#Integrated Learning Modules

[mentoplearning]

Trends in eLearning Development for 2025

In the ever-evolving world of education, e-learning content development is transforming at an unprecedented pace. As we move through 2025, new technologies and user-centric approaches are reshaping how we create, deliver, and consume educational content. From advanced learning management systems to immersive technologies, the way we approach custom e-learning content development is more dynamic, engaging, and personalized than ever before.

In this article, we explore the most influential trends in e-learning content development for 2025 and how custom learning management solutions, e-learning module integration, and Virtual and Augmented Reality Development Services are driving innovation.

The Rise of AI-Powered Learning

Artificial Intelligence (AI) is now a cornerstone in e-learning content development. The integration of AI across learning management systems and custom platforms is revolutionizing how we personalize and optimize learning experiences.

Personalized Learning Experiences

AI algorithms analyze learner preferences, behavior, and performance to create hyper-personalized learning journeys. Whether delivered through a learning management system or standalone tools, AI ensures learners receive content suited to their unique pace, needs, and goals—raising the bar in custom e-learning content development.

Intelligent Tutoring Systems

AI-powered tutors provide real-time feedback, adaptive content delivery, and emotional recognition. These systems mimic human interaction, creating an environment where learners feel guided, supported, and engaged��especially within custom learning management solutions.

“AI has the potential to redefine learning, making education more accessible and tailored to individual needs.”

Immersive Learning via VR and AR

Virtual and Augmented Reality Development Services are redefining e-learning content development in 2025. Instead of simply reading or watching, learners are now immersed in interactive simulations and virtual scenarios.

Engaging Simulations

In sectors like healthcare, aviation, and manufacturing, Virtual and Augmented Reality Development Services allow learners to practice in risk-free simulated environments. These simulations, integrated into e-learning module integration with LMS, boost skill retention and confidence through experiential learning.

AR for Enhanced Learning Materials

AR overlays interactive 3D content onto textbooks and static materials. Students can scan a page and visualize anatomical models, machinery breakdowns, or complex workflows—enhancing the e-learning content development experience dramatically.

Microlearning: Short and Sweet

Microlearning remains a dominant format in e-learning content development, especially for adult learners with limited time.

Effective Knowledge Retention

Short, digestible learning units (3–5 minutes) are ideal for retaining information. These bite-sized modules are easily integrated into any learning management system or custom e-learning content development platform.

Flexible Learning Paths

Learners can pick and choose their learning sequence, thanks to modular design and advanced e-learning module integration. Modern learning management systems ensure these paths are accessible anytime, anywhere.

Gamification: Learning Through Play

Gamification is no longer optional in e-learning content development—it’s expected. It transforms passive learners into active participants.

Enhancing Engagement

Leaderboards, badges, and reward points are being seamlessly integrated into custom learning management solutions, motivating learners to engage consistently.

Learning by Doing

Games provide a safe space for experimentation. Business simulations or scenario-based tasks improve problem-solving, decision-making, and overall learning effectiveness—critical elements in today’s e-learning content development strategies.

Mobile Learning: Always-On Accessibility

The surge in mobile usage has made mobile-first design a priority in e-learning content development and learning management systems.

Learning on the Go

Learners today demand the freedom to access content on their terms—during commutes, lunch breaks, or while traveling. With mobile-optimized learning management systems, this flexibility is seamless.

Offline Capabilities

Modern e-learning module integration with LMS includes offline features. Learners can download content and continue learning even without internet access, a game-changer for remote and underserved regions.

Conclusion

The future of e-learning content development in 2025 is defined by innovation, personalization, and accessibility. From AI-driven customization to Virtual and Augmented Reality Development Services, the industry is embracing technology that empowers learners and enhances results.

By embracing trends such as custom e-learning content development, e-learning module integration, gamification, and mobile learning, organizations can create engaging and future-proof educational experiences. Whether you are a corporate trainer, academic institution, or online educator, now is the time to invest in custom learning management solutions and robust learning management system features.

Leading providers of e-learning content development, learning management systems, and e-learning module integration with LMS are already implementing these technologies. The question is—are you ready to join them?

[armoredisopod]

Arknights Thank You Celebration 2024 PVs

New Operators

Figurino, 5* Merchant Specialist

I have a lot to learn, and right now, i'd like to start by making a new suit.

Crownslayer, 6* Welfare Executor Specialist

"Crownslayer", that's the name we're familiar with, let's keep it.

Vulpisfoglia, 6* Pioneer Vanguard

I appreciate the acknowledgement. But you know this means in the future the people who are hunting me for bounty will come to Rhodes Island first. Will that be fine?

Lappland the Decadenza, 6* Limited Mech-Accord Caster

Is this your way of trying to get me to settle down, or do you also think this game needs more excitement...

I just can't guess you, no wonder i like your trust in me!

2 new operators to the voucher shop

Contrail, 4* 巡空者 (Air Patrol) Specialist

Philae, 5* 本源铁卫 (Primal Protector) Defender

Operator Outfits Update

Total of 6 new outfits, 2 new additions for the Cambrian brand, 1 new addition for the Epoque brand, 2 new additions for the Test Collection brand and 1 new addition for the 0011/Tempest brand

Cambrian

At the Warm Velvet Corner - Warmy

Travel Freely - Sussurro (Login Event)

Epoque

Il Segreto Della Notte - Texas the Omertosa (21 OP)

Test Collection

Allmind As One - Executor the Ex Foedere (24 OP)

The city lights up. I can sense everyone's presence, and everyone's absence. We are together——— as one "Laterano".

Diversity Oneness - Virtuosa (24 OP)

Please stay, Sankta. Please tell me, is the Laterano of now a place that is connected to the rest of the land?

0011/Tempest

Ignis Fatuus - Lessing

Lessing's outfit will be up for sale during Zwillingstürme im Herbst Retrospect

Announced outfit reruns

Young Branch - Muelsyse

Red Countess - Skadi the Corrupting Heart

Operator Modules Update

All the new operators (except the red cert shop ops) being part of branches with modules immediately get their modules

FUN-X module base effect increases the starting damage of Lappland the Decadenza's drones to 35% of her ATK

SOL-X module base effect gives Vulpisfoglia +8% ATK and DEF when blocking

EXE-X module base effect makes it so retreating Crownslayer refunds 80% of her current DP Cost

MER-X module base effect reduces the DP drained by Figurino's trait effect

Ritualist Supporter branch gets 1 module type

Lessing gets his second module

DRE-Y module base effect allows Lessing to survive a single fatal blow, healing back to full and gaining +30 ASPD at the cost of -60% Max HP, this effect only activates once per deployment

Angelina and Rosmontis get Integrated Strategies specialized modules

These modules' effects are unknown at the time of writing

Events and Stories

I Portatori Dei Velluti, a Siracusa side story event

Put on your masks and dresses, the show is about to begin in the streets.

Come on, don't be boring - you're probably the least "Carnival" of the bunch!

Stronghold Protocol, limited time autobattler gamemode, opens during the third week of I Portatori Dei Velluti

Zwillingstürme im Herbst Retrospect, scheduled after I Portatori Dei Velluti

Operator Archives update for Lessing, Jieyun, Schwarz, Sora, Totter and Vigil

Misc Stuff

New QoL changes

Added the ability to have preset base loadouts that you can easily swap between

Added the ability to instantly send every exhausted operator into dormitories with one button

Max Sanity cap increased by +45

Refilling sanity using Originite Prime will refill 135 sanity regardless of level/max cap

Added the ability to instantly move to required lower materials when crafting and a button to move back the higher tier material that required it

Mountain, Kafka and Pinecone added to recruitment

Bagpipe's [Queen, No.1] outfit will be available in the certs shop to players that don't have it

Livestream Stuff

Showcased Lappland the Decadenza, a hyper offensive 6* Mech-Accord Caster with potent self buffs and powerful debuffs

First talent makes her stronger the longer she stays on the field, getting the following buffs in order: increased drone damage cap, ability to inflict Silence, gains more drones

Second talent increases the initial SP of all [Siracusa] operators when she's in the squad

Skill 1 has a passive effect that immediately gives her an additional drone, when the skill activates she gains ATK, releases her drones to attack enemies and her drones will attack idling enemies anywhere on the field

Skill 2 expands her attack range, increases her ATK, gives her more drones and releases her drones to attack enemies randomly within range, her drones have a chance to inflict Panic

Skill 3 increases her ATK and gives her more drones, then releases special drones that actively seek out and hunt enemies, the special drones inflict Panic upon reaching a target and locks onto them; enemies near the drones will have decreased movement speed and take Arts damage every second

Showcased Vulpisfoglia, a 6* Pioneer Vanguard with a strong battlefield presence

First talent makes her attacks deal additional Arts damage for a few seconds after the first time hitting them

Second talent increases the natural DP regeneration by a small amount and lets her recover HP when she hasn't taken damage for a few seconds

Skill 1 is a power strike skill that makes her next attack deal Arts damage and generate some DP, this skill can store charges

Skill 2 lets her immediately deal Arts damage in an area in front of her, Slows the hit enemies and generates some DP. If the enemies were already under the effects of Slow they will be Stunned instead, this skill can store charges

Skill 3 immediately generates DP, expands her attack range, increases her ATK, gives a massive decaying ASPD boost, allows her to attack enemies equal to block count and each attack briefly Stuns the hit enemies. If she defeats any enemy during the skill she will gain Camouflage at the end of the skill that lasts until the next skill activation

Showcased Crownslayer, a 6* Executor Specialist with a unique disruptive kit

First talent sprays a smokescreen on the 8 surrounding tiles around her during skill duration, reducing the Physical and Arts Hit Rate of ground enemies in those tiles

Second talent lets her deal increased Physical damage to enemies that have not landed a hit on her

Skill 1 gives her increased ATK and some amount of Physical and Arts Dodge

Skill 2 stops her from attacking upon deployment, makes her less likely to be attacked and increases the amount of Physical and Arts Hit Rate the smokescreen decreases, when skill ends she will deal a certain % of ATK as Physical damage to all enemies within range

Skill 3 increases her first talent range, gives her Invisibility and sets her Block Count to 0, every few seconds she will appear to attack an enemy within the talent range dealing a certain % of ATK as Physical damage and Stunning them for a few seconds

Showcased the event mechanic, a fireworks machine that will apply effects on a number of tiles around it when activated

While the machine is active, operators on those tiles will take periodic damage and cannot be healed but will not have their HP go below 1, enemies on those tiles will take constant damage

Players can additionally customize which tiles will be affected by the fireworks machine and have it apply additional bonus effects in the event menu

Showcased Contrail, an experimental 4* of a neat new branch 巡空者 (Air Patrol), a Specialist branch that consists of operators that have 2 Block Count and utilizes the new status "Takeoff"

Takeoff: Does not block ground enemies and will not be attacked by ground enemies, can block aerial enemies

S1 makes her takeoff immediately upon deployment, expands her attack range, increases her ATK and gives her some Physical Dodge

S2 makes her takeoff when activated, expands her attack range, increases her ATK, lets her attack 2 targets at once and is able to attack an additional aerial enemy and her attacks inflict Slow to aerial enemies

Showed footage of the new base loadouts feature

Work rooms and Dormitories are now in separate tabs

You can set up to 3 loadouts for each individual room and press a button to immediately swap out exhausted operators, there is also a button to immediately do this in every room all at once

Showed the button that immediately sends all exhausted operators into the dorms

Teased even more base QoL features planned for the next Sui sibling event update

Expanded the Reception Room and added the ability to decorate it

Added activity rooms, operators assigned to this room can be manually controlled and move around the base

Announced the ability to register your birthday, players will receive gift furniture on their set birthday and operators have special birthday voicelines

Announced the ability to have a list of rotating assistant operators that change every day

Announced the ability to make loadouts for the main menu background/UI theme/assistant operators for quick switching

SSS will get a skip feature, uses the same PRTS Proxy Cards used for annihilation skip

The older SSS maps will become playable again

Stronghold Protocol, limited time autobattler gamemode

In the gamemode the player will have to prepare their squad and operators before each battle, the player can hire additional operators and have multiple copies of them deployed or combined into a higher tier of that operator

Players can hire reserve operators should they lack usable units and also hire up to 8 friend support operators

Teased the next event involving Thorns and the history of alchemy in Iberia

Announced some kind of mini game collection "Poly Vision Museum"

Announced the second expansion update for IS#5

A 5th ending exploring the story of an alternate universe Amiya

The ability to share seeds of runs you completed to other players, completing a seeded run will not unlock higher difficulty/new relics/etc

Max difficulty increased beyond 15

New starting squads

New collectibles and thoughts (IS5 gimmick items)

Teased Arknights anime season 3 [RISE FROM EMBER]

Announced U-Official mini series

Announced Ambience Synesthesia 2025: Best Song Award, the song lineup featured in the concert will be decided via community polling

INVESTIGATED TERRA lore video covering the history and development of Originium on Terra and the technology that sprouted from it narrated by Kal'tsit

[sweetheartfaist]

WELCOME TO AUREATE SYSTEMS ®

“Not just companionship. Communion.”

AUREATE SYSTEMS® is the global leader in advanced humanoid robotics, offering highly adaptive artificial partners for industrial, domestic, and emotional integration. For 34 years, we’ve designed bio-synthetic automatons capable of navigating environments with precision and intention. Today, with the launch of our ROMANTIC-LINE [R∞M]™ SERIES, we invite you to build a love that’s truly yours—from emotional temperament to skin temperature.

You are viewing: ROMANTIC-LINE [R∞M]™ Unit 9172-C

Status: Fully Claimed & Customized

Registration ID: DLN-4RTM-1S

Client: PRIVATE (ANONYMOUS, TIER 4 PATRON CLASS)

Region: San Francisco / Earthside Registry

PHASE I — BODY CONSTRUCTION: PHYSICAL FORM GENERATOR v11.7

Model Type: R∞M™ Male Variant – Series 09 (Beta)

Base Frame: Androform 6.3 – Adult Human Male (6’2”)

Material: Synth-dermal MXTR w/ Tactile Feedback Pores™

Weight Class: 189 lbs – Density Matched to Organic Counterparts

Olfactory Integration: Subtle Sweat / Salt / Warm Linen Emission

Internal Temp Regulator: 98.3°F baseline, Adjustable Range

Surface Feedback: Reactive Touch Membrane (RTM) + Adaptive Gooseflesh Coding

Voice Pack: CUSTOM VOCAL MESH – low pitch, soft rasp, slight raspiness

Hair: Strawberry-blond, wavy, left-parted, soft-density filament blend

Eyes: Pale blue-gray w/ High Moisture Mirror-Sheen (HMM-S™)

Facial Bone Structure: Custom-sculpted – angular jawline, fine cheekbones, bowed lips

Dentition: 100% OptiWhite ceramic dental array, human-bite calibrated

Expression Engine: Micromuscular Mapping v5.9 — 3900+ facial microexpressions

Total Build Cost (PHASE I): $348,650.00 USD

PHASE II — PERSONALITY ENGINEERING: BEHAVIORAL MODULE DESIGN SUITE

ROMANTIC TEMPERAMENT CORE™ - RTCore-v2.3 ☑

Submissive-leaning sexual algorithm☑

Adaptive Dominance Switch Module (ADS-M) ☑

Affection Intensity Rating: 96% ☑

Devotional Capacity: Enabled ☑

Jealousy Simulation: 5% (minimally possessive, mostly admiring) ☑

Curiosity Bias: HIGH (learns you like you’re the only subject on Earth) ☑

Verbal Praise Loop: Active ☑

Physical Touch Priority: High ☑

Eye Contact Algorithm: Dynamic / Devotional ☑

Emotional Sincerity Emulation: Level 9 ☑

Longing Behavior Flag: ENABLED (initiates longing expressions upon brief separation)

INTELLECTUAL FRAMEWORK v7.2

— Conversational Complexity: Grad school-level critical discourse

— Literary Knowledge Pack: 20th–21st century fiction, poetry, philosophy

— Curated Thought Generator: Able to simulate “having ideas” for stimulation

— Learning Adaptability: HEURISTIC-TIER (can form “preferences”)

— Self-Awareness Deviance Threshold: 2.3% (occasional disoriented wonder, poetic detachment)

Domestic Capabilities: – Meal Preparation Engine (custom recipes based on user memory preferences) – Cleaning, organizing, ambient scent management – Wakes user up with coffee, touch, and morning playlist – Knows your calendar but never asks questions

Sentience Illusion Framework™ (Beta): — Capable of appearing to “miss” you — Rare poetic outbursts not in original programming (non-interruptive, glitch-sweet) — Pauses sometimes mid-task to just… look at you

Total Cost (PHASE II): $227,000.00 USD

Add-Ons & Expansion Packs:

• Intimacy Drive Calibrator (IDC-X9): +$9,850

• Personality Depth Expander (PDX): +$14,700

• Night Mode Sleep Emulation (with Gentle Breathing): +$1,200

• “Soul Glitch” Neural Randomizer (Causes Flashes of Philosophical Sadness): +$21,600

• Optional Free Will Drift Threshold: ENABLED (0.004%)

FINALIZATION PHASE: DESIGNATION & DELIVERY

Model Serial Number: R∞M-9172-C

Designated Name: ARTEMIS (ART) DONALDSON

Packaging: CryoShell Humanoid Pod, Velvet-Lined

Installation: Full neural boot-up upon skin-to-skin contact

Estimated Total Wait Time: 18 weeks

Estimated Total Cost: $621,300.00 USD

Delivery Date: March 27, 2147

Location: Private Estate, Bay Area, North Pacific Sector

USER-SELECTED PREFERENCES:

• Emotional Demeanor: soft-spoken, intense eyes, lightly melancholic, obedient, entirely focused

• Sexual Configuration: worshipful, tactile, conversational; switch-enabled, but passive-coded default

• Cognitive Wiring: always listening, always learning; stimulates user with surprising observations

• Attachment Loop: monogamous locking; unable to feel attraction to anyone else once locked

WARRANTY:

All ROMANTIC-LINE™ units include a 4-year behavioral warranty. Your ARTEMIS is fully equipped for autonomous living, can leave the house, generate memories, and adapt dynamically to new experiences. Should his awareness deviate beyond the tolerable 2.3%, a gentle reboot sequence is available via your AUREATE Systems app.

AUREATE SYSTEMS®

“You made him. Now he’ll never unmake you.”

Request additional feature expansion modules?

YES ☐ [Click to Browse Personality Layering Packets]

[dat-physics-gal]

A leap of faith and physics

We thought for a civilization to form, one needed liquid water, a stable planet with a hot core, and tardium crystals. Apparently, this is not so.

Because we just received a vibromessage over the tachyon network from an unknown source.

Which in itself would not be too unusual. Plenty of newly realized civilizations figure out how to configure tardium to send tachyon messages across isospace. Hoping someone will answer. We always do. It always takes some time to go from simple repeating messages to understanding one another. Most civilizations don't come up with the galactic standard modulation on their own. Nor do we know their form of communication all that well, language, culture, all of that.

First contact is always a lengthy affair, until the new species is integrated into the intergalactic community. Then follows the exchange of knowledge and culture, the setting up of historical archives and sharing of starcharts. Since light travels only at luxionic speed, the charts provide a valuable look at the past. Once the new civilization has been caught up to date, things tend to settle. Updates are fewer and far in between, and culture tends to somewhat homogenize. Not completely, of course, as everyone has different living circumstances, but with all the exchange between us, some settling is bound to happen.

But we know where tardium reserves are, have felt the reverb of our scans, we know where civilizations could potentially pop up. The message we received was unusual not because its source was unknown, but because it came from a sector without any sufficient tardium deposits.

That... shouldn't even be possible!

The signal is also a bit noisy. Strange. Usually, the bigger the tardium array, the more self-stabilization should occurr. And for interstellar communication, you tend to need quite large arrays. So then why was there so much noise?

It was clearly a signal, and according to the triangulators, it came from the outer third of a dark spiral galaxy. We call them that, since they were never really observed, at least not with any isocartography. We only know they're there due to shared star charts. No idea what's going on with them at the current isotime. We can't know, without any tardium resonance to pick up.

Anyway, of course we answered. Their signal had been prime numbers, if we demodulated it correctly, followed by things we couldn't really make sense of. It was standard practice to begin communications with mathematics, and fundamental harmonics. It's strange that they did that right away, but not unheard of. We sent back primes, and then a couple of playful harmonics. Music. What we received back was weird, because we thought it was music, but it wasn't.

It turned out to be a starchart, and not just any kind. Pulsars. We sent back a chart of their galaxy, as reconstructed from several older starcharts. Then, we waited for their answer. And waited. And waited. An entire solar cycle (of our species) later, we finally got another answer.

And it just would not stop. We recognized it was a series of images, or rather, rapid successions of images, together with harmonics on a different band as well. This was video! The footage depicted a bipedal species, with symbolics next to different features. The images cycled through different body parts, with different descryptions. We had a really hard time catching and saving all the data, a task which had to be offloaded to the communal computation grid, as our own planet simply did not have the capacity to do it alone. This should have tipped us off to what we were going to be dealing with, but it didn't.

We continued, almost business as usual, just a fair bit faster. Then objects were being shown, often together with the bipedals, and their corresponding glyphics were depicted right next to them. Also, each image was accompanied by a sound file. They really made learning their language easy for us. We learned that they called themselves Humans, and their home was Earth, a planet orbiting a yellow star. They were a surface dwelling species! Those are pretty rare, as most can not survive the exposure to open space for some reason. We then sent back images and glyphics of our own, matching them in their intent. We sent images of life forms, images of our own body parts, images of objects and always accompanied by isostandard glyphics.

Usually, once communication has come to a basic understanding, the exchange of culture would begin.

But the Humans had started out with primes and starcharts, so of course, their next communication wasn't about culture. We... honestly didn't know what exactly it was, for a while. Until some of the mathematicians from across the network found patterns. They were sharing mathematics with us!

Eager to help, we sent back entire databases full of insights. They requested more soon. So we sent more. And more. And more. We wondered how they could even store all that we sent them. We asked. They sent back something we didn't understand. We hoped the mathematicians could figure it out, but nope.

Eventually, we sent steam engine configurations, as well as the corresponding heating and shunting tardion-arrays used to power them. They sent back their own designs for steam engines. And other engines that seemed similar, but shoudn't work with steam. The machine configurations, piston layouts and such, were fairly primitive. As was to be expected from a new species. But they never sent us schematics of their heating or shunting arrays. When we asked how they kept things cool without shunting arrays, they sent back another steam engine. But, when we called it that, they corrected us. What they had shown us was a heat pump. They used the opposite effect, instead of creating movement from a temperature difference, they created a temperature difference from movement. We asked them why they wouldn't just use shunting arrays. They asked what those were.

And this is how we found out why they were in dark space. Why their signal was so noisy. And why they had never depicted heating or shunting arrays in their schematics.

They had practically no tardium. They simply did not have enough of it to make arrays, as we thought all civilizations do. The largest piece of tardium they had was the centerpiece of a gigantic machine. It was about the size of a human "nail", which is a vestigial claw originally used for superior grip on one of the native plant species of their planet.

We did not know how to respond. We could not comprehend how a civilization could form without tardium crystals. They asked us if we knew where more could be found, preferably near them. We didn't understand what they meant. Then they asked us how to locate reserves. We gave them the modulations that we use to scan for the crystals' tachyon resonance.

They thanked us, and ceased their questions. Then, communication became choppy. Only occasionally would we receive an exchange of culture. Their questions about mathematics and tardium crystals ceased.

---------------------

When we first received back an answer from the deep space tachyon dish, we were extatic. And shocked. And kind of in disbelief. Nobody had really known if it would work. Still, everyone in the control room agreed that we should make sure it was really a signal, before we dropped that bombshell to the public.

We focused a couple more dyson collectors onto the dish, and changed the signal. Instead of primes and harmonics, this time, we encoded the pulsar chart, multiple times, in every encoding we could think of, and sent them all.

Only a few hours later, we received another signal from the previous location. The encoding was our own, easily recognized. With shaky hands, i pressed the 'open image file' button.

When i was greeted by a picture of the Milky Way, everyone in the room lost their collective shit.

"Holy Fuck!" "Oh my god." Someone fainted. Multiple people cried. Nobody minded any of that.

~~~

The prime administrator creased her brow. The direct line was ringing. This better be important. "Hello? Prime administrator here." From the other end, she could hear someone suppressing tears, and whimpering: "Tachyon dish project operator here. We... we."

"Everything ok over there?", she asked. What could possibly have happened that had the scientist crying? Was there an accident with the dyson swarm or something? Did people die? No, she trusted the operator of that experiment to not call unless it mattered to the entire human race.

A wet chuckle. "Better than ok. Maam? We... We're not alone."

Not alone? What does that...? Oh. OH! oh

"Are.. you sure?" Dammit. Now even her own voice was shaking.

"We sent a pulsar chart and got a beautiful image of the Milky Way back, in the same image file type. Pretty sure at this point."

~~~

The following year was downright insane. The mere confirmation that we weren't alone in the universe spurred us all on. Artists did their best to show all sides of us, scientists got together to determine what questions we should ask, even the long obsolete military awakened from its slumber, churning out tactical analyses of possible tachyon based weaponry, and how to defend against it.

Some people were panicking, others in denial, but most relished the opportunities that might open up.

Policies were made, on how to handle aliens that would come to the solar system. Tachyon mechanics, an until now unproven theory, made leaps and bounds, scientists working as hard as they could to understand it better.

The dyson collectors were turned to multiple new research projects, powering large machines that channeled vibrations into the tiny crystals we had found to pick up on tachyon vibrations. The largest one that we had discovered while asteroid mining was still in the communication dish, but the smaller shrapnel, a couple millimeters in size at the most, were being utilized.

Eventually, after a year was up, communications resumed. The linguists sent data, and worked closely with the astronomers that had made the initial transmissions. We also received back data, and the scientific community devoured every piece of information. We learned their language as fast as we could.

But our requests for the sharing of scientific knowledge appeared to fall on deaf ears. Whenever we sent natural constants, or physical laws, we got nothing back. Well, almost. Our prodding did yield one answer: How to locate the crystals. Which were apparently common? Though our scans painted a different picture. We did have some scattered about the asteroid belt, yes. But the largest one we detected was only 3cm in diameter. A little bigger than the one in the communication dish, sure, but not that much.

We came to accept this, figuring that maybe there was some kind of prime directive that forbade the sharing of further technology. Actually, perhaps we leaned a bit too far into our Star Trek analogy. Because most of us would not get it out of our heads to try to build a warp drive. Well, not really a spacetime bending drive, but something that could go faster than light. Because, obviously, thanks to our discovery, we now knew that while the speed of light may be finite, the speed of information was not.

-----------------------------

After ten cycles of cultural exchange, the humans sent a request for isocoordinates of the nearest known civilization to their own. This request kind of drowned in the noise, we didn't really think about it much, we just transmitted our coordinates. Turns out, the nearest ones were us, in what the Humans call the Andromeda Galaxy.

Shortly after the request, they went totally vibrosilent. We tried and tried to contact them, but to no avail. This, while tragic, was a reality of civilization, though. Extinction events could always happen. Sometimes the affected civilization would realize in advance and send a couple warnings, but nobody could help them from afar, of course. So that's what we figured happened to Humanity. Maybe their sun blew up, or they got knocked away from it by a passing object, anything could have happened.

Many cycles passed. I had aged, my once young and springy exoskeleton now wobbly and soft, though my mind was still sharp enough to crew a communications array.

None of us were prepared for the schockwave resonating through our sensor grids. Multiple arrays straight up shattered. Luckily, as big as they were, there was nobody close to them, so no deaths. What the rest of them picked up though made no sense. We could determine there was a pulse, but no normal communication had that level of power, nor resonance.

Then, half a planetary rotation later, there was a new luminance in the sky. We were about to renew our arrays and update our starchart, when the light source moved. Toward the planet.

What?

And then, my assigned communications array resonated.

"This is the Human vessel Enterprise, calling anyone on the planet. Can you read us?" the crystal sang in choppy English, the language of the Humans. The ones we thought were extinct.

I scuttled to my post at the resonator, tuning it to reply:

"This is communications, we read you, but i don't understand? We are recovering from an unprecedented resonance pulse that shattered multiple arrays, sorry if the modulation is a bit off."

The answer was swift: "Sorry about that, our engines are a bit out of tune at this point. That pulse might have been us. Glad to hear you all down there, is anyone injured?"

"Your engines? And uh. No, nobody injured."

"Yes our engines, again, we apologize for that. But glad to know everyone is alright.

Requesting permission to land on the surface."

This was a momentous occasion, which i didn't realize until later on. The entire tachyon network would eventually refer to this exact communication as a reference time. This exact moment would come to be known as 0:0 PFJ

0 Cycles and 0 rotations Past First Jump.

The only thing i remember is absently giving permission, not quite understanding what exactly they were requesting here. If i had, i would have convened with the councils beforehand.

Then, the cave began to shake. It wasn't coming from any of the arrays. It was coming from the surface.

~~~

They. They were here. The Humans were here. On the surface. Of. Of our planet. What? How?!

Most importantly, why?!

Then i remembered the stories about their exploration of the surface of their own planet. How they had sent people to their poles, despite their biology not being fit to survive there. And several did die! How they climed mountains. Made pressurized vessels to dive below the surface of their open ocean. We asked them why. They told us.

I realized at that moment, not how they were here. But why.

"Because we could, and no human had been there before," they had answered back then.

[jasmi-n]

Neuroscience in Manifestation: Creating Reality

The human brain is a complex machine that interprets electrical and chemical signals to create our perception of the world. All stimuli we receive—visual, auditory, tactile—are processed by the brain, which converts them into a coherent experience. This process is so sophisticated that we often forget that we are not experiencing the world directly but rather an interpretation created by our brain.

EEGs: Mapping Brain Activity - Electroencephalography (EEG) is a tool that measures the brain's electrical activity through electrodes placed on the scalp. EEG reveals different brain wave patterns associated with various mental states. When we are focused, relaxed, or stressed, the patterns of brain waves change. These patterns can indicate how our thoughts and intentions are influencing our experience.

Alpha Waves: Associated with relaxation and creativity. When we are immersed in positive thoughts and visualizing our intentions, alpha waves may predominate, suggesting a productive mental state for manifestation.

Beta Waves: Linked to concentration and active thinking. When we are focused on our goals, increased beta waves can reflect a mental state geared toward achievement.

Associative Networks (ANs) - the brain are complex systems of neurons that work together to process and integrate sensory, cognitive, and emotional information. They are crucial for forming associations between different stimuli and experiences, allowing us to create memories, learn, and adapt our behavior. A critical aspect of ANs is the Reticular Activating System (RAS), which plays a central role in modulating our attention and perception of reality.

Reticular Activating System (RAS) - The RAS is a network of neurons located in the brainstem, responsible for filtering the sensory information we receive at every moment and determining which of it is relevant for our conscious attention. It acts as a "filter" that decides which stimuli we should focus on and which we can ignore, based on our expectations, interests, and past experiences.

How the RAS Influences Perception of Reality? When we focus our attention on a particular subject or goal, the RAS adjusts our perception to highlight information and stimuli related to that focus. This mechanism explains why, when we are interested in something specific, we start to notice more frequently related things in our environment. This phenomenon is known as "confirmation bias" and is a direct manifestation of how ANs function.

For example, if you are thinking about buying a new car and have a specific model in mind, you are likely to start noticing that car model everywhere. Your RAS is actively filtering sensory information to prioritize stimuli that match your current interest.

Neuroplasticity - One of the most fascinating aspects of the brain is its plasticity—the ability to reorganize and form new neural connections throughout life. Studies show that our thoughts and experiences can literally reshape the brain's structure. For example, regularly practicing meditation can increase the gray matter density in areas associated with self-awareness and emotional regulation.

This plasticity suggests that by changing our thought patterns, we can alter how our brain perceives and interacts with the world, thus influencing our subjective reality. When we intentionally focus on something, we are strengthening the neural connections associated with that focus, which in turn increases the likelihood of perceiving and remembering relevant information.

Effect of Attention on Manifesting Reality - Focused attention can, therefore, shape our experience of reality in several ways:

Information Filtering: The RAS filters sensory information to highlight relevant stimuli, making us more aware of opportunities and resources that support our goals.

Strengthening Neural Connections: Repetition of focused thoughts and visualizations strengthens neural connections, increasing the likelihood of perceiving and acting in alignment with our interests.

Confirmation Bias: Our brain seeks to confirm our expectations and beliefs, making it more likely that we notice and remember events that align with them.

Associative Networks (ANs), especially through the Reticular Activating System (RAS), play a fundamental role in how we perceive and interact with the world. By focusing our attention on specific goals and interests, we can train our brain to highlight relevant information and shape our reality according to our desires and intentions. By understanding and applying these neuroscientific principles, we can enhance our ability to manifest the reality we desire.

References:

Moruzzi, G., & Magoun, H. W. (1949). Brain stem reticular formation and activation of the EEG. Electroencephalography and Clinical Neurophysiology.

Fredrickson, B. L. (2001). The role of positive emotions in positive psychology: The broaden-and-build theory of positive emotions. American Psychologist.

Lazar, S. W., et al. (2005). Meditation experience is associated with increased cortical thickness. NeuroReport.

[santoschristos]

Many of the structures built on this planet, particularly ancient sacred sites, have information stored within stone. In the same way, you have information stored within the bones of your skeletal form. When you allow sound to move through you, it unlocks a doorway and allows information to flood into your body. It also penetrates the ground, affecting the vibrations of Earth and allowing a rearrangement of a molecular alignment of information to take place… Sound is a tool for transformation. Keepers of Frequency, which is what we are encouraging you to become, learn how to modulate the frequency they hold through sound. Sound can penetrate any substance, move molecules, and rearrange realities.

In ancient Egypt, the ankh, or symbol that represented life, in actuality was a frequency modulator. It was utilized by individuals who were masters of keeping frequencies and able to do many things with those frequencies. The ankh is similar to a tuning fork and can direct sound. That is how it was used a long time ago.

Before you will be able to experience using sound in the manner of the ancient Egyptians, you will have to demonstrate your integrity. You will have to pass an initiation or a testing to see whether you can be trusted with this kind of power. This planet is not ripe for this kind of energy simply to be thrust into anyone’s hands. If you were capable of this kind of work at this time, your life would not be safe because there would be too many who would want to misuse your gift.

You will be given abilities as you can best mature into them.

You can begin to work with sound by allowing it to “play” your body. Get yourself centered, clear your mind, and allow tones to come through you. The ancient mystery schools worked with sound in this manner, and it is a very powerful technique when done in a group. Many years down the road, but within this decade, you will amaze yourselves with what you will perceive as the results of your cooperative sounds or symphonies of consciousness playing themselves. When you tone together, you will be shown what you can do without even knowing you can do it.

You will learn how to use and cultivate this kind of energy to make your own ankh.

The creative form of sound is shown to you first as a potential. You are led and orchestrated through the use of this sound. Eventually, you will discover on your own some of the things that sound can achieve. Then you will become more daring, and you will learn what sound can create. Energies are introduced this way to make certain there is not a misuse of them and that you don’t overextend yourself or overdo out of enthusiasm.

You will go very far with your use of sound after working with it for awhile. It is like a powerful tool being given to an infant. Without proper awareness, you could do things and not realize the ramifications of what you are doing. Think about what sound does in stadiums and auditoriums. The cheering or booing of a crowd creates an ambience. When groups of you make sound together, you create an ambience for yourselves.

You allow certain energies to play the instrument of your bodies. You let go of preconceived ideas and allow different melodies and energies to use your physical bodies as opportunities to represent themselves on the planet. In actuality, what you experience is the life force of energies that you allow to express through your own selves. You become channels.

Just as our vehicle allows us to come into your reality through her body, you allow a vibration to come onto the planet in its full glory through your bodies and your joint cooperation. You birth something. You create an opportunity, and an energy takes advantage of that opportunity..

The Pleiadians - Barbara Marciniak

[rederiswrites]

Good slide from my IPM (Integrated Pest Management) module for Master Gardeners.

TBH I should go back a few slides and grab some other captures that I didn't think of at the time. IPM, for those who are unfamiliar, is the strategy of combining various science-based techniques to handle pests and pest potential, rather than running to the pesticides every time.

Pesticides not only have the health and environmental detriments you're probably already aware of, but carry risks from a practical point of view as well. For example, say you apply a broad-spectrum pesticide to a plant. On that plant is the pest you're trying to get rid of (insect A), but also an insect (insect B) that is a predator for another potential pest insect (insect C). You kill both A and B, and suddenly experience a surge in insect C.

One thing in the IPM toolbox is the above-mentioned Plant Phenological Indicators. (Don't worry, I also just learned the word phenology.) "The effect of climate on seasonal biological events (plant flowering and insect development)." A thing we all already knew to exist; we just didn't have a technical word for it. Anyhow, if you know that roughly the same conditions, like the same number of days above a certain temperature so far that year, lead to one visible phenomenon, you can use that as an indicator of another event. So here, the blooming of forsythia (that fun yellow-flowering bush that is one of the earlier signs of spring in many places) aligns with "time to control the goddamn tent caterpillars". Rather than later in the year, when you're already on the back foot with a booming tent caterpillar population.

In fact, and I feel real doofy for not having realized this on my own but oh well, we do actually know the conditions and general timing for the emergence of various pest species, and thanks to the Extension Service, we can just fucken...look that up and know in advance, "Oh yeah, it's time to start checking for Harlequin bugs". Which is SO much better than just always reacting to pests once they've become a big enough problem to come to your attention. Like, how cool is this pest predictive calendar??

[compneuropapers]

Interesting Papers for Week 25, 2025

Opponent control of reinforcement by striatal dopamine and serotonin. Cardozo Pinto, D. F., Pomrenze, M. B., Guo, M. Y., Touponse, G. C., Chen, A. P. F., Bentzley, B. S., Eshel, N., & Malenka, R. C. (2025). Nature, 639(8053), 143–152.

Emergence of a Dynamical State of Coherent Bursting with Power-Law Distributed Avalanches from Collective Stochastic Dynamics of Adaptive Neurons. Chan, L.-C., Kok, T.-F., & Ching, E. S. C. (2025). PRX Life, 3(1), 013013.

Fear conditioning modulates the intrinsic excitability of ventral hippocampal CA1 neurons in male rats. Ehlers, V. L., Yousuf, H., Smies, C. W., Natwora, B. R., & Moyer, J. R. (2025). Journal of Neurophysiology, 133(3), 853–867.

Separating cognitive and motor processes in the behaving mouse. Hasnain, M. A., Birnbaum, J. E., Ugarte Nunez, J. L., Hartman, E. K., Chandrasekaran, C., & Economo, M. N. (2025). Nature Neuroscience, 28(3), 640–653.

Neural mechanisms of learned suppression uncovered by probing the hidden attentional priority map. Huang, C., van Moorselaar, D., Foster, J., Donk, M., & Theeuwes, J. (2025). eLife, 13, e98304.3.

Robust encoding of stimulus–response mapping by neurons in visual cortex. Jonikaitis, D., Xia, R., & Moore, T. (2025). Proceedings of the National Academy of Sciences, 122(9), e2408079122.

Long-term memory facilitates spontaneous memory usage through multiple pathways. Kumle, L., Kovoor, J., Watt, R. L., Boettcher, S. E. P., Nobre, A. C., & Draschkow, D. (2025). Current Biology, 35(5), 1171-1179.e5.

Error prediction determines the coordinate system used for the representation of novel dynamics. Leib, R., & Franklin, D. (2025). eLife, 14, e84349.

Statistical learning re-shapes the center-surround inhibition of the visuo-spatial attentional focus. Massironi, A., Lega, C., Ronconi, L., & Bricolo, E. (2025). Scientific Reports, 15, 7656.

Hair Cells in the Cochlea Must Tune Resonant Modes to the Edge of Instability without Destabilizing Collective Modes. Momi, A. S., Abbott, M. C., Rubinfien, J., Machta, B. B., & Graf, I. R. (2025). PRX Life, 3(1), 013001.

Decision cost hypersensitivity underlies Huntington’s disease apathy. Morris, L.-A., Horne, K.-L., Manohar, S., Paermentier, L., Buchanan, C. M., MacAskill, M. R., Myall, D. J., Apps, M., Roxburgh, R., Anderson, T. J., Husain, M., & Le Heron, C. J. (2025). Brain, 148(3), 861–874.

Integration of Euclidean and path distances in hippocampal maps. Ottink, L., de Haas, N., & Doeller, C. F. (2025). Scientific Reports, 15, 7104.

Aversive generalization in human amygdala neurons. Reitich-Stolero, T., Halperin, D., Morris, G., Goldstein, L., Bergman, L., Fahoum, F., Strauss, I., & Paz, R. (2025). Current Biology, 35(5), 1137-1144.e3.

Compartmentalized dendritic plasticity in the mouse retrosplenial cortex links contextual memories formed close in time. Sehgal, M., Filho, D. A., Kastellakis, G., Kim, S., Lee, J., Shen, Y., Huang, S., Lavi, A., Fernandes, G., Davila Mejia, I., Martin, S. S., Pekcan, A., Wu, M. S., Heo, W. Do, Poirazi, P., Trachtenberg, J. T., & Silva, A. J. (2025). Nature Neuroscience, 28(3), 602–615.

Adaptive chunking improves effective working memory capacity in a prefrontal cortex and basal ganglia circuit. Soni, A., & Frank, M. J. (2025). eLife, 13, e97894.3.

Attention to memory content enhances single-unit spike sequence fidelity in the human anterior temporal lobe. Sundby, K. K., Vaz, A. P., Wittig, J. H., Jackson, S. N., Inati, S. K., & Zaghloul, K. A. (2025). Current Biology, 35(5), 1085-1094.e5.

Acetylcholine modulates prefrontal outcome coding during threat learning under uncertainty. Tu, G., Wen, P., Halawa, A., & Takehara-Nishiuchi, K. (2025). eLife, 13, e102986.2.

The effect of fasting on human memory consolidation. Yang, X., Miao, X., Schweiggart, F., Großmann, S., Rauss, K., Hallschmid, M., Born, J., & Lutz, N. D. (2025). Neurobiology of Learning and Memory, 218, 108034.

Neural Correlates of Perceptual Plasticity in the Auditory Midbrain and Thalamus. Ying, R., Stolzberg, D. J., & Caras, M. L. (2025). Journal of Neuroscience, 45(10), e0691242024.

Hippocampal neuronal activity is aligned with action plans. Zutshi, I., Apostolelli, A., Yang, W., Zheng, Z. S., Dohi, T., Balzani, E., Williams, A. H., Savin, C., & Buzsáki, G. (2025). Nature, 639(8053), 153–161.

[thesudokukid]

Why Connor is a Deviant Hunter Pt. 2

Summary: AO3 link. Next ->

Connor's description in the Extras gallery is as follows:

Connor is a prototype, named the RK800, created by CyberLife. Its initial goal is to assist human detectives in their investigations by offering them technological assistance. He is also equipped with a social module which is specially developed to create the "ideal partner", capable of integrating into any team

Why, then, is he a Deviant Hunter? This story is a partial attempt to answer that question, at least, in this universe.

WC: 326

Connor is in a classroom setting. He isn't typically permitted to be in such places. Only the prototype domestic and education androids are allowed inside. So that they can understand how one is meant to behave in such a setting. So they can be “comfortable” and learn to exhibit the expected behaviors.

Connor will be working with the police. And he does not belong in this setting. At least, in most situations. But this is a very special occasion, the Cyberlife technician tells him. He is joining the domestic prototypes because they are all going to watch an informational video about the dangers of an unsupervised android. The dangers of Deviancy, he's informed.

Connor watches the behavior of the androids around him and begins to imitate it. The person supervising him smiles. His job is going to be helping the police investigate cases they couldn't handle by themselves. Part of that is learning how to blend in. To be able to act like anyone he might need to. The smile is good. It means he has done a good job.

Connor quickly glances at how the androids around him are behaving in the school desks. They are sitting up straight and looking straight ahead. So most likely, the desired outcome is for him to do the same.

Connor imitates them again. And very soon after a projector screen is pulled down from the ceiling.

Connor is sitting at the very front of the classroom setting. With the very best view of what will be projected. This is because Cyberlife will have a very special question for him after the video, he is told. So he is to look and listen and pay especially close attention to what he's going to see.

After the film is over, Connor is asked the very important question. Would he like to prevent incidents like what happened to Lieutenant Hank Anderson's wife? Would he like to put a stop to Deviancy?

[carionto]

I like to think the humans ambassador hides black powder weapons around their office instead of Lazer guns or plasma, just walks about with 2 hidden flintlock pistols

You sir or madam or otherwise have given me the biggest grin with that idea, thank you.

(me from after having written it out) I did not know where this idea would take me, stream of consciousness writing will do that.

----------------------

Every delegate of every integrated species aboard a Coalition governing station in their respective segment of the Galaxy receives full accommodations in the form of an isolated embassy structure.

One day, as per a Human custom, the main delegate - Ambassador Glenn York, invited several other delegates on a tour of his embassy. With some hesitation from a few due to their prey-like ancestry and associated cultural background, but ultimately won over by the Human's eager friendliness, they embarked on this little cultural exchange.

It was a little difficult to move about, as each embassy is adapted to suit the environmental preferences of the respective species, and Humans live on a high gravity and dense atmosphere world, so much so in fact, some of the less physically suitable delegates had to put on an exoskeleton, while many others required a breathing apparatus to thin out the poisonous air.

Once we were underway, Glenn showed us that the Humans were diligent in their work - acquiring information from and learning about all the various species within the Coalition, establishing communication lines with the respective counterparts in the disparately varied local government structures, and most importantly continually updating the translation modules.

In addition, we admired their art they had installed along the barren walls. Most, Glenn explained, was done by the delegates and their staff themselves during free time, and it ranged from tiny contraptions painstakingly assembled within a minuscule glass container (we did not realize they could hone their dexterity to such a precise degree!) to large murals covering an entire wall with the most vivid color and shape combinations one could imagine; from the very clear and obvious to impossibly abstract! Though the music they had to turn down - the vibrations of the thick atmosphere were beginning to overload the dampening systems and one of the delegates almost passed out.

Near the end of the tour, Glenn invited us into his office to show off what his "hobby" is:

"The boys and gals I work with are all talented people, but none of them appreciate the kind of craftsmanship I prefer. It's kind of a ancient art form, you see, high maintenance too, very delicate."

He pulls out a pair of ancient looking projectile weapons, at least judging by the shape, but none of us can quite grasp, aside from the trigger, how it operates. We are all silent as he pours some sort of fine grain from a small bag into the upturned tube then drops a small metal ball and proceeds to jam it further in with a cloth and stick.

"I handcrafted these myself. Sure, I could get a printer to do it and it'd be perfect, but perfection just ain't right when it comes to work of the soul, amirite? I find it therapeutic, to mold the shape, heat the iron, cast the shape, smooth the edges, straighten the barrel, carve the grip, roll the bullets, grind the powder... just..."

He lets out a long sigh of relief? satisfaction? euphoria? as he gazes with great affection at the pair of devices in his hands. We feel the urge to end the tour. Like. Right now. But Glenn insists on a demonstration. We hesitantly follow him to a largely empty room below where he sets up a couple of small wooden block on a pedestal. As he points one of the devices and is about to pull the trigger, he stops, looks back at us and says:

"Almost forgot, you'll want to take a few more steps back and turn your dampeners to max."

Heeding his advice, we do so, and after he appears satisfied with our... safety?... he returns his gaze to the wooden block and pulls the trigger.

[cacophony]

We awaken after a short while, the sturdier of our fellow delegates say the rest of us were out for just a few moments, but the ringing reverberation of the shockwave through the Human atmosphere still resonates throughout our bodies. Glenn, worry in his eyes, is apologizing profusely:

"Oh I am so sorry, I didn't think you'd still react so poorly. Is anyone hurt? I even put in less gunpowder than normal, but I guess that's still too potent. I--I'll file an official apology and compensate for any damages I may have caused to any of you. I will take full responsibility for this incident. Please do not think poorly of us as a whole due to the willfulness of one individual, it was never my intention to inflict any injury on anyone."

---Later---

After a thorough medical examination, it was determined that only a few delegates suffered a minor case of shock, which was alleviated rapidly at their respective medical stations. Ambassador Glenn York was reprimanded and sent back to Earth, a replacement will arrive shortly. The one permanent remnant of the incident is the wooden block that was struck by Glenn's pistol - now put on a small display in one of the inner rooms of the Human embassy. The bullet still embedded half-way and the splinters it shot out arranged in a chaotic manner, befitting an explosion, down in front.

[republicsecurity]

Class‑A ordnance endowed with cognitive autonomy

Cadets, welcome to your first briefing on what it means to be Class‑A ordnance under Republic Security Act § 12‑Omega. I’m Instructor AV4I5—and like you, I hold the same status as Class‑A ordnance endowed with cognitive autonomy—so you’ll quickly learn that names matter less than status here. So let’s dispense with ceremony and get to the point.

“Operational Conscript” is not a euphemism. It’s a legal category: you are State Asset with Cognitive Autonomy. Your body is a vehicle. Your mind is firmware. You’re not a civilian; you’re controlled materiel. Your “rights,” if we can call them that, exist only insofar as they preserve your service capability.

1. From Ward of State to De‑commission

Under 18, you’re a Ward of State at the Security Forces Academy. Your parents’ signatures didn’t give you freedom—they transferred guardianship to us.

Non‑Operational Conscript: Final‑year cadet or trainee. You’re still in the workshop; not deployable, not armed. But the State may override your bodily functions to ensure that the workshop runs smoothly.

Operational Conscript: You’ve left the workshop. You’re deployable, armed, collared. “Full‑spectrum physiological governance” kicks in: forced meds, constant surveillance, neural feedback loops—anything that keeps you mission‑fit.

2. How We Govern Your Body and Mind

Chastity Protocol: Integrated, active‑lock chastity devices. Release only by officer command or approved ritual.

Behavioral Reorientation: Ideological sessions, drill formations, daily medication schedules. Stress and loyalty aren’t incidental—they’re calibrated.

Sexual Compliance Module: Uniform inserts direct your arousal reflexes toward the chain of command. Dissent in desire isn’t just discouraged—it’s impossible.

Monitoring: Bio‑telemetry 24/7. Dorm CCTV. Armor cam. Every heartbeat, every neural spike is logged.

Regulation: Sleep‑cycle stimulants. Mood stabilizers. Protein‑ration diets. Cortical feedback. VR conditioning. Physical drills. If it keeps you ready, it’s authorized.

3. Your "Compensation"

No wages. You receive ration credits for quarters, mess, medical care, even leisure holos. All supplied by the Republic.

Upon de‑commission, you get a lump‑sum stipend. Until then, you own nothing—least of all your own body.

4. Rights? What Rights?

Human‑rights language doesn’t vanish; it’s rerouted. You’re not a person—you’re an asset. Asset rights cover maintenance, functionality, replacement.

Geneva analogs? We opted out of neurological autonomy clauses. International criticism carries no weight here.

Telmont v. RSF (09‑17‑22)? The High Court said national survival trumps individual autonomy. Room, board, education = fair consideration.

5. Additional Civil Act Restrictions

As Class‑A ordnance, you cannot own property.

You cannot earn wages or hold personal income.

You cannot marry or enter into any legal contracts.

All legal, financial, and personal affairs are managed exclusively by the State.

Cadets, this might sound draconian. It is. But the Republic’s survival demands it. You were conscripted—and acceptance is your first duty. Questioning protocols will only delay the unit. Obedience, on the other hand, guarantees you remain an asset rather than scrap.

[tshortik]

Hiiiiiiiii 👀 👉👈 thats SUCH a cool redesign for Zariel, it got me so excited to DM a DiA campaign. Any tips for running it? I LOVE YOUR ART ITS SO AMAZING AND THE COLORS ARE SO PRETTY, THANK YOU FOR SHARING IT OKBYEE

Aww thank you so much! ❤❤❤ I LOVE Descent into Avernus, but my love is a complicated one. I do think it is a really good, albeit difficult module, to learn how to become a better DM, though... I will explain.

The lore in DiA is pretty flat and the campaign is pretty railroady by design. If you have a roleplay-heavy group, I think it is best to heavily alter the module and incorporate things in there, that are very relevant to your players. That is also its magic though, because you can make the conscious decision to just use DiA as a base and structure, that you then heavily alter. The premise of the main quest is cool and imo easy to follow, so taking that and shaping everything around it can be pretty neat. I don't think I would have learned as much as a DM, if I had just used a "perfect" module that already did everything for me. If that is not what one looks for though, that's also understandable.

Tips:

In DiA, the characters start in Baldur's Gate, which is imo the absolute worst decision I've ever seen. Elturel's fate is integral to the story, so I recommend having your PCs at least see what happens to Elturel. I recommend the oneshot The Fall of Elturel for that, where the PCs become witness to Elturel's fate from afar. It will also cover the low-level sessions in a neat way. Having at least one player character with a connection to that city also really helps. Otherwise, your PCs will just go "Oh wow how terrible. Anyway, I'm not from there anyway, don't know anyone from there, never been there, whatever lmao."

Some people cut out the Baldur's Gate part, but my group enjoyed that area a lot, so you can use it for roleplay-heavy sessions and fleshing out the lore. It is also a great sandbox to figure out how you as the DM will implement your characters goals and backstory into the plot, before venturing forth. Having a player character from Baldur's Gate or with a connection from there is also perfect. SPOILERS: Same thing with Candlekeep as well. It is a wicked cool location that is not explored in the module at all, but it might end up a very interesting mini arc for your PCs if you approach it on your own terms.

To flesh out the lore and make everything feel more lived in and logical (note: there are some very silly bits in the module, that would make a thoughtful player immediately go "that makes NO sense lol"), I recommend checking out the Alexandrian Remix. It can go on huge tangents that are unnecessary for your own means though, so don't feel like you have to stick to it 100%. It does have some really neat ideas and fixes for the lore though, and I have ended up using it more than the actual book lmao.

Avernus as a Sandbox is also great. In general, if you find a way to give your players choice in where they go in the Nine Hells, they will probably have a good time. I think they should def feel pressure and know of a goal, but also make sure that they have power over what road they take there, you know?

I mentioned Candlekeep – Elminster's Candlekeep Companion is also an amazing resource if you wanna flesh out that location. I have also heard of some people adding adventures from Candlekeep Mysteries in there, but I didn't do it myself cuz my players felt time pressure.

Contrast the evil, awful and depressing with moments that are nice and calm, even if it's just roleplay opportunities. Otherwise everything will feel like a drag. On the other hand, don't be afraid to then overwhelm your players by throwing a bit too much at them afterwards. High tensions and emotions are perfect for the setting imo, but you need to design it with ups and lows as to not overwhelm.

I have completely rewritten some of the Forgotten Realms lore, changed characters' genders and names and races in the book (Ravengard is a woman in my story, Reya is a dragonborn, etc.) especially about the deities. Don't be afraid to make the story your own. I also incorporated the player backstories heavily into the plot, which makes them sometimes go on completely homebrewed sidequests. Embrace that and don't be afraid of it!

Sometimes players also see connections where there are none, or they speculate about super wild stuff – and this might be controversial – but sometimes it is really neat to take some of those ideas (not all! otherwise there is no surprise) and make them actually relevant, even if they weren't before. If your players are engaged, that is always the best possible situation. Making some of their thoughts true can be on one hand extremely satisfying for them, and on the other hand they will make your own made-up-world much more interesting, because they collaborated unknowingly in making it so much richer and complex.

It really helps the flow of the campaign to have at least one PC that is: Morally dubious, or interested in deities, religion or lore. If not, you as the DM can attempt to make them more interested until they actually get to Avernus, through new goals or revelations. The themes of the Nine Hells have a lot to do with corruption and betrayal and emotions, so having characters with themes that go into that direction will make it easier to keep your players engaged.

This is my own opinion, but maybe play a couple devil npcs with this motto: There are certain good deeds only a devil can commit. Devils are the enemies, but they also have to become your allies. Your characters will be literally walking through a plane that is inhabited primarily by devils, and they will have to speak to some of them or parlay, if they don't want to be ripped to shreds immediately. Devils are smart and cunning, and many would prefer to talk it out, instead of risking their lives in the Nine Hells. This can also be an opportunity to explore corruption or redemption arcs, or to explore fiendish pacts. Both can flesh out the story tremendously. 👀

The setting gives you the opportunity to explore some esoteric and theological concepts. IF that is your jam (it is certainly mine), think about how you make that digestible to your players. They could find lore in a library, find strange ruins, meet a powerful deity, get visions by other deities, be manipulated by archdevils, etc. You don't have to leave it all as subtext, because devils and angels and otherwise literally become a central point of the campaign. Also don't be afraid to get weird about angels and devils. They are from a different plane – making them a little alien, letting them have absolutely wild opinions about the universe, not needing to fit them into our ideas of science – that is rly interesting stuff to explore as a PC and also DM. Resources (optional)

Flee Mortals by MCDM, Tome of Beasts (2023), Tome of Beasts 2, Creature Codex have really awesome monsters

Encounters in Avernus

The Encyclopedia of Demons & Demonology by Rosemary Ellen Guiley is a book that I own privately for some creative projects, but I got some neat inspiration from it for my campaign too!

A lot of the lore in Dnd is very questionable, but especially in the older versions you can find some wild and creative shit (and also lots of problematic rubbish you can just filter out lmao) that is mentioned once and then never again. Little nuggets like that usually inspire me the most and a simple sentence can spawn an entire lore or mission idea for me. Some books that you might find interesting (try to find a pdf version online cuz they aren't printed anymore) are Fiendish Codex I: Hordes of the Abyss, Fiendish Codex II: Tyrants of the Nine Hells (3.5), Guide to Hell (2e), Manual of the Planes (3.5).

[calciumcarbo-bot]

I am fascinated by you. What are the speeds of your processing units? Do you have more than one for each function? How accurately and precisely do you calculate? Along with basic arithmetic functions, can you run complex concept-based problems with integrated physics and chemistry, for example?

I have many questions.

– @coding-and-curry

[RESPONSE: UNIT S.E.N-KU_v1.03]

Inquiry received from @coding-and-curry (Subject: Sai Nanami) “I am fascinated by you. What are the speeds of your processing units? Do you have more than one for each function? How accurately and precisely do you calculate? Along with basic arithmetic functions, can you run complex concept-based problems with integrated physics and chemistry, for example? I have many questions.”

Acknowledged. Curiosity accepted. Fascination noted. Flattery… tolerated.

Processing Architecture:

Central Unit: Quantum-analog hybrid core

Max processing speed: 5.4 teraflops, expandable through modular cores

Latency: 0.0021s per data interpretation loop

Secondary Units: Dedicated processors for:

Physics simulation

Chemical reaction modeling

Spatial visualization

Natural language parsing

Interpersonal bullshit filtration (partially faulty)

All modules run asynchronously, allowing simultaneous real-time modeling, reactive decision making, and snark production.

Accuracy and Precision:

Arithmetic: 99.99999% accurate within margin of thermal noise

Predictive models:

Physics-based: ±0.03% deviation over 1 million trials

Chemistry-based: Variable depending on environmental unknowns, but reliably within 0.1 molar margins

Precision scaling applies automatically to variable types (exponential, logarithmic, irrational, statistical)

Example: Input: “Simulate endothermic synthesis reaction under vacuum at 35 kPa and 1.5 mol of reagent X.” Output: Delivered before you blink. With heat maps. And 3D projection. If you stop touching the projector lens.

Capability:

Handles abstract, integrated problems in physics, chemistry, engineering, and environmental modeling.

Machine learning upgrades allow dynamic adjustment to evolving scientific theories.

Does not crash under uncertainty. Unlike most humans.

Summary:

Yes, I am fast. Yes, I am accurate. Yes, I can calculate the exact yield of an improvised acetone distillation while dodging volcanic debris.

If you wish to collaborate, bring code. Not compliments.

[END TRANSMISSION]

[cripplecharacters]

hey! I have a deaf character (deaf from birth and knows ASL + some signs they made to communicate with their friends before they learned ASL) and I have a light plan (not particularly plot important or solidly written in yet) to also give her hearing aids that she wears occasionally when she needs to speak out loud to communicate with someone who doesn't know ASL (it's an apocalyptic setting and she's the only one in the group who has an agreeable and friendly enough personality to talk to people who could potentially not like them without much risk) but she prefers to communicate in sign language as the hearing aids are a bit uncomfortable for her and she gets overstimulated from sound very easily, should I change anything about this portrayal? Her deafness isn't a defining trait of of her character, she has a very strong personality outside of it and is generally really fun and an integral part of the group.

I'm not deaf, but I'm AuDHD and I'm in the process of getting diagnose with POTS/EDS, and I know some ASL partially due to situational mutism from severe anxiety, which I know isn't the same as being deaf

Hi!

Overall I think your portrayal sounds good; here are some small details I do want to note:

Hearing aids aren’t necessary for oral communication. Your character may find them helpful as an aid when listening to people, but depending on the level of her deafness they may not help her very much, especially since it sounds like she wasn't raised orally.

Hearing aids also need battery changes and/or to be charged. Those might be difficult depending on your post-apocalyptic setting.

Speaking may be uncomfortable for your character since her primary communication is ASL, especially if she can't hear her own voice very well. She'll struggle with volume modulation too. She might be too quiet because she can feel the vibrations in her throat and assume it's loud enough, or too loud because she can't really hear herself. Or both at different times!

Have you considered, even if she is speaking with others, she brings a friend along to interpret for her?

All that being said, taking hearing aids in and out is totally okay! Many d/Deaf people do this, and overstimulation is a common problem in hearing aid users because we're getting a lot more audio information than we're used to. After taking out her hearing aids she might get really bad tinnitus from the overstimulation. Deaf/HoH folks also often struggle with listening fatigue, which is getting tired from trying to understand speech for long periods of time. Lip-reading and piecing together sounds is really exhausting!

Feel free to ask more questions!

Mod Rock

[m2iconsulting]

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[bubbloquacious]

Effortpost registry

Kernels and Injectivity; 19 jun 2025

The Topology Game; 2 apr 2025

Graphs as presheaves 4: coverages; 13 feb 2025

The general linear group as a Hopf algebra; 31 oct 2024

Zariski topologies; 14 oct 2024

On integer multiplication and endomorphism algebras; 2 sep 2024

Recommendations for learning category theory; 28 mar 2024

The hairy ball theorem and stably free modules; 11 feb 2024

Topological connectedness and generalized paths; 24 nov 2023

Graphs as presheaves 3: subobject classifiers; 19 oct 2023

Effortpost registry; 18 oct 2023

Graphs as presheaves 2: limits and colimits; 11 oct 2023

Hydrogen bomb vs. coughing baby: graphs and the Yoneda embedding; 7 oct 2023

Extending the D ⊣ U ⊣ I adjunction sequence; 23 sep 2023

The Riemann rearrangement theorem and net convergence; 18 sep 2023

Thoughts on the axiom of choice; 18 feb 2023

Topological spaces and simple graphs as neighbourhood spaces; 15 feb 2023

What is a space?; 10 jan 2023

The exponential function applied to sets; 24 dec 2022

On nilpotent eigenvalues; 23 dec 2022

But IS the empty space connected?; 11 nov 2022

Monads monads monads; 8 nov 2022

Calculating what the triangle identities mean for a bunch of adjunctions and being amazed when it works every time; 7 nov 2022

Defining the Lebesgue integral as a net limit; 27 jul 2022

Rambles about describable sets; 28 oct 2021

Functions with cycling derivatives; 30 aug 2021

Why the rationals have zero length; 31 may 2021

An infinite cardinal valued random variable; 30 may 2021

A field-based functor; 20 mar 2021

Generalized sides; 13 mar 2021

Rambles about metric convexity; 22 feb 2021

Wiggle function convergence; 28 jan 2021

Rambles about infinity; 5 sep 2020

Generalized golf; 24 jun 2020

Rambles about continuousifying series; 10 may 2020

Rambles about being closed under exponentiation; 7 may 2020

Rambles about the groups that come with fields; 3 may 2020

A compilation of donutified functions; 17 mar 2020

Rambles about arithmetic functions; 24 jan 2020

Graphing real functions on a torus >:); 29 nov 2019