National Science Foundation and the Korea Foundation for Advanced Studies.

[tekmaticinc]

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[electronalytics]

Medical Grade Thermocouple Wire Market Overview and Regional Outlook Study 2017 – 2032

The market for medical grade thermocouple wire is witnessing steady growth due to the increasing demand for accurate and reliable temperature measurement in the medical industry. Thermocouples are widely used in various medical applications, including monitoring body temperature, laboratory testing, and medical equipment calibration.

Market Overview of Medical Grade Thermocouple Wire:

Technological Advancements: Advancements in thermocouple wire technology, such as the development of high-precision sensors and miniaturization, are driving the market growth. These advancements enable accurate temperature measurements in medical devices.

Healthcare Industry Expansion: The expanding healthcare industry, including hospitals, clinics, and research laboratories, is creating a substantial demand for medical grade thermocouple wire. These wires are widely used in medical devices, such as patient monitoring systems, incubators, and surgical equipment.

Stringent Regulations: The medical industry is subject to strict regulations regarding patient safety and product quality. Medical grade thermocouple wires comply with these regulations, ensuring reliability and accuracy in temperature measurement, which is a key factor driving their adoption.

Increasing Awareness: Growing awareness among healthcare professionals and researchers about the benefits of using thermocouple wires in medical applications is boosting the market. These wires offer advantages such as high accuracy, fast response time, and compatibility with various medical devices.

Key Factors Driving the Medical Grade Thermocouple Wire Market:

Rising Focus on Patient Safety: The healthcare industry's increasing emphasis on patient safety and comfort is driving the demand for medical grade thermocouple wires. These wires help in precise temperature monitoring, ensuring optimal patient care.

Growing Demand for Minimally Invasive Procedures: The rising preference for minimally invasive procedures requires accurate temperature sensing and monitoring during surgeries. Medical grade thermocouple wires enable real-time temperature measurements, enhancing the safety and success rates of such procedures.

Advancements in Medical Device Technologies: The continuous advancements in medical device technologies, such as wearable devices and remote patient monitoring systems, are fueling the demand for medical grade thermocouple wires. These wires play a crucial role in temperature sensing within these devices.

Increasing Research and Development Activities: The ongoing research and development activities in the medical field, including the development of new drugs, medical treatments, and diagnostic techniques, rely on accurate temperature measurements. Medical grade thermocouple wires are essential components in such research activities.

Growing Geriatric Population: The global increase in the geriatric population is driving the demand for medical devices and healthcare services. Medical grade thermocouple wires find extensive applications in temperature monitoring devices used for elderly care, such as patient monitors and wearable health trackers.

COVID-19 Impact: The COVID-19 pandemic has increased the demand for medical devices and equipment, including temperature monitoring systems. Thermocouple wires are used in various COVID-19-related applications, such as vaccine storage and transport, ICU patient monitoring, and fever detection systems.

Expansion of Home Healthcare: The rising trend of home healthcare services and the need for portable medical devices have led to an increased demand for medical grade thermocouple wires. These wires enable temperature monitoring in portable devices used for home healthcare purposes.

Increasing Adoption of Wireless Thermocouple Systems: The market is witnessing a shift towards wireless thermocouple systems, which offer convenience, ease of use, and reduced clutter. Medical grade thermocouple wires are an integral part of these wireless systems, driving their demand.

Collaborations and Partnerships: Key players in the medical device industry are entering into collaborations and partnerships to develop innovative solutions. Such collaborations involving medical grade thermocouple wire manufacturers contribute to market growth.

Growing Focus on Precision Medicine: The increasing focus on precision medicine, which involves personalized treatment based on individual characteristics, requires accurate temperature monitoring in various medical procedures. Medical grade thermocouple wires play a vital role in delivering precise temperature measurements for effective treatment outcomes.

We recommend referring our Stringent datalytics firm, industry publications, and websites that specialize in providing market reports. These sources often offer comprehensive analysis, market trends, growth forecasts, competitive landscape, and other valuable insights into this market.

By visiting our website or contacting us directly, you can explore the availability of specific reports related to this market. These reports often require a purchase or subscription, but we provide comprehensive and in-depth information that can be valuable for businesses, investors, and individuals interested in this market.

“Remember to look for recent reports to ensure you have the most current and relevant information.”

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Market Segmentations:

Global Medical Grade Thermocouple Wire Market: By Company • TE Wire＆Cable • Johnson Matthey • Heraeus • Sandvik (Kanthal) • BASF • OMEGA Engineering • Belden • Pelican Wire • National Instruments • Indutrade (Pentronic) • Pyromation • Dwyer Instruments • Tempco • Durex Industries • Marlin Manufacturing Corporation • Multi/Cable Corporation • Ellab • Temprel • Thermo-Electra • Hayashidenko Global Medical Grade Thermocouple Wire Market: By Type • Type T • Type K • Other Global Medical Grade Thermocouple Wire Market: By Application • Pharmaceutical Enterprise • Hospital • Other Global Medical Grade Thermocouple Wire Market: Regional Analysis All the regional segmentation has been studied based on recent and future trends, and the market is forecasted throughout the prediction period. The countries covered in the regional analysis of the Global Medical Grade Thermocouple Wire market report are U.S., Canada, and Mexico in North America, Germany, France, U.K., Russia, Italy, Spain, Turkey, Netherlands, Switzerland, Belgium, and Rest of Europe in Europe, Singapore, Malaysia, Australia, Thailand, Indonesia, Philippines, China, Japan, India, South Korea, Rest of Asia-Pacific (APAC) in the Asia-Pacific (APAC), Saudi Arabia, U.A.E, South Africa, Egypt, Israel, Rest of Middle East and Africa (MEA) as a part of Middle East and Africa (MEA), and Argentina, Brazil, and Rest of South America as part of South America.

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In general, market research studies offer companies and organisations useful data that can aid in making decisions and maintaining competitiveness in their industry. They can offer a strong basis for decision-making, strategy formulation, and company planning.

Medical Grade Thermocouple Wire Market Research Report Contains Answers to your following Questions

Which Manufacturing Technology is Used for Medical Grade Thermocouple Wire? What Developments Are Going On in That Technology? Which Trends Are Causing These Developments?

Who Are the Global Key Players in This Medical Grade Thermocouple Wire Market? What's Their Company Profile, Their Product Information, and Contact Information?

What Was Global Market Status of Medical Grade Thermocouple Wire Market? What Was Capacity, Production Value, Cost and PROFIT of Medical Grade Thermocouple Wire Market?

What Is Current Market Status of Medical Grade Thermocouple Wire Industry? What's Market Competition in This Industry, Both Company, and Country Wise? What's Market Analysis of Medical Grade Thermocouple Wire Market by Taking Applications and Types in Consideration?

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[dandelionsresilience]

Dandelion News - January 15-21

Like these weekly compilations? Tip me at $kaybarr1735 or check out my Dandelion Doodles!

1. Landmark debt swap to protect Indonesia’s coral reefs

“The government of Indonesia announced this week a deal to redirect more than US$ 35 million it owes to the United States into the conservation of coral reefs in the most biodiverse ocean area on Earth.”

2. [FWS] Provides Over $1.3 Billion to Support Fish and Wildlife Conservation and Outdoor Access

“Through these combined funds, agencies have supported monitoring and management of over 500 species of wild mammals and birds, annual stocking of over 1 billion fish, operations of fish and wildlife disease laboratories around the country, and provided hunter and aquatic education to millions of students.”

3. Philippine Indigenous communities restore a mountain forest to prevent urban flooding

“Indigenous knowledge systems and practices are considered in the project design, and its leaders and members have been involved throughout the process, from agreeing to participate to identifying suitable land and selecting plant species that naturally grow in the area.”

4. Responsible Offshore Wind Development is a Clear Win for Birds, the U.S. Economy, and our Climate

“[T]he total feasible offshore wind capacity along U.S. coasts is more than three times the total electricity generated nationwide in 2023. […] Proven strategies, such as reducing visible lights on turbines and using perching deterrents on turbines, have been effective in addressing bird impacts.”

5. Illinois awards $100M for electric truck charging corridor, Tesla to get $40M

“The project will facilitate the construction of 345 electric truck charging ports and pull-through truck charging stalls across 14 sites throughout Illinois[…. E]lectrifying [the 30,000 daily long-haul] trucks would make a huge impact in the public health and quality of life along the heavily populated roadways.”

6. Reinventing the South Florida seawall to help marine life, buffer rising seas

“[The new seawall] features raised areas inspired by mangrove roots that are intended to both provide nooks and crannies for fish and crabs and other marine creatures and also better absorb some of the impact from waves and storm surges.”

7. Long Beach Commits to 100% All-Electric Garbage Trucks

“[Diesel garbage trucks] produce around a quarter of all diesel pollution in California and contribute to 1,400 premature deaths every year. Electric options, on the other hand, are quieter than their diesel counterparts and produce zero tailpipe emissions.”

8. ‘This Is a Victory': Biden Affirms ERA Has Been 'Ratified' and Law of the Land

“President Joe Biden on Friday announced his administration's official opinion that the amendment is ratified and its protections against sex-based discrimination are enshrined in the U.S. Constitution.”

9. A Little-Known Clean Energy Solution Could Soon Reach ‘Liftoff’

“Ground source heat pumps could heat and cool the equivalent of 7 million homes by 2035—up from just over 1 million today[…. G]eothermal energy is generally considered to be more popular among Republicans than other forms of clean energy, such as wind and solar.”

10. Researchers combine citizens' help and cutting-edge tech to track biodiversity

“Researchers in the project, which runs from 2022 to 2026, are experimenting with tools like drones, cameras and sensors to collect detailed data on different species, [… and] Observation.org, a global biodiversity platform where people submit pictures of animals and plants, helping to identify and monitor them.”

January 8-14 news here | (all credit for images and written material can be found at the source linked; I don’t claim credit for anything but curating.)

[robolvrr]

experimental ecstasy -‘๑’-

shockwave x afab! human reader drabble warnings: nsfw. dark content. unhealthy "relationship."

"yield. there is no escape, human."

shockwave lacks expression, but his stare is crushing. you can sense it slide through your layers of epidermis, muscle and bone. like looking into the gut of a star, dead in space.

a long, exasperated groan wriggles free and before you can apologize, restrictive cuffs dig relentless at your wrists instead.

there was a time you would kick and scream, some innate instinct to fight and snarl when even the biggest of beasts observed, uncaring. he hadn't taken an approach like this at first, content with sticking you with needles and probes, analyzing the uncanny limits and possibilities of your alien biology.

long ago, your missing posters had peeled off the telephone poles of your rundown town, governments and humanity all the more ignorant of your whereabouts.

just why would one of the most wanted galactic threats want anything to do with the likes of you anyways?

"another five minutes. subject: endurance and motivation. log #23 in the past cycle. 007 seems to need more.. practice. methods are effective but independence not.. fully broken."

your cunt, wet and overstimulated, can barely take his methods as is. the curved and columned phallus feels as it looks. cold, sculpted metal and mesh forcing an ache more than pleasure, stretching until cream collected near the base.

so far, only four inches have been successfully enveloped.

biting back a cry, you grasp in the dark of your muddled thoughts to remember just what he had asked of you. gravity tugs you closer and yet you're still so far away from his hips, heart pounding vicious.

be still.

be quiet.

".... i can't. i can't. pluhease .. shock.."

"six minutes."

be still. be quiet.

your body itself is a tickle to his sensors, if he could still be stimulated by such. no sharp corners or rigid form, melting against him, illogical. greedy even at your worst.

"seven minutes. progress is declining."

be still. be quiet. be still, be quiet —

you imagine his hand cradling your back is sweet. wonder if he was anything, anyone, before taking this benevolent frame. your efforts cling and drip down the slope of your back and you just can't take it anymore.

you move. up and down, rolling, writhing. pathetic sobs and all, you look up at the moon and it looks back down at you, full and fantastic. you shouldn't feel this urge, a shared interest in uncharted territories.

chest slick with sweat, the squish of your arousal working overtime to succumb you to pleasure is all that echoes in the giant laboratory.

he does not moan. you grind and use him, fearful, intrigued.

"shockwave, shockwave, shockwave--"

"fifteen minutes." yet he doesn't stop you.

by every account, you should not have survived. he should not be allowing you to ride him, bruise your hips or even mutter the hint of approval - shockwave plucks another grieving whine from your chords.

then again, this entire situation is illogical.

you pass out, smile wet and voice hoarse. in your slumber, you feel a god set you to rest gentle as a kiss.

robolvrr 2024.

a/n: need to write more for him! he's so scary to me but i want that.. carnally. ahem anyways.

[tinydefector]

Human Effect - Scientific studies SMUT

Perceptor x Reader x Brainstorm

Word count: 3.8k

Warnings: Valveplug, Smut, fingering, oral receiving for the reader.

Masterlist

Prev

Next

_____________________

 It's a few days later when the Ambassador walks into the laboratory, their skin is flushed and they look uncomfortable over the whole situation. "Perceptor, can you run some tests for me? I came into contact with one for the flowers Traxies has, he's finally opened up and I was chatting with him and he was showing some of the flowers he has, and I think I'm having an allergic reaction to it" they call out while moving closer as both Brainstorm and Perceptor watch them. 

"Christ I feel like I'm burning up and it's too hot in here" they huff out while climbing the stairs up onto the table. Preceptor's field immediately flared with concern as the ambassador entered the laboratory, their flushed complexion and strained voice instantly catching his attention. His cooling fans kicked into a low hum as he stepped forward, his optic scanning the ambassador with a practiced precision. As he presses a digit to their forehead. "An allergic reaction, you say?" Perceptor murmured, his tone calm but laced with urgency. He gestured toward a nearby diagnostic bench. "Please, take a seat here. We shall run the necessary tests to determine the extent of your reaction."

Brainstorm, on the other hand, was already leaning forward from his workstation, his optics narrowing as he observed their clearly distressed state. curiosity and unease, though a faint flicker of something else lingered just beneath his optics. "Burning up, huh?" the engineer remarked, his voice tinged with a hint of intrigue. Both mechs involuntarily stiffened, their sensory arrays picking up on the subtle but unmistakable spike in their hormone levels. The scent hit their olfactory sensors like a jolt.

Perceptor's vocalizer clicked faintly as he focused on maintaining his composure. "I must ask," he began, his tone measured, though his field betrayed a faint ripple of unease, "was this flower one of the specimens Traxies recently acquired? If so, it may possess properties we have yet to fully document. He tend to bring back a large variety of them from expedition" His servo hesitated briefly before gesturing toward the scanner. "I will need a sample of your blood to confirm the presence of any allergens or foreign compounds."

The ambassador nodded, their discomfort evident as they sank onto the diagnostic bench. " I didn't think much of it at first, but now I feel like my body’s on fire," they muttered, their voice strained as they pull at their collar trying to cool doen their body temperature. They glanced between the two mechs, their flustered expression deepening as they noticed the subtle hum of their cooling fans. "And why is it so damn hot in here?, I thought the laboratory was cold, Is it just me?"

Brainstorm makes an awkward static buzz, his optics darting toward Perceptor before quickly looking away. "Uh, nope, definitely not just you. I mean, it's warm here, but, uh..." He trailed off as he tried to focus on the readouts rather than the ambassador's flushed appearance. Perceptor shot Brainstorm a warning glance, his field rippling with a subtle reprimand towards the other scientist before he turned his attention back to the ambassador. "If the flower does indeed contain an unknown compound, it may be inducing a reaction within your system that requires immediate attention."

As Perceptor takes a quick blood sample, his optic flickered with faint unease. The scent in the air was undeniably affecting his systems, even as he fought to suppress the distracting signals flashing on his Hud. though a subtle warmth crept into the edges of his frame. Beside him, Brainstorm fidgeted, his cooling fans audibly kicking into a higher gear as he struggled to focus on the task at hand.

"Right," Brainstorm said, breaking the tense silence. "So, uh, if this is some kinda weird alien aphrodisiac thing because I can currently see every atom and molecule of their scent right now and my sensors are blaring with warnings and notifications." His optics darted back to the ambassador, his field pulsing with barely concealed apprehension. "Not that I’m saying that’s what’s happening or anything! Just, uh, covering all the bases." Preceptor's field flared with a sharp pulse of exasperation, though his voice remained calm. "Brainstorm, please refrain from such crash terms. The priority is ensuring the ambassador's safety, not indulging in baseless hypotheses."

The ambassador, still visibly flustered, let out a soft groan as they leaned back against the bench. "I don’t care what it is—just fix it. I feel like I’m gonna combust if this keeps up," they muttered, their voice tinged with desperation. Preceptor's optic softened slightly, his voice gentle with reassurance. "We will resolve this, ambassador. Rest assured, you are in capable hands."

As the scans begin, both mechs work in tense silence, their fields betraying their mutual determination to stay focused despite the distracting scent lingering in the air. It was clear that the situation was affecting them both, their systems struggling to suppress the reactions triggered by the ambassador's elevated hormone levels. 

As the two scientists work their optics flick back to the Ambassador to check on them, they are sprawled across one of the medical benches in the lab half their uniform discarded as they fan themself trying their best to lessen how hot they feel, the cold surface of the table helped. "Please tell me you guys have found something?" They ask eyes fluttering open to look at the two mechs, the Ambassador nearly whines at how cold Brainstorms servo feels against Their flustered skin when he comes over to check them.

Perceptor cleared his vocalizer with a faint click, his optic narrowing as he focused on the scanner's readouts. "We are making progress," he assured, though his voice carried a slight strain. "The compound from the flower appears to contain a potent pheromone-like substance, one that  our physiology is reacting to." Brainstorm’s servos twitched, his optics flickering with both concern and a barely concealed nervousness. "Yeah, uh, it’s kinda like an aphrodisiac, but cranked up to eleven, we don't have a cure for it" he added, his tone hovering somewhere between clinical and awkward. "It’s messing with your system pretty bad, huh?"

The ambassador let out a soft, frustrated groan, their head tipping back against the cold surface of the bench. "You think?" they muttered, their voice thick with discomfort as they fanned themselves with a loose sleeve. "I feel like I’m going to melt into this table. And whatever that flower did to me, it’s making everything feel a hundred times worse," they added, their gaze flickering toward Brainstorm as his servo brushed against their arm. A shiver ran through them at the coolness of his touch, and they let out a soft, involuntary whine. "God, your hands are freezing... Thank God."

Brainstorm froze for a moment, something between alarm and barely contained fascination flashes through his system. "Uh, yeah, well, y’know, mech servos are good for more than just tinkering," he said, trying for humor but failing to hide the nervous edge in his voice. Perceptor shot him a pointed glare, His voice softened slightly, his tone laced with a rare gentleness. "The cold surface will help mitigate your symptoms temporarily," he said, gesturing toward the bench. "However, until we can synthesize an antidote or at the very least, a suppressant we must ensure that you remain hydrated and as comfortable as possible."

The ambassador nodded faintly, though their breathing remained uneven, their flushed skin glistening faintly under the lab's artificial lights. "Comfortable, right," they murmured, their voice tinged with a mix of exasperation and helplessness. "I don’t think ‘comfortable’ is even possible right now."

" uh, Perce, how long do you think it’ll take to whip something up?" His voice trailed off as his optics flicked over the ambassador again, his field pulsing with barely concealed heat. "This doesn’t exactly look like something we can just wait out." Preceptor's optic narrowed as he focused on testing the blood samples with different chemicals in hopes of finding something that will dull the effects of the aphrodisiac, his servos working with practiced precision despite the distracting scent in the air. "If the compound's structure is as straightforward as it appears, I should be able to synthesize a suppressant within the next hour," he replied, his voice tight with concentration. His field pulsed with a subtle warmth, betraying his own struggle to maintain focus. "In the meantime, Brainstorm, ensure that the ambassador remains hydrated. Their elevated body temperature could lead to dehydration if left unchecked due to sweating."

Brainstorm blinked, his optics widening slightly as he processed the request. "R-right, hydration. Got it!" he stammered, quickly moving to retrieve a small bottle of water from the lab’s supplies. He returned to the ambassador’s side, his movements uncharacteristically cautious as he offered it to them. "Here, uh, drink this. It should help... a little, at least." The ambassador’s fingers brushed against Brainstorm’s digits as they took the water. "Thanks," the ambassador murmured, their voice soft and a little breathless as they took a sip. Their gaze lingered on Brainstorm for just a moment too long, and the mech’s optics flickered with a mixture of guilt and fascination.

  The Ambassador presses themself back into brainstorm servo trying to get as much of the cold metal surface pressed against their body. A soft moan seems to leave their lips as Brainstorm let's his digits trace over their skin. "Please, it's too hot, your servos feel nice, don't feel like I'm burning" they mutter softly to Brainstorm.

Preceptor's frame stiffening as the scene before him unfolded. His optic flickered toward Brainstorm, who stood frozen, his optics wide and glowing faintly brighter as the ambassador pressed closer to him. Brainstorm’s field spiked with an overwhelming mix of arousal and hesitation, his digits twitching as the ambassador guided his servo between their thighs. The scent of their hormones, now impossibly potent, flooded his olfactory sensors, sending his cooling systems into overdrive. "Uh, I—" he stammered, his vocalizer glitching slightly as his optics darted to Perceptor for guidance. But the scientist, for once, seemed just as flustered as he was.

"Ambassador," Perceptor began, his voice strained as he tried to maintain some semblance of professionalism, "This… this reaction is a result of the flower’s compound. Your judgment may be… impaired." His optic flickered down to where the ambassador clung to Brainstorm, their flushed skin pressed against the cool metal of his servo trying desperately to grind against it. “yea well it feels like my body is melting and this makes it not feel as ablazed” the ambassador manages to call back at him. 

"Not that I’m, uh, complaining or anything, but… are you sure this is what you want? I mean, you’re burning up, and—" He cut himself off with a sharp intake of air as the ambassador shifted, pressing closer.

Their voice, soft and pleading, sent a shiver through Brainstorm’s frame, his field pulsing with a heady mixture of arousal and concern. "Please, just help me " they murmured, their breath hitching as they guided his digits further as they fought with what's left of their clothings trying to get it off as quickly as possible. their flushed skin trembling at the coolness of his touch. "Stars, that feels amazing." They basically moan out. 

Brainstorm hesitated only a moment longer before his digits began to move, tracing slow, deliberate patterns against their skin. "Look, Perce, they’re asking for help," he murmured, his voice low and tinged with a heat that matched his field. "And if this is what helps them feel better, then who are we to argue?" The ambassador let out a soft moan, their head tipping back as Brainstorm’s digits pressed more firmly against them. Their hands clung to his arm, body trembling as they sought out every inch of cool metal they could reach. "I'm giving you both my consent, please just help me with this," they whispered, their voice thick with relief and desire. 

Finally, with a soft sigh of resignation, Perceptor stepped closer, "See, Perce? Teamwork," he said with a faint grin, though his voice trembled with the weight of his own desire. "We’ll have them feeling better in no time." His servos pull away making the Ambassador whine only for them to be replaced with Preceptor's. “Hush now” he hums while Brainstorm positions his faceplate between the ambassador’s thighs. They arches their back. The Ambassador’s breath hitched sharply, their back arching as Brainstorm's glossa dragged over their sensitive sex, his mouth enveloping them with agonizing slowness. His lips sealed around them, his movements slow as he studies and learns as he goes, savoring every reaction they give him. His digits traced a teasing path up their trembling thighs, the sharp edges of his servos sending shivers through their overstimulated body.

“Sweet Primus,” Brainstorm murmured against them, his voice muffled but laced with mischief and hunger. “You taste so good, Ambassador. I could do this all cycle.” He flicked his glossa over their most sensitive spot, eliciting a moan that made his optics brighten with delight. “Keep making those little sounds for me, won’t you? You sound divine like this.”

The Ambassador’s fingers clutched desperately at Preceptor's plating, their body writhing as the effects of the aphrodisiac heightened every sensation as Brainstorm's glossa teases them and works them into a state of bliss. Perceptor, ever the observer adjusted his grip on their waist to steady them, holding them open for Brainstorm and to make sure they don't hurt themself on any part of Brainstorm's helm. His digits moved with measured precision, gliding down their body in soothing strokes. 

The Ambassador whimpered, their head falling back against Preceptor's servo and arm plate as his cool touch sent a wave of relief through their flushed body. they gasped, and  buck against Brainstorm’s mouth, the dual sensations driving them closer to the edge.

Preceptor's optic softened, his digits brushing across their damp forehead. “You’re handling this remarkably well, considering the circumstances,” he murmured, his tone gentle as his digits pressed into a pressure point along their side. 

“Wasn't expecting to get fuckin Sex pollened by a flower” the ambassador states trying to make a joke out of the situation only to gasp and cry out as Brainstorm's glossa presses I to them. “Oh fuck, oh fuck!” They moan out, eyes fluttering closed. Brainstorm’s digits dug lightly into their thighs, holding them in place as he worked. “Brainstorm,” Perceptor chided lightly, though his own digits slid lower, tracing the curve of the Ambassador’s hip as he leaned closer to press his lips to their temple. “We’re here to help them, not overwhelm them.”

“Oh, I’m helping,” Brainstorm retorted with a grin, his glossa pressing firmly against their most sensitive spot before pulling back slightly. “Tell him, Ambassador. Tell Perce how good I’m making you feel.” Their hips jerked against Brainstorm’s mouth as their hands clutched at Preceptor's arms for support. “don't stop, please don’t stop,” they stammered, their words barely coherent as their body quaked between the two mechs. 

Brainstorm hummed in satisfaction, his mouth redoubling its efforts as his servos spread their thighs wider, giving him better access. The Ambassador’s trembling hands gripped the back of Brainstorm’s helm, their fingers tangling in the delicate grooves as they tried to pull him closer, desperate to feel more of the overwhelming pleasure he was giving them with each flick of his glossa. Their body shuddered uncontrollably beneath him, hips jerking in time with the teasing, deliberate movements of his glossa. Little mewls and whines spilled from their lips, each sound betraying just how much they were unraveling between the two mechs.

The Ambassador whimpered softly, pressing themselves closer to Preceptor's solid frame, their trembling body seeking refuge. “P-Perceptor…” they gasped, their voice breaking as their hips instinctively bucked against Brainstorm’s mouth. “It’s so much... I can’t—” “You can,” Perceptor interrupted softly, his tone a perfect mix of reassurance and command. tilting their head slightly so their flushed face was angled up toward him. “Focus on me. Breathe. We’ll take care of you.”

Brainstorm let out a low chuckle, “You’re doing so good,” he murmured, his voice dripping with praise and satisfaction. The Ambassador’s fingers tightened on Brainstorm’s helm, a strangled cry escaping their throat as his glossa drove harder into them teasing their most sensitive spot. Their eyes fluttered shut for a moment before snapping back open. “Oh God Brainstorm!” they cry out basically rutting against his mouth as they sob, before going limp in Preceptor's servos.  

When Brainstorm finally pulled away, his lips plate glistening and his expression smug with satisfaction, the Ambassador’s trembling form clung to Perceptor for support. Their chest heaved with uneven breaths, their flushed face pressed against the scientist's plating as they tried to steady themselves. But Preceptor's optic never left them. “You’re doing remarkably well,” Perceptor murmured, his voice as calm and soothing as ever, despite the slight static crackle betraying his own restraint. One servo rested lightly on their hip, grounding them, while the other shifted lower. 

The Ambassador whimpered softly, their body still quivering from Brainstorm’s ministrations, but they didn’t resist as Preceptor's digits ghosted between their thighs. The cold touch of his metal sent a sharp shiver through their overheated body, a stark contrast that made them inhale sharply. “Easy,” Perceptor murmured, his tone gentle as his digit dragged slowly between their thighs, his movements deliberate as he searched for what he was looking for. “I need you to stay relaxed. This will be much easier if you trust me.”

“You’re doing amazing, Ambassador. Just let him take care of you.” Brainstorm states as he presses a kiss to their thigh. Perceptor ignored Brainstorm’s commentary, his focus entirely on the Ambassador as his digit finally found what he was seeking. He paused, his optics flickering up to meet their tear-filled gaze. “There,” he said softly, almost to himself, as if confirming a calculation. “Now... this may feel a bit intense. Tell me if it’s too much.” With the utmost care, Perceptor pressed the tip of his digit against them, his movements painstakingly slow as he began to ease it inside. 

The Ambassador’s breath hitched, a choked sound escaping their lips as the coolness of his metal sent a wave of bliss crashing through their body. They nearly sobbed at the sensation, their hands clutching desperately at Preceptor's arm plate as their head tilted back. “P-Perceptor,” they gasped, their voice trembling as tears pricked at the corners of their eyes. “Shh,” he soothed, his free hand moving to cradle the back of their head as his digit pressed deeper, careful and deliberate. “You’re doing wonderfully. Just focus on your breathing. I’ll take care of the rest.” His tone was clinical yet impossibly tender, treating the Ambassador as if they were the most delicate thing in the universe.

Brainstorm let out a low hum of approval, his optics narrowing as he leaned closer to watch Preceptor's precise movements, watching the way his digit disappeared into the ambassador before reappearing. “See? I told you he’s good with his servos,” he quipped, though his voice was softer now, lacking its usual sharp edge. The Ambassador sobbed softly, their body trembling as Preceptor's digit moved inside them, the smooth, cold metal easing the unbearable heat that had consumed them. 

The Ambassador could only nod weakly, their body trembling with each deliberate stroke. “You’ve got them practically falling apart, Perce,” he said, his voice low and amused. The Ambassador’s cries grew softer, their body sagging against Perceptor as the overwhelming sensations began to blur into a haze of bliss. With each careful motion of his digit, the heat that had consumed them began to ebb away, replaced by a soothing coolness that left them trembling and utterly pliant in his arms.

“You’re doing so well,” Perceptor murmured, his voice soft and reassuring as his free servo stroked their back in slow, calming circles. “Just a little longer, and we’ll have you feeling like yourself again.” The Ambassador whimpered softly, their fingers clutching at Preceptor's plating as they nodded, their trust in both mechs absolute. needy whimpers escaped their lips. Preceptor's digit continued its slow, deliberate movements, each stroke carefully calculated. 

The Ambassador gasped sharply, their body jolting at the curl of Preceptor's digit; the sensation had them rocking back against Preceptor's servo. The Ambassador’s head tilted back, their eyes fluttering shut as their body arched instinctively toward the dual sensations. Preceptor's slow, precise movements inside them and Brainstorm’s teasing kisses along their thighs sent their mind spiraling, each touch feeding the fire that burned within them. “Brainstorm… Perceptor…” they whimpered. 

The Ambassador’s body tensed suddenly, their breath catching in their throat as the overwhelming sensations reached their peak. A broken cry escaped their lips, their back arching as the pleasure crashed over them in waves, leaving them trembling and writhing in the arms of the two mechs.

Perceptor was the first to react, his optics brightening as he registered the shift in their body. His digit stilled inside them, holding steady as he allowed the Ambassador to ride out the intense sensations without overwhelming them further. His free servo pressed gently against their lower back, supporting their quivering frame as he murmured soothingly, “There... that’s it, Ambassador.”

Brainstorm, on the other hand, was anything but restrained. A low, satisfied growl rumbled from his vocalizer as he watched the Ambassador tremble and cry out, their body convulsing with the intensity of their climax. “Primus,” he muttered, his optics flashing with a mixture of pride and arousal. “Look at you. You’re absolutely beautiful like this.”

He leaned in, his lips brushing over the Ambassador’s thigh as his hands gripped their hips, steadying them as their body shook. The Ambassador whimpered softly, their hands clutching weakly at Preceptor's plating as they rode out the last waves of their climax. Tears streaked their flushed face, their body utterly spent yet still trembling from the aftershocks. 

Perceptor carefully withdrew his digit from them, his movements slow and deliberate to avoid overstimulating their already sensitive body. He gently adjusted their position in his arms, cradling them against his frame as his servo moved to stroke their back in soothing circles. “You did exceptionally well,” he said softly, his voice filled with quiet pride. 

Brainstorm sat back slightly, his servos still resting on the Ambassador’s hips as he looked up at them with a wide grin. “That was more than remarkable, Perce. They were absolutely breathtaking.” The Ambassador let out a soft, breathless laugh, their body slumping against Preceptor's as the last remnants of their climax faded. “you two are fuckin fiends,” they murmured, their voice shaky but filled with gratitude. “Thank you...”

Preceptor's optics softened, his servo cupping the side of their face as he gazed down at them with quiet affection. “There’s no need to thank us,” he said, his tone gentle. “It was our privilege to assist you.” Brainstorm chuckled, his grin widening as he leaned in to press a soft kiss to the Ambassador’s temple. “You’re welcome, sweetheart. Anytime you need us, you know where to find us.” He winked, his tone playful but sincere as he added, “And next time, maybe don't get yourself dosed up by an Aphrodisiac flower. Sounds good?” The Ambassador blushed deeply, their face burying itself in Preceptor's plating as they let out a soft laugh. 

____________

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[churino]

Design for shockwave, the tidal wave (not alive yet) and fathom (his headmaster minion that he hates)

Before more autobots could arrive on earth, the decepticons get not only reinforcements but also a significant leap in technology. Shockwave has developed devices to make seekers obsolete granting all decepticons the power of flight, aboard his personal ship the tidal wave he has swiftly captured autobot leadership and is now running evil experiments on them,

Shockwave is a native of the giant planet gigantion, a reclusive mad scientist he's become obsessed with the evolution of the transformer race and has turned his home into a giant laboratory spaceship which he controls as it's central computer,

At the time he received the message from earth calling for back up and telling of the allspark's discovery he had uncovered the secret to grant decepticons the power of flight regardless of alt mode, and was forced by the decepticon shadow government to distribute that technology among their troops,

Having just delivered a shipment of the new circuits within decepticon badges to the air commander slipstream. They were coincidentally the closest decepticons to earth and slipstream ordered shockwave to take on a new mission of taking her air warriors to the planet on the tidal wave.

The tidal wave's unique sensor array was immediately able to detect the allspark within the matrix of leadership, without a moment to spare the decepticons aboard the ship overwhelmed, captured the autobot leaders and trapped them within the test chambers of the tidal wave, ready to subject them to the worst experiences known to man

[mn-markimew]

DannyMay2025 Day 7: Blood Blossoms

It seemed too good to be true to the ghost hunters. Just burn this unknown plant and let its smoke cleanse their home of unwanted ghostly energies. There was no way it could go wrong, they thought as they bought the seller's entire supply. Dried bundles of this strange flower filled multiple bags as Jack and Maddie Fenton eagerly drove home. The car parked partially on the sidewalk in front of the house. They couldn't wait. They left the bulk of the purchase in the kitchen, where bags spilled contents throughout the room. Jack, a bundle in one hand, a lighter in the other. Maddie in the lab, fingers on the keys like racers waiting for Go. The first room: The attic. Stuffy and hot, smoke making tiny ghosts of dusts as Jack moved through the congested hall of Fenton memories. Wafted smoke, particles of petal ash settling on every surface. The sounds of typing rang through FentonPhones in Jack's ear. Maddie monitoring the ectoplasmic energy levels in the home.

The second room: Master bedroom. The bundle leaves a light pleasant scent in the room, smoke absorbing into the carpet, the bedding, the curtains. Jack makes sure to waft extra smoke around the bed, making absolutely sure that no ghosts will get them in their sleep. "It's working Jack. Ectoplasmic energy levels are starting to go down. Sensors indicate a 5% decrease so far." Maddie's voice rings in his ear. Good. They were doing the right thing.

Next: Jazz's room. The bundle was burned to half its original height. The smoke was steady, wafting into the nooks and crannies of Jazz's shelves. Settling into books, stuffed animals, pillows. Bearbert Einstein got an extra bit of the smoke. Jack wanted the beloved toy to have no ghost energy hidden in it to contaminate his daughter's mind. Closing the door when he was finished, a faint haze all that remained in the bedroom. "Ectoplasmic energy levels decreased by 25%. There was a lot of energy in her room, Jack." Danny's room. Full of space decorations, photos taped to the walls. Posters of NASA expeditions and favorite bands were on walls, and a few more were on the ceiling. The room itself seemed to shudder as Jack wafted the smoke throughout. Heaviness that the room had held for years seemed to dissipate. Even the glow in the dark stars on the ceiling almost seemed to flash with an ethereal glow and fade to nothing. "Jack! Readings just decreased by another 70%. Danny's bedroom had more energy in it than any other room in the house. The lab should have had the most." Maddie's voice rang in his ears. A lot of energy in his son's room? Hopefully whatever spook was haunting his son would leave him alone after this. One by one, each room in the house gets enveloped in the smoke of the burning bundle. After Danny's room, the petals had burned down close to Jack's hand and he had to start a second bundle. Each room touched by the smoke decreased the levels in the house. Only 10% of the energy would be located in the laboratory. Everything was well in the home now. Everything was safe now. So then, why was it that when Danny came home from school, he walked into the kitchen and collapsed and started screaming in pain. After all, the dried blood blossoms were supposed to help, weren't they?

[defectivehero]

Villian (hero's lover) locks up injured hero until they get better, hero was injured many times before and would always convince villian that they were fine, this was the last straw.

i am allergic to explicit romance (or romance at all), so i'm skipping over that part haha

"Well, isn't this fun," the villain remarks, raising their brows as they study the hero's form. They've been waiting for the hero to arrive. After all, the villain's misdeeds are never ignored for very long. And the villain has enough experience to know exactly how to unsettle and unnerve the hero—how to get them running over in five minutes; how to summon them without so much as a single word or action. They are the puppet master and the hero is their faithful mannequin, bending to their every whim.

Yet the hero has been running about with loose strings recently. Surely that is the only explanation for their current state: as they stand unsteadily, blood spattered across their clothes and bruises and scrapes nearly everywhere. It looks like they're favoring their left ankle over their right and there's a dazed glaze in their eyes, as if they're fighting off fatigue. "Just what makes you think you can take me on in such a state?" The villain asks lightly.

"Shut up," the hero hisses. They take a step forward—evidently intending to fight them—only to fall to the ground in a crumpled heap. The villain chokes on a laugh; after a few seconds, they walk over and look down at their enemy, clicking their tongue.

"This is embarrassing," the villain remarks. They lightly kick at the hero's side and the hero groans, flipping to lie on their back. The hero squints up at them as the sunlight evidently burns bright spots in their vision.

"Just... leave," the hero bites out. It's clear that their pride is wounded, if they're admitting that they can't fight. If the villain were a kinder person, they would leave the hero be. But they have never been kind, so they laugh instead.

"I don't think so," the villain says, regarding the hero with mild interest. "You were the one to seek me out, remember?" Indeed, the villain got here first, and the hero arrived shortly after. The villain stares down at the hero's form for a long moment, a plan quickly taking shape in their mind.

"What are you plotting?" The hero asks, breaking them out of their thoughts. The villain must've had a smirk on their face. They raise a brow and the smirk returns. Something in their expression must betray their intentions, because the hero immediately tries to back away on their elbows. "Don't touch me," the hero spits.

"Sure," the villain remarks easily, ignoring their request and instead bending down and picking the hero up into their arms. They're sure their rival wants to resist, but they're evidently much too injured to do so. Regardless, the hero looks positively murderous. The villain takes a deep breath and closes their eyes, until the familiar feeling of darkness encompasses them and they visualize their intended destination: their laboratory. Within moments, the villain is standing in the center of their lab with the hero.

"What the fuck are you doing-?" The hero spits, blinking rapidly as they recover from the quick teleportation. A person who is teleported against their will can experience dizziness, blurred vision, headaches... The list goes on. The villain supposes these side effects only further aid their current plans, making the hero pliant in their arms.

"What does it look like I'm doing?" The villain asks quizzically, walking mechanically towards the glass enclosure near the edge of the room. They feel an amused smile growing on their lips. "Taking a walk in the park? Honestly." The motion sensors activate and the door to the enclosure slides open. The villain walks to the corner of the space and unceremoniously drops the hero onto the ground. Their enemy groans at the

The hero is hardly able to move—they will not be able to escape. The villain watches as that realization crashes down on them, as they're forced to accept their sudden captivity.

"I don't understand-" They mumble, looking around the space with a sort of dazed confusion.

"You really do talk too much." The villain murmurs regretfully.

"I-" The hero sputters. It seems they've never been told that before. That is really a shame—they need more honest friends, the villain thinks to themself. "This isn't- I could die in here!" They stare up at them with panic.

The villain pointedly looks at the adjacent wall and the hero turns their head to the side. Their reaction is incredibly amusing—so much so that the villain wishes they had the foresight to record it, so that they could watch it over and over again. The hero regards the water machine with a truly nasty glare, as if the machine did something to personally offend them.

"You're joking," the hero seethes. "What is this, a fucking hamster cage? You're missing an exercise wheel." They scoff, looking around the rest of their new cage. "...And food."

"You know humans can survive for three weeks without food," the villain remarks helpfully. "And I've always wanted to test that theory..." They smile, clasping their hands excitedly.

"Seriously?" the hero hisses incredulously. "I'm not a fucking guinea pig for you to experiment on."

"You aren't?" The villain asks, slipping on a mask of genuine confusion. "Then why did you come when I called?" The hero stares at them in irritated disbelief. The villain hums in satisfaction. The hero's anger and confusion gives them immense joy. "Maybe now you'll learn to take better care of yourself," they murmur patronizingly, crouching down and placing a hand on the hero's cheek.

"Don't touch me," the hero repeats like a mantra. The villain isn't sure if that remark is meant for them or the hero themself. They don't think it quite matters.

"This is your own fault, you know," the villain whispers, standing back up. The accusation sinks heavily into the air and the hero must know it to be true, if the way the light in their eyes briefly flickers and dims. "if you hadn't come to me in such a state, this wouldn't have happened."

The hero looks to be considering their next words thoughtfully. It's clear they want to beg or plea, but they must know that their efforts will be to no avail. The villain has never bowed down to the hero's desires, and they don't plan to start now.

Evidently discouraged, the hero switches tactics. Their composure promptly shatters, as it is instead replaced with raw, unbridled fury. It's clear that they've come to one inevitable conclusion: they will be trapped here until the villain wishes to release them (if the villain wishes to release them). "You can't do this to me!" The hero screams, their eyes wide and their voice unsteady.

"I believe I just did," the villain says with a slight smile. They take a step backwards. "See you in a few days. Try not to die. Or do—just don't make a mess of it." They walk out the door and it slides shut behind them, leaving the hero caged in walls of glass. The villain sits down at their desk and busies themself with their newest blueprints. Their enemy's agitated screams and desperate shouts are a pleasant hum in the back of their mind as the villain resumes their work.

©2024, @defectivehero | @defectivevillain, All Rights Reserved. Reblogs are greatly appreciated—just don't steal or share outside of Tumblr, please.

me typing: "raw unbridled furry." me: wait. fury. i meant fury.

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[mysticstronomy]

WHAT IS DARK MATTER, AND WHY DOES IT MATTER IN UNDERSTANDING THE UNIVERSE??

Blog#452

Saturday, November 9th, 2024.

Welcome back,

Dark matter constitutes over 80% of all matter in the universe, yet it remains unseen by scientists.

Its existence is inferred because, without it, the behavior of stars, planets, and galaxies would be inexplicable.

Here is what we know about it — or rather, what we think we know.

Dark matter is entirely invisible, emitting no light or energy, making it undetectable by conventional sensors and detectors. Scientists believe that the key to its elusive nature lies in its composition.

Visible matter, also called baryonic matter, consists of baryons — an overarching name for subatomic particles such as protons, neutrons and electrons. Scientists only speculate what dark matter is made of. It could be composed of baryons but it could also be non-baryonic, which means consisting of different types of particles.

Most scientists think that dark matter consists of non-baryonic matter. The leading candidates are WIMPs (weakly interacting massive particles), which are thought to be ten to a hundred times the mass of a proton. However, their weak interactions with "normal" matter make them challenging to detect. Among these, neutralinos — hypothetical particles that are heavier and slower than neutrinos — are the top candidates, though they have not yet been observed.

Sterile neutrinos are another candidate. Neutrinos are particles that don't make up regular matter. A river of neutrinos streams from the sun, but because they rarely interact with normal matter, they pass through Earth and its inhabitants.

There are three known types of neutrinos; a fourth, the sterile neutrino, is proposed as a dark matter candidate. The sterile neutrino would only interact with regular matter through gravity.

"One of the outstanding questions is whether there is a pattern to the fractions that go into each neutrino species," Tyce DeYoung, an associate professor of physics and astronomy at Michigan State University and a collaborator on the IceCube neutrino observatory in Antarctica, told Space.com.

The smaller neutral axion and the uncharged photinos — both theoretical particles — are also potential placeholders for dark matter.

There is also such a thing as antimatter, which is not the same as dark matter. Antimatter consists of particles that are essentially the same as visible matter particles but with opposite electrical charges. These particles are called antiprotons and positrons (or antielectrons). When antiparticles meet particles, an explosion ensues that leads to the two types of matter canceling each other out. Because we live in a universe made of matter, it is obvious that there is not that much antimatter around, otherwise, there would be nothing left. Unlike dark matter, physicists can actually manufacture anti-matter in their laboratories.

Originally published on https://www.space.com

COMING UP!!

(Wednesday, November 13th, 2024)

"WHEN WILL WE BECOME A TYPE 1 CIVILIZATION ??"

[heartlaboratory]

Claudia, one of your friends, invited you to attend to her beach volley match. The match is held indoor so, given the fact that its summer and in this country summer is also very humid, temperatures are going to be torrid. Beside this fact you're still quite surprised to see that the majority of the players are playing naked, females too (in this parallel univers human are not ashamed by their own bodies). After all sweating is the best way to cool down. She's quite skinny but look really good with that blue bikini, you always liked her so, secretely, you're very happy to see her playing covered just with air. Given the fact that the playground is going to be free the whole day, organizers decided to complete the tournament without skippying to next day.

Some hours have passed and she has played for a lot of time now. Room temperature went higher than 36°C for the whole last matches and now Claudia looks pretty torn. She's always been a warrior, someone who don't surrender easily but all that jumping in this particular condition had an effect on her too. She's covered by sweat, her skin has assumed a reddish tone and her panting has become so deep anyone can clearly hear her fast inspirations and exales. The thing that tunrs on a light in your mind though is the fact that her entire upper body is rhythmically shaking like it's thrusted by a sort of internal earthquake. You suddenly realize that you recently activated a medical app on your phone developped at the laboratory where you work that makes possible medical analises through the phone camera thanks to experimental sensors placed in the camera. You activate the app and feel pretty lifted up by the fact you already added her profile. A thin ensamble of laser rays, almost invisible, is projeced towards her and the selected target orgal (obviously Claudia's heart) becomes visible on the screen. Her heart is beating like crazy, not only considering the pace but also the strenght of each beat, the app says her heart is beating at around 195 bpm but it's probably even higher. It's something that is completely out of any safety zone for someone who is 34 years old... and not even a younger person should push its heart like this. The device can also work as a digital stethoscope and by wearing headphones to listen to her you remained schoked. Her blood is pushed so violently that it's making strange wooshing-like noises by rubbing against her heart internal structures, sounds that almost cover up her slamming valves. Suddenly the software gives a diagnosis: High cardiac risk- probability of a sudden cardiac arrest of 89%-potentially lethal arrhythias occurring. By looking at her detected heart electrical activities, her organ is so over-stimulated that PVCs and VTACs burst are already present. You know exactly what to do, Claudia's life has an 89% probability to end in the next few minutes and it's increasing. You decide to get up from your seat and run towards the referee to show him the analysis of your device. One of the players' heart is going to stop very soon.

A second before you move, on the ecg a strange beat appears and suddenly Claudia's heart interrupts any activity, it doesn't even fibrillate, it just ceases to beat as silence arises from your headphones. Terrified you see her taking a couple of deep breath, the ball she was holding fell on the ground and her left hand is placed in between her bare breasts... after a moment she collapses on the ground.

You have always wanted to place your hand on her chest to feel her heartbeat but now you have to do this to make it beat again. CPR has to be started immediately.

[0x-cinder]

Trafalgar Law warns GN!reader against a particularly dangerous task and is, to their surprise, deeply concerned when it goes wrong.

Content Warnings: None?

"That was Incredibly Reckless"

You stood in a circle between Trafalgar D. Water Law and Monkey D. Luffy’s Straw Hat crew, who were in the middle of discussing a plan to create a diversion in one of Caesar Clown’s laboratories on Punk Hazard. 

“I have an idea,” you chimed in. The group turned to look at you. “We could just blow the whole thing up. Only Caesar’s loyal henchmen are allowed in there, right? So it’s not like we’d be harming any innocents.”

“And how do you propose we do that?” Law asked, crossing his arms. 

“Easy,” you shrugged. “Just sneak in with a bomb and blow it up.”

“Haha! That’s ridiculous!” The captain of the Strawhats grinned, “I like it!” 

“That’s not a plan.” Law sighed, pinching the bridge of his nose. “And it certainly won’t be easy.”

“I’ll figure the rest out later.” You waved your hand dismissively. “I’m pretty good at improvising.”

“Maybe you should take one of us with you? For backup?” The archeologist Nico Robin, suggested. 

“Ooh! Take Nami!” Luffy shouted, “She’s great at stealing stuff!”

“Oh stop it~” Nami smiled

“I have a spare bomb you could use.” Franky offered.

Law scowled, “Is anyone here capable of rational thought?” 

The Strawhats stared back at him with blank expressions. 

“You get used to it.” Nami shrugged, “So are we doing this or what?”

“No!” 

“Yes.” 

You and Law spoke at the same time; he stepped towards you. “You can’t. I’m not patching you up again.”

You glared and turned to the Strawhats, “All in favor of my plan say aye!”

“It’s not a plan,” Law muttered behind you.

A resounding “aye” resonated from the crew. You turned back to the doctor with a grin. “Watch me.”

You and Nami snuck into the lab from the outside through the ventilation system using a map Law reluctantly drew for you. 

“This will lead you straight outside the center lab. It will be guarded and trapped. Do not get caught.” he’d explained. 

“Relax, doc, I’ll be fine. I didn’t realize you cared so much.” You’d teased. 

“I don’t.” Law glared. “Stop calling me that.”

“Whatever you say, doc!” 

You reached the end of the vent and peered through the gaps in the cover. The room was indeed guarded by two of Caesar’s cronies, and you noticed two motion sensors on either side of the iron door as well as two cameras in each of the corners. 

“What can you see?” Nami whispered from behind you. 

“Two cameras, motion sensors, and two guards.”

“I can distract the guards with a mirage if you can disable the cameras.” She suggested. 

“Good idea.” You nodded. 

Nami’s mirage of herself appeared down the hall, catching the guard’s attention. 

“Did it work?” She asked.

“Yeah, keep it up.” 

You watched as the guards approached illusion Nami cautiously. Once they were far enough away from the vent, you removed the cover and shot at both of the cameras with your crossbow. They fizzled out with a loud “Click.” you winced as the guards began to turn around to investigate, but Nami morphed her mirage into a combat stance. The guards responded by drawing their weapons and preparing to attack. 

“Now!” you whispered, crawling out of the vent. Nami followed, able to make her illusion more convincing now that she could see what she was doing. 

You shuffled silently towards the door, dodging the motion sensors, and got to work picking the lock. 

“Hey!” A masculine voice yelled from behind you. 

“Uhm, we have a problem!” Nami’s anxious voice followed. 

You glanced behind you to see the guards storming towards you, weapons still drawn. 

“Shit,” you mumbled, still working on the lock. 

A moment later, it clicks open. “Got it!” you yelled, pushing the door open.

“Thunderbolt Tempo!” Nami cried, summoning two lightning bolts to stun the guards before turning to follow you into the room. “That won’t hold them for long! Let’s place the bomb and get outta here!”

You nodded in agreement, pulling the small device Franky gave you out of your pocket and latching it onto a shelf in the center of the room. 

As Franky instructed, you pressed the button to set it off, and your heart stopped. 

The timer read 5:00....4:59....4:58...You had less than five minutes to get out of the building. It had taken at least ten to get in through the vents. 

You turned to Nami, “Run!!” 

She wasted no time, panic spreading through her features, turning on her heels, she dashed out of the room with you following close behind her. She lowered herself to crawl back through the vent, but you grabbed her, “no time.” You explained, pulling her up and continuing to run towards the exit. 

Of course, running in plain sight attracted the attention of several guards throughout the building, who began to pursue you and Nami. 

You shot arrows at them frantically, missing most but snagging a few. Enough to slow them down. 

You reached the final hallway to the front door when- “BOOM!” 

The bomb detonated. You had seconds to clear its path. 

Nami started to slow down. “We’re not going to make it!” She panicked.

“Yes, we are.” You said, grabbing her arm and forcing her to pick up the pace. “I am not letting that smartass doctor taunt my grave.”

You cleared the front door with Nami in tow but weren’t safe yet. Franky said the radius was six miles, and you’d only put four between you and the bomb. 

You trudged frantically through the snow, fueled by pure adrenaline. Panic set in. You weren’t going to make it. 

Then, you spotted a familiar spotted hat in the distance. Law. 

He lifted his hand, and space warped around you and Nami. 

Seconds later, you were falling through the air before landing on something hard and warm. 

Before you could process what happened, a wave of motion sickness rippled through your stomach.

“Get off me.” a rough voice sounded in your ear.

Once the world stopped spinning behind your eyelids, you realized that whatever broke your fall was breathing. You pushed yourself up and opened your eyes to see Law lying beneath you; a hint of pink dusted his cheeks.

You snapped out of your dazed state and realized three things:

The doctor teleported you away from the blast.

The hard object that broke your fall was Law.

You were now sprawled on top of him in a rather compromising position.

You felt blood rush to your face. 

“I said. Get off of me.” Law repeated, not looking you in the eye, his face growing redder by the second. 

You scrambled to your feet and mumbled a quick “sorry” before holding your hand out to pull him up. The doctor’s tattooed fingers clasped around your hand, and you pulled him to his feet. 

He looked you up and down, scanning for surface injuries. When he found none, he took your face between his rough, calloused hands and looked sternly into your eyes. You felt your face grow warmer. “What are you doing?” 

“Checking for a concussion. Hold still and look straight at me.” He ordered. 

You obliged, struggling to maintain eye contact. 

Law let out a sigh, “You’re fine.” He dropped his hands and stepped back, turning to check on Nami, who’d landed in a seated position in the snow a few paces away. 

Once he’d ensured both of you were unharmed, he turned back towards you. “That was incredibly reckless.” 

“But we did it,” you smiled, “told you so.” 

“You could have died!” Law exclaimed, “What were you thinking? Running straight out of the front door like that?”

You raised your hands defensively. “Hey, it’s not my fault that cyborg thought it would be a good idea to give us five minutes to escape!” 

“That’s no excuse!” Law fumed, throwing his hands up in exasperation, “I told you this was a stupid idea in the first place! If I hadn’t been waiting for you-”

“Relax doc, I’m fine. Thanks for saving us or whatever.” You cut him off, flustered by what seemed to be genuine concern coming from the cold-hearted surgeon. 

Law glared at you and opened his mouth to continue his scolding, but you strode past him to link arms with Nami. “Let’s get back to the others, they’re probably worried about you.” You smiled at her and started walking.

“I’m charging Franky 1000 berris for almost blowing us up,” Nami said, with a completely serious look.

You laughed and waved behind you to Law. “Let’s go, doc.” 

Law sighed and began following you broodingly, “Stop calling me that.”

[stevebattle]

S.I.T.XIII (1985) by Masaki Nishimura, Shibaura Institute of Technology (SIT), Tokyo. S.I.T.XIII achieved fifth place (28.36 secs) at the '85 World Micromouse Contest final, the highest placed mouse that didn't hail from the Fukuyama Microcomputer club. "S.I.T.XIII is from the laboratory of Professor Kasuga Tomoe of the Department of Neurology. It was built by Nishimura Masaki. Construction began in December of last year and was completed on August 22nd, the day before the world championships. It uses a stepper motor, infrared sensors for the side walls and an ultrasonic sensor on the front. By using ultrasonic waves to detect the front wall, information about it can be obtained from quite a distance, making it a very effective method for exploration. … Entry No. 50, Shibaura Institute of Technology's S.I.T.XIII recorded the best time of the day, 20.88 seconds, just before the time was up, a fitting climax to the show. The day's event was broadcast on NHK TV NC9 that day, and the interview with [Masaki] left a strong impression, saying, "If I can make it to the finish line, I'll feel like I've gone to heaven." " – Mouse: Journal of the Japan Micromouse Association, September 1985.

The video is an excerpt from "The first World Micromouse Contest in Tsubuka, Japan, August 1985 [2/2]."

[snappedsky]

https://archiveofourown.org/works/63902599/chapters/163892617

ROTTMNT: Retired Leo AU

Baxter Stockboy declares war on the Ninja Turtles and the Purple Dragons.

--

Turf War Part 1

A government laboratory sits on a dark, quiet street in New York City, its surroundings illuminated by the nearby streetlamps. Security cameras hang from every corner outside and inside the building, wired to a security alarm that will immediately alert the authorities should anything set off the motion sensors.

Suddenly, all of the cameras and sensors go dead, leaving the building completely defenseless.

A small figure flies in on propellers extended from his backpack. He stops in front of the reinforced front door and cuts through it with a laser before entering the building.

He flies down the corridor up to another reinforced door locked by a key code and retinal scan. The figure rolls his eyes and slices through this door with his laser before entering the now unlocked room.

Standing in the middle of the floor is a pedestal with a glass cloche holding a small USB chip. The figure grins and rubs his hands together as he approaches the pedestal. Metal arms extend from his backpack, removing the cloche, and he takes the USB with his real hands.

“Blueprints for experimental weaponry, designed specifically for non-human entities,” he monologues to himself, examining the chip. “With a bit of tinkering from yours truly, I’ll move these blueprints from prototype to perfected, and they will make me the most powerful genius in the city- no, the world! Everyone will know the name Baxter Stockbo-hey!”

He’s cut off as the chip is swiped from his fingers by another mechanical arm. He whips around to see three taller figures standing in the doorway, all wearing bright purple jackets.

“Thanks for opening the doors for us,” the one in the middle says. “Really makes our job easier.”

“Who are you?” Stockboy demands.

“We’re the Purple Dragons,” Kendra replies, Jeremy and Jason smirking by her sides. “The greatest tech villains in the city. And these weapons belong to us.”

“Oh, yeah?” Stockboy scoffs, “well, I’m Baxter Stockboy. I’m the greatest tech villain in the city, and those weapons are mine! I stole them fair and square.”

“Well, Baxter-whoever-the-hell,” Kendra snorts, “we’re stealing them from you. Which makes us better.”

“Stockboy,” he snarls, “you will remember my name.”

“We’ll see.”