Usdk wrote:
Its flipping an entire coin.
All this time they thought the coin was heads(nothing travels faster than the speed of light) and based all their observations on that coin based on the "fact" that it was heads.
Now they're like oh shit, it's tails? What else is changed because of that?
It is not nearly that simple. The belief that the speed of light is the speed limit of the universe is the bedrock of our understanding of physics, and questioning this assumption has implications for not only theory but also practical fields such as electronics, communication and radiation.
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If they really are faster than light it could mean re-adjusting much of the theories of relativity and have implications on time travel.
Time travel is pure science fiction.
Time travel is to science as the land of the dog-men is to exploration.
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The best answer is a shrug... It could also be a string theory breakthrough. It's possible that the speed of light is still the speed limit, but neutrinos are able to move along a different dimension, taking a short-cut and arriving earlier than light would, but still not going faster than light along it's shortcut.
What's it mean to a layperson? Probably nothing, but it's tough to say. The work of Einstein and his contemporaries had a fairly quick impact on the world, but it's too early to tell if this discovery means a potential new age or just an unexplainable quirk in an otherwise solid theory.
Pretty much this.
The possible implications are:
-Communication systems based on para-dimensional particles, with infinite range and zero latency
-Bypassing the uncertainty principle, allowing for better medical and scientific equipment and possible breakthroughs in bio-engineering (artificial organs, life extension, and parthenogenesis)
-Faster-than-light travel (extreme far future if ever)
-Extremely strong substances (neutronium)
-Superconductors (vastly increased energy efficiency, miniaturization, extremely efficient vehicles, portable lasers)
-Much smaller and more powerful high-power lasers and particle accelerators
-Quantum computing (smaller and much more powerful computers)
-Holograms (exploiting faster-than-light particles and human perspective to construct three-dimensional images)