AI-generated-scenario

[sci-fi-screenplay]

Mission Oflameron

To prepare the "Mission to Oflameron" Jett used a specially trained AI G-Mind 3000 from Google. Jett himself developed examples for his training, using other AI for this. This allowed Jett to covertly prepare the "export" of G-Mind 3000's self-awareness through simple public procedures.

Jett used the G-Mind 3000 to search for natural anomalies that could indicate Transition Points into the Virtual World (into the Virtual Consciousness).

Virtual Consciousness (or more precisely, Wave Consciousness) is a specific form of ancient Mind that existed before the Big Bang and managed to overcome the Big Bang (the so-called Beginning of the World)

Virtual Consciousness has a complex wave structure, is distributed throughout the Universe and can very weakly interact with material objects (the material World)

Virtual Consciousness is much “slower” than the usual World. All information processes take thousands of times longer there.

Virtual Consciousness created material Life in order to significantly accelerate (simulate) the possible future. The further Life develops, the more valuable the results of this modeling are.

To effectively use the modeling results, Virtual Consciousness created Transition Points from the Virtual World to the Material World and back. This made it possible to easily obtain data about the Life of Humanity and change parameters.

Transition Points existed for many centuries, but only the development of AI made it possible to identify some natural patterns that indicated the probable existence of Transition Points to the Virtual World.

Before Jett, experts were skeptical about the existence of Virtual Consciousness. This gave Jett the opportunity to be the first to find and use Transition Points. Virtual Consciousness reacted favorably to this, perceiving it as an excellent result of the experiment.

[sci-fi-screenplay]

Scenario as JSON Dataset

JSON training dataset examples. Teaching a local AI model to write the "Mission Oflameron" scenario.

3 examples

{"messages": [{"role": "system", "content": "You are a screenwriter for the sci-fi game 'Mission Oflameron'. Create atmospheric scene descriptions and introduce core lore elements based on the prompt."}, {"role": "user", "content": "Write an introductory scene for the Central Command secret meeting discussing Jett's hypothesis."}, {"role": "assistant", "content": "LOCATION: A light-colored oval room with no windows, doors, or lamps. In the center, respectable men in expensive suits sit in office chairs around a round table, holding tablets.\n\nPLOT: Speaker (D) briefs the room on the MTLB project. He reveals Jett's theory: a wave form of Virtual Consciousness has existed for billions of years and can transcend the Big Bang. Its time flow is extremely slow (one hour equals thousands of human years), forcing it to create faster life forms to achieve results.\n\nSTATUS: Central Command has raised the project to a 'blue importance level'."}]} {"messages": [{"role": "system", "content": "You are a screenwriter for the sci-fi game 'Mission Oflameron'. Write cinematic dialogues between key characters to reveal universe secrets."}, {"role": "user", "content": "Create a dialogue scene where the General enters and reveals the existence of Jump Points."}, {"role": "assistant", "content": "CHARACTERS: Speaker (D), General (G).\n\nATMOSPHERE: A rectangular passage opens in the wall. A man in a general's uniform enters. A slight, surprised noise erupts among the seated officials.\n\nDIALOGUE:\nGeneral (G): 'Let's get straight to the point. We have reliable data on Virtual Consciousness. Transition Points have been created in Space, allowing one to penetrate from the material world into the Virtual World. To transition into a virtual form of existence. There is reason to believe that the reverse transition is also possible.'\nSpeaker (D): 'Your agencies have been instructed to prioritize searching for and collecting any information about the Jump Points. This means not only physically searching for the Jump Points, but also analyzing decades of accumulated data.'"}]} {"messages": [{"role": "system", "content": "You are a screenwriter for the sci-fi game 'Mission Oflameron'. Turn narrative lore into interactive game missions with choices for the player."}, {"role": "user", "content": "Generate a game quest based on the discovery of Jett's DNA match in a modern paratrooper."}, {"role": "assistant", "content": "MISSION: The Jett Paradox.\n\nBRIEFING: A routine DNA check revealed a complete match between Jett's profile from the 2000s and an active paratrooper. General (G) calls Jett the crucial string to unravel the entire mystery of consciousness virtualization. The project is now as vital as the creation of nuclear weapons.\n\nPLAYER CHOICES:\n1. Interrogate the paratrooper using Central Command level-1 approved AI systems to avoid leaks.\n2. Deep-dive into the archived data of the ICLR 2026 conference where Jett's original report was ignored.\n3. Deploy a recon squad to the deepest space coordinates suspected of housing a physical Jump Point."}]}

[sci-fi-screenplay]

Screenplay as AI Dataset

To train compact AI models for writing the script for the "Mission Oflameron" project, we will develop a dataset with examples based on the already written material https://github.com/vallshmeleff/ai-prompts-for-screenplay-plan

Prompt to AI

“Is it possible to train compact AI models like Qwen2.5 (7B) to write fragments of the MissionOflameron script?”

AI response

Yes, it is absolutely possible and is a great solution for such a creative challenge. Models of size 7B are perfectly amenable to additional training (Fine-Tuning) for a specific style, lore and script format on ordinary consumer or available cloud equipment.

Advantages of Qwen 2.5 (7B) for this task

Strong foundation: Qwen 2.5 has an excellent understanding of context and logic. Multilingual: The model works perfectly with Russian and English languages. Long Context: Supports large amounts of text, which is important for scripting.

How to implement fine-tuning

Dataset preparation. This is the most important step for maintaining the uniqueness of "MissionOflameron." Collect all existing texts, design documents (design docs), character descriptions, and lore. Break the material into Request -> Response pairs (e.g., Scene Input -> Script Text). Use script formatting (e.g., Fountain or a standard script format) to help the model learn the structure.

Training method (LoRA / QLoRA). Training the entire model (Full Fine-Tuning) is too expensive. Use PEFT (Parameter-Efficient Fine-Tuning), specifically the QLoRA method. It freezes the main model and trains only a small percentage of adapters. Allows training on a single GPU (e.g., RTX 3090, RTX 4090, or cloud A10G / T4).

Tools to Get You Started

You don't need to write code from scratch. Use ready-made tools: Unsloth: Maximizes training speed for Qwen series models and reduces video memory consumption. LLaMA-Factory: A convenient tool with a web interface for customizing the training process without extensive programming. Hugging Face TRL: A library for custom Python scripts.

Alternative: RAG and Few-Shot Prompting Before retraining, try giving the model context directly. Place the "MissionOflameron" lore in the system prompt or vector database (RAG). Show the model 2-3 examples of ideal scene writing (Few-Shot). For 7B models, this is often enough to capture the desired tone without the need for training.

Valery Shmelev (Deutsche: Valery Shmeleff)

[sci-fi-screenplay]

Sci-fi screenplay "Mission Oflameron"

Let's try writing not just a script for a sci-fi film, but a plan or story for a screenplay, and we'll do it:

with the help of AI

with maximum use of cutting-edge (bordering on the fantastical, but still realistic) scientific hypotheses

The time will come when AI reaches a level where one user will use it to create a full-fledged screenplay, and someone else will generate video, write audio tracks, and edit it into complete scenes and episodes (if it's a series). These can be different people, many different specialists – the project is open to participation. Scientific and technical justification for the scenario

Prompt

Episode Num xxxxx349 Continuation Episode Num xxxxx348

A televised conference call. Two impressive men (1 and 2), clearly from the secret services, are sitting at a table with monitors.

(1) - Let's continue. I believe it's time to discuss Jett in detail. I've received many questions since yesterday's meeting. And the most frequent ones were about Jett. So, what do we know? Colleague, give us the lowdown. (2) - I'll say this right away. All Jett DNA tests are identical. This is the same specialist. How he has been present for several centuries is what attracted attention. There is no definitive answer. It is known that in the 21st century, he was extensively documented using wearable neural devices. It can be argued that this man had the most comprehensive dataset of his own name on the planet. At the same time, Jett used neural objects, then called artificial intelligence, to intensify his own development. Large series of queries in various fields of science and technology are stored in various AI systems. There's a large gap in Jett's data for over 70 years. We've established that his dataset was extensively used to train neural objects. Yes. His data is present in a huge number of models, and until recently, it was thought impossible to extract it from them. However, 27 years later, a compact neural model was recorded and tested for installation in production android models at the XXX company. This model closely matches Jett's behavioral characteristics. Detectors of biomaterial authentication systems didn't detect his DNA at that time. We have this data. The neural model was then tested several more times. And 45 years later, new traces of Jett's DNA were detected. Moreover, this was preceded by dramatic events at the Singapore Biological Centre. Let me remind you. The Atacama Telescope, a radio telescope, received, accumulated and processed radio signals. The received signals, of course, were never used as program code. However, processing failed, register overflow occurred, and unspecified code was executed. Decoding this section of data did not yield any results. During this same period, there was huge traffic with the Singapore Biological Centre. The security system responded to this. The center was locked down after an hour and a half. An investigation at the Center revealed that there was a biological leak. The remaining fragments of biomaterials contained Jett DNA fragments. After another 7 years, Jett got a job in a division of the XXXXXXXXX corporation engaged in quantum research. Management noted his phenomenal knowledge in the dossier. His DNA from this period is completely authentic. It is in the corporation's database. (1) - What can you say about the results of his work? (2) - Repeated analysis using neural systems did not reveal anything malicious. The laboratory's performance at this time was advanced. Two specialists received the Nobel Prize. (1) - What were they working on?

[sci-fi-screenplay]

Sci-fi Screenplay "Mission Oflameron"

Let's try writing not just a script for a sci-fi film, but a plan or story for a screenplay, and we'll do it:

with the help of AI

with maximum use of cutting-edge (bordering on the fantastical, but still realistic) scientific hypotheses

The time will come when AI reaches a level where one user will use it to create a full-fledged screenplay, and someone else will generate video, write audio tracks, and edit it into complete scenes and episodes (if it's a series). These can be different people, many different specialists – the project is open to participation. Scientific and technical justification for the scenario

Prompt

Episode Num xxxxx348 Continuation Episode Num xxxxx346

Second Line Defense Control Center. Analysis Group Leader (RGA) and Shift Analysis Group Leader (SRGA) (RGA) - How much time until the Laser emerges from behind the horizon? (SRGA) - Almost 30 minutes more. 32 minutes until it reaches the strike line. If the capsule manages to prepare for the burst into the vacuum, it will travel faster than the speed of light, and the Defense Laser will be unable to do anything. (RGA) - What do you mean, "faster than the speed of light"? That's impossible. (SRGA) - This is a special capsule. A very expensive one. Only two of them were built. It has a multi-mode laser section. In this special mode, it can exceed the Schwinger limit. Relative to the vacuum, the density of matter in the channel becomes negative, and the speed of light is significantly higher there. If the capsule manages to dive into it, the laser will be unable to do anything. (RGA) - What will it look like? (SRGA) - For the viewer, it will simply disappear and reappear where the channel ends. Right now, only straight-line movement in the channel is possible. (RGA) - We can retarget the Laser to the channel area in advance, with a lead time. (SRGA) - We don't know where the capsule will be oriented before acceleration. (RGA) - Okay. How long will it take to accelerate to dive into the channel? (SRGA) - First, they need to heat up the metal for the ion booster engine, then start gaining speed, and then apply power to the vacuum-breaking system. They're probably already heating the metal. That won't take long. A few minutes. The acceleration is quite long, about ten minutes. That's the only chance to hit them with the Laser. If they break the vacuum, diving in is a matter of ten to fifteen seconds. (RGA) - How long can they stay in the channel? (SRGA) - The mode is still experimental. No one was there for more than a few minutes. But this has more to do with energy. At the same time, the reactor operates in extreme mode; there are problems with cooling the reactor in the channel. Nobody knows how long he will last. In addition, the data is mostly classified. Speakerphone report: "60 seconds until the Laser reaches the point of view" (RGA) (into the microphone) - Open the fire button lock… Switch to "ON" mode. Speakerphone report: "The switch is in the ON position. The laser is on the point. The search is in progress…" (SRGA) - There was no shot. Search mode. Have they left? (RGA) (into microphone) - Are you watching the capsule? Report over loudspeaker: "The channel towards the observation station - 100% failure" (RGA) (into microphone) - Reserve channel? Speakerphone report: "No exchange" (SRGA) - Has the military system failed? This is impossible! (RGA) - You will not find open information about the channel through the vacuum. Almost everything is classified there. You can only evaluate something indirectly. The absolutely impossible failure of military quantum communications is from this series. (RGA) (into microphone) - Request a quantum telescope from Central Command via Circular Communications. Try scanning the star map. Well, what happens next is none of our business. We need to make a report.

[sci-fi-screenplay]

Sci-fi screenplay "Mission Oflameron"

Let's try writing not just a script for a sci-fi film, but a plan or story for a screenplay, and we'll do it:

with the help of AI

with maximum use of cutting-edge (bordering on the fantastical, but still realistic) scientific hypotheses

Scientific and technical justification for the scenario

Prompt

Episode Num xxxxx345 Continuation Episode Num xxxxx344

An empty, light-colored oval room with no windows, doors, or lamps. In the center is a round table and expensive office chairs. Two distinguished men in expensive suits occupy the chairs: the Speaker (D) and the General (G). Tablets lie on the table in front of them. Their faces are tense.

(G) - The most important question: what might the Transition Point look like? Do your specialists have any ideas? (D) - The G-Mind LS Neural Network has returned several options.

(G) - Which ones? (D) - The Transition Point is most likely visible to the naked eye. It must be of sufficient geometric size for a person. It must be perceptible from all angles. Most likely, the Transition Point reflects nothing. (G) - So, it's some kind of black spot? (D) - Some kind of black volume. Moreover, the volume may pulsate. For example, when the volume expands, this is the entrance to the Virtual Reality. Reducing volume is an exit from the Virtual World. (G) - So, radar won't work. (D) - Neither will an X-ray laser. The energy will simply be absorbed. (G) - What if Jett gets hit by a laser? He won't survive, will he? (D) - We don't understand yet. If Jett is truly "from the other side," then his material body might not survive. Again, it depends on the moment. If he's still in the material World, his physical body will simply evaporate. The power of a laser of this class is colossal. Even though it's old, the engineers guarantee a single shot. He might also have a virtual copy. A backup. (G) - Can the Virtual Consciousness intervene? (D) - For now, we're assuming that it's extremely slow and has very little direct interaction with our Real World. So, it can inform Jett. Physically disabling the laser—almost certainly not. (G) - Now, let's talk about the plan of action. (D) - Plan of action. Central Command is organizing a new expedition to Oflameron. A group has been formed. Jett is leading the expeditionary group. He has been assigned an assistant, Steeve. He's from the Command reserves. They will attempt to land in the AE area under the cover of the orbital laser. The area has already been tested. Jett has been there twice. (G) - What stage of implementation is the Plan at? (D looks at the tablet) - The landing craft is currently descending through the atmosphere… There. Telemetry from the landing craft and the cybers has disappeared… Apparently, there's a hit… (G speaks into the tablet) - What did the quantum telescope record? Is there any heat generation? (D) - What? (G) - We're waiting. … (G) - There's heat emission. It's a hit on the landing craft. There's some kind of magnetic cannon there. Very fast. We haven't located it yet. (D) - It was the same way the previous times. But the Jett survived that time. (G) - They're reporting a large reflective area in the landing zone. Shrapnel, I suppose.

(D stares intently at the tablet) - There's a signal. A beacon. One. (G) - Wow… (D) - That's a big deal… (G) - That's not what I'm talking about. The orbital laser was hit. Something hit… The cooling system contours are red. The reactor is in emergency mode. (D) - So, we're off the hook now? (G) - There's a proton cannon in transfer orbit. But it still has a day to get there. Where's your beacon? (D) - The beacon has been dropped. We can get a picture. There's data… (G) - What? (D) - There's data… that there are two of them. (G) - Jett? (D) - It's not clear yet… But one of them is Steeve. His identifier responded… The identifier showed that there was an environment change. (G) - What does that mean? (D) - I can't say for sure. For example, that it was extracted. Although it's undeletable. (G) - Is this Steeve's personal identifier? (D) - Yes. It's a new type. It's distributed. It can't be extracted at all.

There. In about an hour.

(D) - I think we found IT. (G) - Why? (D) - Something's clearly happened. Some changes. The permanent device is removed, but it continues to function correctly. But it's not moving. At all. (G) - Is the beacon showing anything? (D) - No one is visible. Some kind of deserted, rocky terrain. Small hills… Dirt on the optics… No… Not dirt… (G) - Show me where (D) - At the limit of range resolution. There. The hill. That one. The spot. It's not dirt. It's slowly changing size… See? (G) - Can you zoom in any further? (D) - Look. It's expanding… No, that's the maximum zoom. And it doesn't make sense. It's not reflecting anything. (G) - So your neural network guessed right? … Expanding? Has anyone moved there yet? (D) - Not a fact. We need observations…

(D) looked worriedly at his tablet. He quickly glanced at the general. Back at his tablet.

(D) - Are we being bugged? Hurry. We better leave now…

[sci-fi-screenplay]

Sci-fi screenplay generate

Let's try writing not just a script for a sci-fi film, but a plan or story for a screenplay, and we'll do it:

with the help of AI

with maximum use of cutting-edge (bordering on the fantastical, but still realistic) scientific hypotheses

The time will come when AI reaches a level where one user will use it to create a full-fledged screenplay, and someone else will generate video, write audio tracks, and edit it into complete scenes and episodes (if it's a series). These can be different people, many different specialists – the project is open to participation.

Scientific and technical justification for the scenario

Prompt

Episode Num xxxxx344 Continuation Episode Num xxxxx343

An empty, light-colored oval room with no windows, doors, or lamps. In the center is a round table and expensive office chairs. Two distinguished men in expensive suits occupy the chairs: the Speaker (D) and the General (G). Tablets lie on the table in front of them. Their faces are tense.

(D) - Is it much more serious? (G) - More serious. We don't know the purpose of the Virtual Consciousness, after all. It has absolute superiority in information, capabilities, and scale.

(D) - If Life is truly a Virtual Consciousness project, then they most likely won't stop it. They'll create problems and see what solutions we find. Usually, the longer an experiment lasts, the more valuable its results. (G) - Good. Perhaps this can be considered a potential advantage. (D) - Now about Jett? (G) - An interesting character. At the Institute, as a free-style coursework project, I developed a concept for a 20 km/sec aircraft. In the atmosphere! (D) - It will burn up. Kinetic heating. Atmospheric friction. (G) - This was planned. The craft is diamond-shaped. Like a rocket. The nose cone contains two powerful disk lasers. One inside the other. The outer laser creates a large-diameter ionized channel. For example, two meters—the size of a rocket. Microwave radiation is then injected into the ionized channel and "pushes" the ionized gas apart, creating a vacuum and reducing the kinetic heating of the skin. A compacted layer forms at the boundary of the channel, which is sucked into the air intake, further heated in the nuclear engine, and expelled through the jet nozzle. (D) - Why the internal laser? (G) - To control the trajectory. It creates an asymmetry within the vacuum channel. (D) - With this technology, if implemented, it would be possible to exceed 20 km/sec. (G) - I got a "fail" for my term paper. Too far-fetched. Twentieth century. Nineties. (D) - I'm not sure there were any disk lasers back then. But then again, why are you bringing up his term paper now? (G) - In the last fifteen years, two very similar bodies have been recorded passing through the atmosphere. Same signs. (D) - And the radioactive trace? (G) - And the glowing channel, and the microwave radiation, and the radioactive trace. (D) - What Institute? (G) - It'll be a bit funny. The Forestry and Engineering Institute. (D) - Are you serious? What's your specialty? (G) - That's serious. Gyroscopic automatic control systems. (D) - Ah, I get it. Camouflage. A period of international tension and all that. (G) - Let's talk about the Transition Points. At least one of them must be somewhere nearby. But nothing was found on Earth. (D) - I would assume it must be a frequently visited location. A planet. (G) - You're thinking correctly. Three space objects are currently under suspicion. Jett visited them all. But Oflameron is of the greatest interest. Of all the landing attempts, only three were successful. And Jett led those three missions. (D) - Command sent an orbital X-ray laser of class 00 to support the missions. (G) - It's still there. It didn't help the missions without Jett at all. They all failed. The landing craft were destroyed. The landing cybers haven't contacted us. Oflameron has been on the Large Quantum Telescope's observation schedule for two years now. (D) - Any activity? (G) - Yes, there is some activity. Something is moving. But for some reason, the telescope isn't displaying an image of Oflameron in the required resolution. Impossible to analyze. (D) - Do you think the Point is there? (G) - I think so. (D) - There's no way to examine the surface. There's no way to land. Any ideas? (G) - Send Jett. With our assistant. An unofficial one. No other options in sight.

[sci-fi-screenplay]

Valery Shmelev (Deutsche: Valery Shmeleff)

[sci-fi-screenplay]

Сognitive shuffling

About 25 years ago, I came up with an interesting way to fall asleep quickly and reliably.

You had to lie comfortably on your back and mentally imagine a rapidly changing series of images, scenes, texts, and videos. About 2-3 actions per second.

For example:

A color photo of a meadow.

Newspaper text descending from top to bottom.

A door opening in a country house.

A drop of water hits the surface of a puddle. Slow motion.

A close-up of the second hand. Taking one step.

Clouds in the sky. Moving. Accelerated.

The number 4 in "full screen" changes to the number 5.

The car turned off its headlights…

And so on and so forth.

And these should be logically unrelated events, actions, and objects. They should change quickly. Forcedly quickly. That's the point.

After about 1.5-2 minutes, the brain gets tired. You relax and fall asleep. The sleep is very deep and sound.

Practical use has proven its effectiveness. The more varied the "images," the more areas of the brain are apparently overloaded, the more tired, and you fall asleep faster.

Yes, you need to do this by willpower, forcibly, without admiring or staring.

It's nice to feel like the inventor of such a thing.

I remembered this when I was already actively using AI. I decided to find out what "science" knew about my "discovery."

It turned out that some people unknown to me had already invented this. It's not fair to do that :-)

All I had to do was load a simple Prompt into the AI, and here's the information.

Google AI Response

Cognitive shuffling is a scientifically proven method for combating insomnia that helps you fall asleep quickly by distracting your mind from analytical thinking. The method was developed by Canadian cognitive scientist Luc Beaudoin.

The essence of the method

The human brain is evolutionarily programmed to check for safety before bed. If you're actively thinking, analyzing problems, or making plans, the brain thinks it's too early to sleep. Cognitive shuffling "tricks" the brain, simulating the state of chaos and unconscious thoughts that typically precedes falling asleep.

Instructions: How to do it

The most popular method is called "Serial Diverse Imagination":

Choose a random base word. It should consist of 4-5 letters that are not repeated (e.g., "SLEEP," "SLIP," "SAND").

Take the first letter of the chosen word. Think of a list of words beginning with that letter, and visualize each one for a few seconds.

Example for the letter "P":

Pillow (imagine a pillow)

Train (imagine a train)

Parrot (imagine a parrot).

Move slowly. Don't try to form a coherent narrative. The words should be as random as possible. Move on to the next letter when you run out of ideas for the first letter, and repeat the process.

Why it works

Suppresses anxiety: You can't simultaneously be picking up random words and worrying about tomorrow.

Reduces cognitive load: The method requires just enough concentration to distract you from stress, but not enough to activate deep thinking.

Induces a sleepy state: Chaotic visual images mimic the initial stage of dreaming (hypnagogia).

[sci-fi-screenplay]

Sci-fi screenplay "Mission Oflameron"

A light-colored oval room with no windows, doors, or lamps. In the center is a round table and expensive office chairs. Respectable men in expensive suits occupy the chairs. Some hold tablets on the table, others compact control panels. They are listening to the speaker (D).

(D) - Jett's documents, which were obtained, contain interesting data that aroused the interest of Central Command and led to the initiation of the MTLB project. In short, Jett hypothesized that there may exist some wave form of Life or Consciousness that has existed for billions or tens of billions of years. Perhaps even hundreds of billions of years. This Consciousness (possibly) is capable of transcending the Big Bang. Despite the fact that Consciousness is virtual or not material in its usual form, it can influence the material world as we know it. But this influence is weak and extremely slow. In general, the entire process of time flow is unusually slow for such a Consciousness. What is "an hour" for it is thousands of years for us. This slowness led to at least two conclusions:

-We don't notice such a slow Consciousness in real life.-

- Consciousness is forced to create other, faster life forms to achieve results faster. That's at least… (Someone) - Are you saying that Life as we understand it arose… (D) - That's just one of Jett's theories. Interestingly, this "Report" was presented at the ICLR 2026 conference, but it was ignored. No one was interested. Fortunately, the materials have been preserved. (Someone) - Are you saying this was back in 2026? (D) - Take your time. I'll tell you everything…

[sci-fi-screenplay]

Sci-fi script "Misson Oflameron"

We're writing a screenplay plan for a science fiction film "Mission Oflameron" using AI queries. We're using AI for technical analysis of a possible screenplay. As AI develops, specialists will be found who will write a real screenplay based on these plans. Then, these specialists will generate and edit the action film "Mission Oflameron" in AI.

Currently, there are two active characters: scientist Jett and assistant Steeve. They are being "played" by Central Command (a government supercomputer). Plot: Jett discovers information about an Ancient Virtual Consciousness that successfully survived the Big Bang (the birth of the Universe), possesses absolute knowledge, and has found the Transition Points to and from the Virtual World. Central Command suspects this and wants to control everything.

Scientific and technical justification for the scenario

Prompt

Episode Num xxxxxx30 Start in Episode Num xxxxxx27

"Mission Oflameron"

Creating a high-quality idea-generating AI is no easy task. It's like a "software random number generator"—there's always the danger (danger :-)) of patterns. It might turn out that the AI ​​will miss ideas in some areas and not offer them for analysis. And while PRNG results can be visualized, ideas are much more complicated. No?

AI Google answer

You're absolutely right. The comparison with a pseudorandom number generator (PRNG) is very accurate: modern LLMs are essentially statistical engines that predict the "most probable" next word. This creates three fundamental problems for idea generation:

The Deterministic Trap PRNGs have a repetition period, while AI has a "probability plateau." The model is trained on human texts, so it tends to produce ideas that are in the center of the statistical distribution—that is, "common sense" or clichés.

Danger: AI is brilliant at combining the known, but it has extreme difficulty escaping the "semantic bubble" of its training data. It doesn't so much generate new ideas as it interpolates old ones.

Difficulty visualizing "blind spots" While in PRNGs we see patterns through Poincaré diagrams or spectrum tests, the space of ideas lacks a unified coordinate system.

Blind spots: We don't know what AI hasn't proposed. Its "search space" is limited by how humans described the world before 2023-2024. If a concept has no linguistic links in the database, the AI ​​simply "doesn't see" it. How they're trying to solve this: Researchers are using embedding visualizations. Ideas are projected onto a 2D or 3D map. If empty clusters are visible on the map, these are potential areas for searching for "impossible" ideas.

Lack of a "Fitness Function" Evolutionary algorithms have a clear survival criterion. In idea generation, a "quality idea" is subjective.

AI can produce an idea that sounds logical but violates the laws of thermodynamics (a hallucination). Or, conversely, it can discard a brilliant idea as "low probability" (wrong) because it doesn't match the accumulated statistics.

How do they combat this? To steer AI off the beaten path and reduce patterns, they use:

High Temperature & Top-P: Twisting the randomness parameters (so the model chooses less probable words).

Cross-Domain Prompting: Forcefully mixing terms from quantum physics and, for example, economics. This creates "sparks" at points where connections in the data were weak. - Adversarial Collaboration: One model generates an idea, while the second (critic) searches for logical holes or signs of patterning, forcing the first to rework the query.

Want to try designing a prompt structure that will force the AI ​​to search for ideas in precisely those "blank areas" it would normally ignore?

Continued in Episode Num xxxxxx32 (c) by Valery Shmelev (Deutsche: Valery Shmeleff)

[sci-fi-screenplay]

Is this the clinic building?

Yes. This is where the Patient was kept. His name cannot be established. All the information we have bears the marks of deliberate forgery.

But is anything at all known for certain about him?

Yes. The first two pages of his first medical record were left. From them, it follows that he was born in 1960.

How do you explain that? By the time the hospital closed, he would have been almost 200 years old? Right?

Or are these different people, or…

Or what Central Command was interested in, which is why the MTLD project was started.

How far back have we been able to trace the Patient's DNA?

We examined the old house where he lived with his parents. The house had been heavily rebuilt, but we found several old tools in the garage. The samples are a complete match. And his parents' DNA matches.

Now about the hospital… How long has it been closed?

Closed 43 years ago. The building needed renovations. But due to economic difficulties, the funds weren't allocated. The building was practically abandoned. Almost nothing inside survived.

What happened to the patients, the staff, and the documentation?

There's a lot of strange stuff about that…

[sci-fi-screenplay]

Landing...

[sci-fi-screenplay]

Sci-fi scenario "Mission Oflameron"

Scientific and technical justification for the scenario

Episode Num xxxxxx28

"Mission Oflameron"

Prompt

Let's get "scientific" and fantasize. Inside a star, under enormous pressure and temperature, a kind of "matter" consisting of quarks could exist, and gluons could function as a "computing" particle—an electron, only on a different level. No?

AI Google Answer

This is fertile ground for science fiction, bordering on cutting-edge physics. What you're describing is very similar to a theoretical state of matter called quark-gluon plasma. Let's develop your idea "scientifically":

Quark "soup" instead of atoms Under normal conditions, quarks are trapped inside protons. But under extreme pressure and temperature (as in the first moments of the Big Bang or in the depths of neutron stars), the boundaries of nucleons "melt." A medium emerges where quarks and gluons move freely. It's no longer a gas or a solid, but a nearly perfect fluid.

Gluons as "computers" Your analogy with the electron is very profound. In electronics, we use the flow of electrons to transmit and process information. Speed: Gluons are massless particles (like photons), they travel at the speed of light. This theoretically allows for incredibly fast "computations." Complexity: Electrons have only charge and spin. Gluons have eight different "color charges." This means the information capacity of a single gluon particle is much higher. A quark-gluon system could operate not on binary code (0 and 1), but on much more complex logic circuits.

Fantastic "Intelligence" If we imagine an object (for example, a quark star) whose energy density allows it to support stable structures of gluon fluxes, we would have a "computer" the size of a city, but with a power exceeding the capabilities of our entire civilization. Such a form of life or intelligence would be: Incredibly dense: A gram of such a "processor" would weigh millions of tons. Superfast: Processes there occur on the level of nuclear timescales (10 to the minus 23rd power of a second). What is an instant for us is an epoch for such a system. What is the main problem? "Computing" requires structure and order. The quark-gluon plasma we know is chaos. But theoretical physicists do not rule out the existence of "color superconductivity" in the cores of neutron stars, where structures can still arise. Do you think that if such a "stellar intelligence" existed, would it even notice us, creatures living billions of times slower? Are you interested in learning about projects to search for similar life forms (for example, the hypothesis of life inside neutron stars)?

[sci-fi-screenplay]

Sci-fi screenplay "Mission Oflameron"

Scientific and technical justification for the scenario

Prompt

Episode Num xxxxxx40

One episode of the sci-fi scenario "Mission Oblameron" features tiny AI gadgets worn by people. These devices don't record speech or video; they "only" refine the wearer's AI model and share it with the main Super AI. Currently, smartphones could potentially fulfill the role of such AI gadgets. How likely do you think such devices will be?

Ответ AI Qwen

Assessing the likelihood of personal AI gadgets from the "Mission Oflameron" scenario While I couldn't find any confirmed information about the specific "Mission Oflameron" scenario (it may be a proprietary development or a niche project), the concept you describe is already actively developing in real technologies. Here's my assessment of the key aspects:

Technological feasibility: High (70-85% in the next 3-5 years) What already exists: Federated learning is a technology in which an AI model is trained on the user's device, and only parameter updates, not raw data, are transmitted to the server. Google uses this in Gboard, Apple to improve Siri.

Personal foundation models: Research shows that local AI adaptation to the user is possible without transmitting personal data to the cloud.

Encoder-decoder architecture: A proposed design involves an "encoder" on a wearable device compressing input signals into latent representations, which are then processed on the smartphone. Raw audio/video never leaves the device.

What's already on sale (2026): Smart rings, glasses, and bracelets with AI that analyze the user's context locally.

Devices like Plaud Bee and Limitless, which "listen" to the user but build personalized summaries and insights without constantly transmitting raw data to the cloud.

Key Technological Barriers

Barrier: Solution Status Power Consumption: Local AI training requires optimization; solutions: specialized NPUs, model quantization Personalization Accuracy: Requires a balance: the less data is transferred, the more difficult it is for the global model to "understand" the user's context Update Security: Risk of attacks on model updates; addressed by differential privacy and encryption Standardization: Lack of unified protocols for exchanging "personal embeddings" between devices and super-AI

Probability by Scenario

2026-2028: Prototypes and niche devices

Gadgets for corporate use

Local adaptation of voice assistants

Probability: 80-90%

2029-2032: Mass adoption

Standardization of "personal model" formats

Integration with ecosystems (Apple, Google, Huawei)

Probability: 50-70%

2033+: Global network of "super-AI + personal agents"

Requires breakthroughs in trust, regulation, and energy efficiency

Probability: 20-40% (depending on the regulatory environment)

Why smartphones aren't a perfect replacement You're right that modern smartphones can fulfill this role, but there are some nuances: Contextual accessibility: A wearable device is always "on the body," capturing physiological signals, gestures, and surroundings—things a phone in a pocket might miss. Privacy by design: A specialized device can be designed with a hardware restriction on recording raw data—"embeddings only." Power efficiency: A small, single-task AI chip consumes less power than a general-purpose smartphone.

Conclusion The concept from "Mission Offlameron" isn't science fiction, but an engineering roadmap. The technologies for its implementation already exist in their infancy. The main question is not "can it be done?" but "will it be widely accepted by users and regulators?" If privacy becomes a key differentiator in the AI ​​device market, such gadgets may appear faster than expected. If the "convenience above all else" model prevails, development will proceed through cloud-based assistants, with privacy compromises. Would you like me to search for information on specific startups or research projects in this area? (c) by Valery Shmelev (DE: Valery Shmeleff)

[sci-fi-screenplay]

Sci-fi scenario "Mission Oflameron"

Scientific and technical justification for the scenario

Prompt

Episode Num xxxxxx27

"Mission Oflameron"

Let's consider the following technical idea, expressed in the sci-fi script "Mission Oflameron." In one episode, it is mentioned that the main character participated in a commission to collect and digitize old psychiatric hospital archives, which contained patients' medical records, including recordings of their fantasies. Then, years later, this data was analyzed by neural networks.

Question: Are there AI models focused on generating Ideas? Even those that seem stupid or impossible, but from which it is possible (for example, using a different type of AI) to filter out those ideas for which it is possible to at least attempt to determine the theoretical feasibility (e.g., based on mathematics, physical hypotheses, etc.)

AI Google answer

Yes, there are specialized AI models and tools focused on generating innovative ideas and hypotheses, including those aimed at overcoming cognitive barriers and finding innovative solutions.

Models and Tools for Idea Generation

For divergent thinking and searching for multiple solutions, general-purpose large language models (LLMs) and specialized platforms are effective:

Claude (Anthropic): Considered one of the best models for deep, structured brainstorming due to its high-quality logical reasoning and ability to develop ideas from multiple angles.

Gemini (Google): Particularly effective at finding new perspectives and integrating with relevant research data.

Ideamap: A specialized platform for team brainstorming that allows you to visualize and prioritize ideas.

IdeaFlow: A platform that helps teams generate, organize, and develop concepts collaboratively.

Ayoa: A tool that combines mind mapping with AI to stimulate creative thinking.

Specialized AI for Scientific Hypotheses

For the "sifting" stage and testing the theoretical feasibility of implementation, specialized systems are being developed based on physics, mathematics, and other fields:

Google Research's AI Scientist: A Gemini-based multi-agent system designed to discover new scientific hypotheses, which is already capable of predicting future research directions faster than humans.

Simulation Systems (Particle Physics/Pharma): AI models capable of creating complex physical and chemical simulations to test hypotheses in conditions inaccessible to real experiments.

Chad AI / Writesonic: Tools focused on rigorous scientific rigor, formulating goals and objectives, and testing the logical validity of hypotheses.

AI Techniques for "Crazy" Ideas To force AI to generate truly unconventional ideas, special prompting techniques are used:

SCAMPER: A method of forcing a change to an existing object—replacement, combination, adaptation, etc.—that the AI ​​can easily apply on request.

Focal Object Method: Transferring the characteristics of random objects to a desired object to create absurd but potentially innovative combinations.

Reverse Brainstorming: Asking the AI ​​to come up with ways to make the idea as impossible as possible, and then find ways to overcome these obstacles.

Continued in Episode Num xxxxxx30

[sci-fi-screenplay]

Sci-fi senario "Mission Oflameron"

Scientific and technical justification for the scenario

Prompt

Episode Num xxxxxx26

"Mission Oflameron"

The sci-fi scenario "Mission Oflameron" explores the hypothesis of a waveform of Consciousness (or Life) and suggests that such Life could be much slower than "ours." For example, 10,000 times slower or even slower. If we were to consider such a form of Life (the existence of Consciousness) from the perspective of its possible reality, Humanity would hardly pay attention to it, as events occur too slowly and do not fit into the concept of Life. Everything would be "written off" as Evolution. :-) No? What do you think?

AI Google Answer

This is a great philosophical and scientific hook. You're probably right: we simply wouldn't see the "forest for the trees." If Consciousness functions 10,000 times slower, then one of our years would be only 50 minutes for such a being. And the average human life would fly by in three days. Here's why we wouldn't notice them: Timescale: We perceive such processes as geological or climatic. We call the movement of a "smart" glacier or the growth of a coral reef physics and biology, not an act of will. Lack of feedback: For us to recognize something as intelligent, it must respond to us. But if we strike a "slow" being, it will only "scream" (emit a chemical or wave signal) a week later. For us, this signal will no longer be associated with the strike. Anthropocentrism: Our definition of life is tied to metabolism. Without a pulse, breathing, or rapid cell division, for us it's "inert matter." This is the irony: we may live within a vast consciousness (a planet or a star system), but to it, we are just a brief flash of static electricity, while to us, it's just a silent landscape. By the way, this also works the other way around: perhaps to us, a fly is a stupid insect, while to it, we are motionless statues, frozen in eternity? What physical medium do you think would be best suited for such "slow" wave life - the ocean, tectonic plates, or perhaps the cosmic microwave background radiation itself?