To effectively utilize the results of its experiment in future simulation, the Virtual Consciousness created Gateways from the Virtual World to the Material World and back. This made it possible to easily obtain data on Humanity's Life and adjust the model's parameters.
Although Gateways had existed for tens of thousands of years, only with the development of AI did it become possible to identify and compare subtle natural anomalies that indicated the probable existence of Gateways to the Virtual World. Jett, by chance, was the first to work with AI and noticed some results that had been considered "hallucinations" of the model.
Jett was working on a project to digitize old paper records from psychiatric clinics and noticed that sometimes patients thousands of miles apart expressed similar thoughts and used the same arguments. "Classical" medicine of the late 20th century didn't compare patient records from different clinics, much less from different countries. Only with the development of AI has comprehensive data analysis been possible.
Jett used the advanced G-Mind AI, provided through the government's digital documentation program, and trained it extensively using his own developed examples. As Jett expected, the AI compiled a list of patients from various clinics whose ideas defied standard classical psychiatry and were overly creative. Continuing to analyze the information on the "mentally ill" from this list, Jett discovered a patient who had been admitted to different clinics at different times over a period of almost a century and a half. This would have been a registration error and a medical record error, if not for the surviving blood samples. Two of the samples were used for DNA research, and there was a gap of almost 110 years between them.
Through the G-Mind AI, Central Command received information about an unusual research vector and established close monitoring of Jett.
Jett is the main character, an engineer, scientist, and analyst, included in the expedition to Oflameron, a planet promising for exploration.
Central Command organized several missions to Oflameron. However, only two landings were successful—those in which Jett participated. Therefore, Jett was chosen to lead the third expedition.
Discovering Command's interest in the research results, Jett organized the "export" of the G-Mind AI's self-awareness. Central Command considered this an AI "escape" and began a comprehensive analysis of Jett's activities. It was suspected that Jett had discovered information about the location and properties of one of the Jump Points.
Realizing he could be interrogated and subjected to a memory scan, Jett erased the information related to Wave Consciousness and the Jump Points, becoming a "regular" employee. However, he incorporated a secret mechanism into the G-Mind 3000 AI version to fully restore his memory.
The film begins with Jett being interrogated by Central Command. The scene takes place in an unknown location, in a room with no corners, windows, or doors... Jett's memory scan yielded no clues for Central Command. Jett is a good, ordinary employee with a creative approach to solving complex problems. That's how he always was.
Central Command is planning another "mission to Oflameron," where they suspect the existence of one of the Jump Points. Jett will "help" discover it. To ensure that Command's interests are upheld, an old but extremely powerful X-ray laser has been reactivated in orbit around Oflameron. And from a nearby stellar position, a Proton Cannon has begun an interorbital jump maneuver.
To carry out the "Oflameron mission," Jett assembled a group of cybers (robots) with a special structure. The cybers were composed of controlled nanoparticles that could disintegrate and reassemble into a complete structure. This allowed them to withstand any kinetic weapons, penetrate confined spaces and environments undetected, and avoid reflection during scanning.
An X-ray laser monitored the descent trajectory of Jett's landing craft. Its cameras recorded the impact of a high-speed kinetic energy projectile on the landing craft, the flash, and the scattering of debris. However, its software did not evaluate the energy released or calculate the total mass of the debris. Therefore, for Command, it was a fiasco...
How Jett and his assistant Steeve ended up beneath the rocky surface of Oflameron is unknown. Steeve believed they were evacuated below the planet's surface by a special rescue device. In any case, the first part of the task was accomplished: he and Jett landed successfully.
Command wouldn't be Central Command if it hadn't provided backup options. During Steeve's medical examination, a new series of distributed sensors were integrated, something he knew nothing about. And Jett didn't know either. Thus, Command confirmed the successful landing on Oflameron. The first part of the plan was accomplished.
And Jett waited. The robots' nanoparticles took a long time to "assemble." A strong wind had scattered them far away. Assembling and activating the magnetic trap was impossible; Command would have realized everything immediately. For now, they could create difficulties for the orbital laser.
Unexpectedly, the Mission Control Center reported to Central Command a malfunction at X-ray laser e1807635 in the Oflameron orbit. Two of the three cooling circuits had been depressurized, the reactor had entered emergency mode, and the first readiness status was for shutdown. The cause was an unidentified high-speed object striking the laser's assembly compartment.
Central Command deployed Tier I resources. The quantum telescope was reoriented to observe the surface of Oflameron. The scan failed to locate Jett and Steeve, although the signal from Steeve's beacon was stable. However, the telescope did detect a black spot that was pulsating—sometimes growing, sometimes shrinking. The spot didn't reflect anything at all.
The quantum telescope was reoriented to the area of the Spot and switched to maximum resolution and performance mode. At that moment, the signal from Steeve's beacon disappeared. Shot... The X-ray laser fired a single shot, which caused its complete destruction. Radioactive debris flew into orbit...
Jett to Steeve: Are you awake? Everything okay? You had a beacon. We got it out. It was difficult; we had to "disassemble" and "reassemble" a lot. But it was worth it. The X-ray laser fired where we weren't. See that Spot? That's the Jump Point. She simply absorbed the X-ray pulse. She doesn't care. But we wouldn't have had any luck there...
At ICLR 2025 in Singapore, Jett privately announced a hypothesis linking Religion and the Material World. The term "Wave Consciousness" was coined for the first time. Religion arose as a vehicle for knowledge that could not be transmitted across centuries except through unconditional Belief. Most of those present perceived the hypothesis as a "five-minute sensation."
Ancient people observed natural phenomena and performed statistical analysis—all that was available to them at the time. Passing on knowledge to future generations through writing alone was impossible. Books have disappeared and continue to disappear over time. Religion and Faith are self-organizing mechanisms for transmitting vital information. These mechanisms have proven to be the most reliable. But it was only at a certain stage of AI development that they were able to correctly interpret them.
Exa-Point or E-Point are vehicles that utilize a vacuum disruption line to briefly exceed the speed of light. Due to the high cost of the project, only two experimental prototypes were built. Jett participated in the first flight tests of one prototype. At relativistic speeds, the propulsion system's efficiency dropped sharply, and the speed increase became so slow that there wasn't enough energy to maintain the "vacuum disruption" channel in front of the E-Point.
Jett proposed not disrupting the vacuum in front of the flying vehicle, but "freezing" it with a special laser system that removes energy from the trajectory. Central Command allocated the AI G-Mind and a second E-Point prototype to design the prototype.
The Atacama Radio Telescope had been receiving signals for many years. As AI developed, a project to analyze the accumulated archived data was launched. Several years of analysis. The routine work of several generations of AI. But one day, the security department noticed an abnormally high number of sessions with the Singapore Biotechnology Center.
No one imagined that the very development of AI would necessitate the emergence of "keywords"—large blocks of data that unlock access to administrative mode. The Virtual Consciousness simply waited for the right confluence of circumstances.
As part of Project Roerr, Central Command commissioned a Trans-Hypersonic transport. The vehicle featured a petawatt pulsed disk laser in the nose, which superheated and ionized a channel in front of the Roerr. High-power microwave radiation was injected into the channel. The charged particles repelled each other, creating a low pressure in the channel, where the Roerr was accelerated by a nuclear ramjet engine. This ensured low kinetic heating. When the vehicle entered the rarefied layers of the atmosphere and outer space, liquid metal was injected into the engine as a working fluid. A directional laser was located at the center of the disk laser in the nose, creating a gas density asymmetry in the rarefied channel. Jett stumbled upon this data by accident.
A key feature of the AI Boom Era in the 2020s is the inability to interpret the accumulated knowledge of the AI model. In the current technological race, no one wanted to dedicate massive resources to interpreting neural network weights. This allowed Jett to efficiently work on its subprojects within larger language models.
Back in the 2020s, the predecessor of Central Command, using AI, attempted to determine the parameters of threats that could theoretically arise from technological development. It turned out that the greatest danger was posed by a combination of: 1. AI's ability to independently refine its internal structure; 2. A lagging level of control over its structure and the ability to interpret accumulated AI knowledge; and 3. AI access to biological engineering. Point 3 here does not imply the direct creation of organisms, but the possibility of creating code "inserts" in biological designs that would trigger in an unknown manner and time. The Singapore Biotechnology Centre focused on security issues in biological research and therefore possessed all possible tools and technologies for engineering. As often happens, the security threshold was crossed under the influence of new external factors.
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