The warp core is a plasma intermix reaction chamber containing a dilithium matrix that moderates matter-antimatter convergence with a flow-stabilized magnetically interlocked containment manifold that distributes warp power through plasma induction conduits to the engine nacelles and charges the main deflector with anti-protons to generate a subspace field of at least 9 mega-Cochrans whose modulated geometry envelops a stable warp bubble around a starship thereby displacing its gravitmetric frame of reference. All you have to do is modify the subspace field so that protons may pass through but the anti-protons may not, and compensate for the inverse tachyon convergence factor by raising the level of graviton flux beyond the universal gravitational constant at the sublight velocity barrier. It’s all just classic warp mechanics and subspace field theory you get at first year Starfleet academy.
Now, the transporter is an entirely different animal altogether, because as it turns out molecular pattern decoherence is a major factor in why transmitting highly localized buffered matter suffers from irreversible entropy when you try to encode it on a subspace carrier wave. The magnetic resonance of the matter being transported is encoded by rectifying the interleaved signal through an array of field-effect plasma transducers while the intrinsic field subtractor destabilizes the molecular structure into a coherent signal modulation that energizes redundant cross-connected pattern buffers continuously refreshing the resulting resonance field flux to prevent entropic pattern degradation. You certainly wouldn’t want your molecular patten to randomly decohere in the middle of the transport cycle or become interleaved with another pattern in the buffer, I can tell you that my good sir!
Now don’t get me started on the holodeck though, that thing is craaaazy. Sherlock
Holmes is real now whaaaaat?
classic warp mechanics and subspace field theory you get at first year Starfleet academy
They reference academy teachings, but it makes you wonder what HS physics classes look like in the 24th century. Like maybe warp mechanics specifically are the modern equivalent of building an engine, so you wouldn't have classes addressing that directly unless you went to a school for putting vehicles together. But surely the basics of subspace needs to be discussed in the same way that light speed is the current known speed limit of the universe these days.
That's a decent definition of SF, but "hard" SF means that the technology, science, and logic are accurate based on our understanding of those things. Star Trek doesn't really worry about those things, which is fine, but it's not hard SF.
This is a very funny way to describe TNG, but I don't think I've ever heard anyone argue that Star Trek is a hard sci-fi.
Bounce the graviton particle beam off the fuckin whatever
Okay first of all, it's a graviton Lance and you're supposed to aim it into a flux ewaonarion chamber.
It's like you people don't even know basic starfleet engineering standards....
It’s simple:
The warp core is a plasma intermix reaction chamber containing a dilithium matrix that moderates matter-antimatter convergence with a flow-stabilized magnetically interlocked containment manifold that distributes warp power through plasma induction conduits to the engine nacelles and charges the main deflector with anti-protons to generate a subspace field of at least 9 mega-Cochrans whose modulated geometry envelops a stable warp bubble around a starship thereby displacing its gravitmetric frame of reference. All you have to do is modify the subspace field so that protons may pass through but the anti-protons may not, and compensate for the inverse tachyon convergence factor by raising the level of graviton flux beyond the universal gravitational constant at the sublight velocity barrier. It’s all just classic warp mechanics and subspace field theory you get at first year Starfleet academy.
Now, the transporter is an entirely different animal altogether, because as it turns out molecular pattern decoherence is a major factor in why transmitting highly localized buffered matter suffers from irreversible entropy when you try to encode it on a subspace carrier wave. The magnetic resonance of the matter being transported is encoded by rectifying the interleaved signal through an array of field-effect plasma transducers while the intrinsic field subtractor destabilizes the molecular structure into a coherent signal modulation that energizes redundant cross-connected pattern buffers continuously refreshing the resulting resonance field flux to prevent entropic pattern degradation. You certainly wouldn’t want your molecular patten to randomly decohere in the middle of the transport cycle or become interleaved with another pattern in the buffer, I can tell you that my good sir!
Now don’t get me started on the holodeck though, that thing is craaaazy. Sherlock Holmes is real now whaaaaat?
They reference academy teachings, but it makes you wonder what HS physics classes look like in the 24th century. Like maybe warp mechanics specifically are the modern equivalent of building an engine, so you wouldn't have classes addressing that directly unless you went to a school for putting vehicles together. But surely the basics of subspace needs to be discussed in the same way that light speed is the current known speed limit of the universe these days.
Not holmes, just his greatest enemy, who was vibe coded into existence by someone who should have known better!
Is this before or after you use it to boil water and make steam?
Eh, they'll just get data to do it or ramshackle something together because it sounds right.
Star trek predicted vibe coding...
Oof ouch my fuckin whatever
https://www.youtube.com/watch?v=Nm7m59l-3sE
It deals with technology and its repercussions, is using the future and technological advancement to examine human behaviour.
There's not so many laser sword battles.
That's just sci-fi. Star Wars is a fantasy set in space
That's a decent definition of SF, but "hard" SF means that the technology, science, and logic are accurate based on our understanding of those things. Star Trek doesn't really worry about those things, which is fine, but it's not hard SF.
Hard sci-fi: The Expanse, Project Hail Mary; no FTL travel, and physics works mostly as we understand it.
Science Fantasy: Star Wars; space wizards.
Star Trek is neither of these.