Author Topic: Flying Faster Than the Speed of Light Could Create Deadly Explosions on Arrival  (Read 1292 times)

0 Members and 1 Guest are viewing this topic.

Offline Buster's Uncle

  • With community service, I
  • Ascend
  • *
  • Posts: 49395
  • €61
  • View Inventory
  • Send /Gift
  • Because there are times when people just need a cute puppy  Soft kitty, warm kitty, little ball of fur  A WONDERFUL concept, Unity - & a 1-way trip that cost 400 trillion & 40 yrs.  
  • AC2 is my instrument, my heart, as I play my song.
  • Planet tales writer Smilie Artist Custom Faction Modder AC2 Wiki contributor Downloads Contributor
    • View Profile
    • My Custom Factions
    • Awards
Quote
Flying Faster Than the Speed of Light Could Create Deadly Explosions on Arrival
By Clay DillowPosted 03.13.2012

 
Imagine: you’ve traveled all the way across the galaxy to some faraway, potentially life-embracing planet orbiting a faraway star, only to obliterate your destination upon arrival. It’s a very real threat according to few physicists at the University of Sydney. It turns out that a spacecraft emerging from a so-called Alcubierre warp drive does so quite violently, releasing an accumulation of high energy particles that would annihilate anything in their path.
 
The Alcubierre warp drive--proposed by a Mexican physicist of the same name back in the 1990s--is a theoretical mechanism by which a spacecraft could deform the space-time continuum in a bubble around itself so it could travel faster than the speed of light while still staying within the parameters of special relativity. So a couple of honors students and their professor at the U. of Sydney School of Physics decided to take the Alcubierre warp drive for a theoretical spin. Their findings: there’s no soft landing at the other end of warp speed.

It turns out that bending the space-time continuum has its hazards. During faster-than-light travel, particles that come in contact with this Alcubierre bubble get trapped and accumulate in front it. Some particles can even enter the warp bubble. There is an aggregating effect here, the physicists found, so the longer the bubble travels, the more particles accumulate in front of it.
 
When the spacecraft is finally decelerated at its destination, that energy is released all at once with such high energy that virtually anything they come in contact with would be instantly destroyed. The particles that wormed their way inside the bubble could also threaten the spacecraft itself. This could be handy if your cruiser drops out of warp speed in the midst of an asteroid field, but it also means that if you dropped out of warp too close to your destination planet you could inadvertently wipe it off the interstellar map. Don’t tell The Galactic Empire.
http://www.popsci.com/technology/article/2012-03/pro-tip-flying-faster-speed-light-could-have-devastating-consequences

 

* User

Welcome, Guest. Please login or register.
Did you miss your activation email?


Login with username, password and session length

Select language:

* Community poll

SMAC v.4 SMAX v.2 (or previous versions)
-=-
24 (7%)
XP Compatibility patch
-=-
9 (2%)
Gog version for Windows
-=-
103 (32%)
Scient (unofficial) patch
-=-
40 (12%)
Kyrub's latest patch
-=-
14 (4%)
Yitzi's latest patch
-=-
89 (28%)
AC for Mac
-=-
3 (0%)
AC for Linux
-=-
6 (1%)
Gog version for Mac
-=-
10 (3%)
No patch
-=-
16 (5%)
Total Members Voted: 314
AC2 Wiki Logo
-click pic for wik-

* Random quote

The first living thing to go through the device was a small white rat. I still have him, in fact. As you can see, the damage was not so great as they say.
~Academician Prokhor Zakharov 'See How They Run'

* Select your theme

*
Templates: 5: index (default), PortaMx/Mainindex (default), PortaMx/Frames (default), Display (default), GenericControls (default).
Sub templates: 8: init, html_above, body_above, portamx_above, main, portamx_below, body_below, html_below.
Language files: 4: index+Modifications.english (default), TopicRating/.english (default), PortaMx/PortaMx.english (default), OharaYTEmbed.english (default).
Style sheets: 0: .
Files included: 45 - 1228KB. (show)
Queries used: 36.

[Show Queries]