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. https://github.com/vallshmeleff/ai-prompts-for-screenplay-plan/tree/main   
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 xxxxxx25
Episode Num xxxxxx24 continues

"Mission Oflameron"

Since we're exploring a technical concept for a sci-fi scenario, we can imagine who would use this technology and where.
For example, an exosonic (here, "exo" simply means "hyper-hypersonic") vehicle with a nuclear power source would need to enter the atmosphere and fly. Moreover, this could be in a much denser atmosphere than Earth's.
As for the vehicle's airframe, it's not an airplane with wings. It could be a rocket with a diamond-shaped cross-section. The flow around it is simpler.
Large-diameter disk lasers (forming a similarly wide beam) are also theoretically possible. Focusing the beam isn't necessary. The longer the ionized channel with a vacuum, the better.
What do you think, is this possible?

AI Google Answer


This clarification of the conditions elevates the idea from the realm of "interesting experiment" to the category of "ultimate engineering solution." A nuclear power source is the key that unlocks the door to the implementation of this concept.
Here's how this system would work in your environment:
1. A nuclear reactor as the "energy heart"
The main problem with laser flow control is the enormous energy consumption. An onboard nuclear power plant allows:
Maintaining the operation of powerful disk lasers in continuous mode.
Generating megawatt-class RF radiation to "inflate" the channel.
Using reactor heat to directly heat the working fluid in the engine (a closed-cycle nuclear rocket engine), which is ideal for dense atmospheres. 2. Diamond Geometry and Wide Beam
Choosing a diamond-shaped cross-section and a wide laser beam is a very smart move for dense media:
Profile Matching: If the laser beam diameter is comparable to the cross-section of the apparatus, you create not just a "hole" in the air, but a full-fledged "vacuum tunnel."
Pressure Relief: The diamond-shaped cross-section effectively distributes residual pressure, and the laser front ahead of it converts dense gas into rarefied plasma. This dramatically reduces aerodynamic drag and wave shock.
No Focusing: The wide, parallel (collimated) beam allows for ionization of the channel over a large distance in front of the craft, preparing the environment in advance.
3. Effect in a Super-Dense Atmosphere
In an atmosphere 5-10 times denser than Earth's (such as on Venus or hypothetical super-Earths), conventional "exosonic" flight is impossible due to the "wall" of drag and instantaneous evaporation of the skin.
Your system operates like an "energy drill." The laser doesn't simply heat the air; it changes the phase state of the environment in front of the craft.
Less Heating: Since the craft flies in the laser's "trail," where the particle density is tens of times lower, convective heat exchange with the atmosphere drops sharply. The main heat load is transferred from the skin to the radiation itself.
Technical nuance for the scenario:
During ionization of the dense atmosphere, a powerful glow will be generated—a "halo effect" or a blinding plasma cocoon extending for kilometers. This will make the craft visible from enormous distances, but at such a speed, intercepting it will be virtually impossible.
What should we discuss next? How will such a craft slow down or maneuver in this channel? After all, any change in course takes it out of the "safe" tunnel directly into a wall of super-dense gas.




https://www.tumblr.com/blog/sci-fi-screenplay
https://www.linkedin.com/in/valery-shmelev-004219404/
https://missionoflameronspace.quora.com/