“Scientists won’t take Atlantis itself very seriously, but man, they sure like naming boats and spaceships and...

Originally shared by WIRED

“Scientists won’t take Atlantis itself very seriously, but man, they sure like naming boats and spaceships and telescopes after Atlantis."

[embed]http://bit.ly/1WHZ1DD[/embed]

Comments

Post a Comment

Popular posts from this blog

Hooooookkkayyy Sooo, Thomas Greanias  new writings got me to thinking. If Misty Hannah  could do it, why not? I mean ADA wanted to learn how to do it, so it must be "Learnable" correct? So hyper threading as we know it is being able to bend space and time to a single point so that an object like Misty can travel from Geneva to Texas in an instant kind like stepping into a Traversable wormhole.  But Lukas, +Misty Hannah didnt go through a portal. You are right!. But Misty has been XM exposed correct. So theoreticlly she could be very element needed to be the portal via Morris–Thorne wormhole Lorentzian traversable wormholes would allow travel in both directions from one part of the universe to another part of that same universe very quickly or would allow travel from one universe to another. The possibility of traversable wormholes in general relativity was first demonstrated by Kip Thorne and his graduate student Mike Morris in a 1988 paper. For this reason, the type of trave...
Read more
So a maybe fun activity for a Friday - created a catchphrase and saying theme page for the wiki - what Niantic catchphrases exist?  Let me know the phrase and also who says it alot and any other fun tidbits :) http://niantic.schlarp.com/investigation:characters:catchphrases [embed]http://niantic.schlarp.com/investigation:characters:catchphrases[/embed]
Read more

This is a doubt I have had, the principle of uncertainty can be applied to the analysis of exotic matter (quoted...

This is a doubt I have had, the principle of uncertainty can be applied to the analysis of exotic matter (quoted from wikipedia) "[The uncertainty principle] It establishes the impossibility that certain pairs of observable and complementary physical magnitudes are known with precision In terms of quantum physics, simultaneously, and with arbitrary precision, one can not determine certain pairs of physical variables, such as the position and linear momentum (momentum) of a given object. Other words, the greater certainty is sought in determining the position of a particle, the less is known its quantity of linear motions and, therefore, its mass and velocity. " I have not completely based my idea of ​​how it can be related, well, not beyond the very qualities of exotic matter, but, these are the only ones we have been able to analyze. Some researcher has come to the same point as me (or someone has thought of something similar) Edgar Allan Wright H. Richard Loeb Hank Johnson ...
Read more