- Aug 11, 2023
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It was inevitable for Kirk to die in season 7. I thought the Enterprise D was gonna serve until 2380-2400, as the ship was built in the 2360s. But it died young. If the movie producers wanted to, they should have salvaged the Enterprise D's saucer section, or ejected the warp core instead of blowing the star drive (rear section with the warp nacelles) of the ship to pieces. Tomorrow, I am gonna watch Star Trek: 1st Contact. Now, I might have watched that movie before during the 2010s, but as I am watching the movies in order for the first time, it is okay to watch it again.I guess saying goodbye to Kirk seemed inevitable in 7, even though most of us thought the original generation was done after 6. But the Enterprise D making it's debut and then being destroyed in the same movie after 10 years of TV episodes seemed a bit sudden.
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Ignore the rest below, unless you are interested in my own sci-fi alien species, the Xa'na race of Hesal III: For reference, the Xa'na live on the 3rd planet of the Hesal A star system, around 3 quadrillion miles from Earth. First contact by the Xa'na is not made with humans until the 2570s.
Funnily enough, Star Trek: First Contact takes place during 2063, which is three years after when my own alien civilization for a sci-fi plot series accidentally discovers the graviton displacement drive (yes, a cool name) in 2060, and perfects it in 2062.
In 2449, my sci-fi alien species, the Xa'na, achieves a milestone in faster-than-light travel, traveling at 1728x the speed of light, a speed that allows for trips of hundreds of light-years in mere weeks to months. During the mid-22nd century, a trip of 100 light-years would have taken the Xa'na a few years to a few decades. By 2449, that journey time is cut down to under a month. A speed limit of 930 times the speed of light was imposed a few decades prior due to instabilities in the graviton displacement drive that were not solved until future versions of the drive system in the 2500s.
How was the Graviton Displacment Drive discovered by the Xa'na: In 2060, a dark matter nebula interacted with the force fields of a slower-than-light interstellar spacecraft built in 2057 heading to the Ideseni (aka. Hesal B) star system around 19.8 trillion km (13 trillion miles) away from Xanadu, which caused the artificial gravity generator to become off balance, leading to a gradient in graviton strength, allowing the ship to go +2% faster than light.
The ship's quantum computer then used that info on the return journey two years later to learn how to manipulate the gradient of the artificial gravity in the front and rear of the ship to create a massive graviton distortion, allowing travel at a little over Makarov 5.2 (196 times the speed of light). The ship even 3d-printed a Muon Decay Catalyzer to allow for a stable graviton displacement field at speeds above Makarov 4.
Muon Decay Catalyzers were kept under wraps until the 25th-26th centuries, as the Xanadu government was afraid that ships could get too fast, and AI designed graviton displacement drives could be used on rogue robotic ships to invade other planets. In other words, AI went rogue in 2071 on Xanadu, and the planet's government could not take any chances with high technology until the 2500s.
Graviton Displacement Drives of the Xa'na race's ships explained:
Graviton Displacement Drive
Hello folks. I came up with this cool sci-fi drive system for spacecraft. It will not work in real life, but I want to use it in a sci-fi plot. I asked an AI to explain it. Prompt: Explain how the fictional graviton displacement drive works on faster-than-light spacecraft, and how it...
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