I’m currently messing around with an idea regarding warp technology. Just postulating a measurement of warp speed using the logic outlined in ‘clearing up’ I came up with a measurement that would fit with the described technology of an Alcubierre warp drive. Warp speed being measured in increments of ‘Ex’, short for ‘Exponential’ where velocity increases exponentially with warp field flow and compression.

After all, ‘Ex’ sounds a bit more dramatic and flexible as a term describing the more pedestrian sounding ‘Warp 2.5’ which could mean anything. ‘Ex’ as a measure sounds more exciting, a better adjective for multiples of light speed through warped space.

Woke up in the wee small hours this morning with an idea about a triggering event for something like the Younger Dryas era 12,800-11,600 BCE (Before Common Era). About 1,300 years. Now the current preferred (But highly debated) hypothesis is for a meteorite impact.

However, what if that were not the whole story? Meteorite impacts happen all the time. What if, and here’s no reach, astrophysicists have proved that there are extrasolar or ‘rogue’ planets, wandering giants with their own trajectories. 540 detected at the last count, with millions more potentially out there. There’s even a NASA mission scheduled for launch in 2027 to detect more of these objects and find out if any pose a threat.

Then another ‘What if’ that one such, a Jupiter plus mass object, passed at speed, too fast to be captured by our suns gravity, but exerting enough influence to subtly shift the orbits of Earth, Mars and Venus, then swung out on a hyperbolic slingshot to disappear among the stars again at the end? That might have triggered the mini ice age of the Younger Dryas, depending upon the orbital mechanics.

It’s a hell of a thought to wake up with. There might even be a story in it. It’s a gardening day today, so I’ll mull it over as I dig before putting fingers to keyboard.