Today on Quantum Vibe: Real space-time Strip 2028 - Click strip above to goto the next strip.
First Seen: Mon 2019-12-02
Story & Art: Scott Bieser - Sci-Fi Adventure Monday & Thursday.
Dark plans fall like thunderbolts.
Quantum Vibe
A thousand years in the future, humanity has colonized worlds in nearly
100 galaxies, thanks to Quantum Vibremonic technologies developed five
centuries earlier. Other new technologies have created various
off-shoots of humanity and extended life expectancies five-fold. The
story begins with how a mad scientist and his plucky assistant, along
with their robot friend, brought humanity to the stars, and continues
with the adventures of some unique people in fantastic places.
What Comes Next [ Mar 18, 2024 ]
The war is over, but This Means War has a ways to go. Novo Paolo/Bubbleopolis is still in a nebula/stellar nursery, no one knows what happened to the planet Sharen (center of the Intergalactic Council), and the status of the now-surrendered Invaders is yet to be resolved. What will they do when they learn their homeworld is basically destroyed? Will Alyss and Li be re-united? How about Diana (the real one) and Otto?
These questions will be resolved in the next few weeks, before This Means War part 3 wraps in late May.
After that, I plan to go BACK in time about 400 years, to when Alyss and Li left their home in the Sol System to colonize a new world on the far side of the galaxy. As one might expect, hijinks ensue. New subtitle yet to be determined, start date sometime in around the start of July. Stay tuned!
Panel 1
A large, long, dark asteroid is barely visible against the stellar background. Some speed lines to indicate it's moving along its length, in ¾ aspect to foreground-right
Caption: In the year 568 SA, the invention of the Oresme-Murphy Discontinuous Displacement Engine made instantaneous travel between distant locations, even across millions of light-years, not only possible, but common-place.
Caption: As one result, technology enabling swift travel through real space-time languished.
Panel 2
The asteroid is now seen in side-view. We can see a bit of machinery on the back end of it.
Caption: Gravity drives only work well in the vicinity of large masses. Solar sails only work well near bright stars.
Caption: Fusion and ion drives are limited by the amount and weight of the fuel they can carry. More fuel means more mass means more fuel required to achieve a desired rate of acceleration.
Panel 3
The asteroid is now moving away.
Caption: For such practical reasons, the fastest spacecraft rarely exceed one-tenth of light-speed – roughly 30,000 kilometers per second.
Caption: And achieving that speed requires 3 Standard days of acceleration at more than 10 times the gravity of Old Terra. Across 4.5 billion kilometers.
Panel 4
The asteroid is farther away now.
Caption: However, if one wants to accelerate a large mass up to a large fraction of light-speed, within a reasonable time-frame, the Displacement Engine does offer part of a solution.
Caption: But using it does require some patience. Plus, a willingness to risk oblivion.