Examples of using Faster than light in English and their translations into Vietnamese
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A particle that moves significantly faster than light.
Because a tachyon would always move faster than light, we would not be able to see it approaching.
For it to be true, space has to contract and time had to dilate,and nothing could go faster than light.
We can take advantage of this to be able to travel faster than light; all we need is a rotating black hole.
This has opened up a new era of human Dreams,which is in progress in space travel at speeds faster than light.
People also translate
With the recent discovery that solid matter does travel faster than light, I feel vindicated and look forward to further developments in physics.
Since the horizon is moving out at the speed of light, in order to escape back across it,you would have to travel faster than light.
And what that means is if you could travel faster than light, in Einstein's universe- and he says you can't and he's probably right, you probably can't.
With phones, sound can travel faster than light.”.
You could send a message that travels faster than light,” Nicolaidis says,“but you could never send a message that arrives before it is sent.”.
They're being hurled apart and space-time is expanding faster than light between them.".
If one couldn't go faster than light, the round trip to the nearest star, would take at least eight years, and to the center of the galaxy, at least eighty thousand years.
On top of Diggle's other problems, he's forced to deal with the fact that he has to defend the world"in aworld where people can move faster than light.".
According to the theory of relativity, nothing can travel faster than light, so a round trip from us to the nearest star would take at least 8 years, and to the centre of the galaxy about 50,000 years.
Three weeks ago, a group of Italian scientistsannounced that they had measured objects moving faster than light, violating the fundamental laws of physics.
Nevertheless, the Alcubierre Warp Drive is an idea that they're kicking around as a possible solution(or at least the beginning of a solution)to overcoming the universe's restrictions when it comes to moving faster than light.
Of course, as most ofus might already know, nothing can go faster than light, but Einstein's other theory of general relativity has some predictions that may allow us to cheat the laws of physics and travel faster than light.
The entangled particles could be separated across the galaxy, and somehow, according to quantum theory, measurements on one particleshould affect the behavior of the far-off twin faster than light could have traveled between them.
Miguel Alcubierre, a Mexican physicist,proposed this warp drive in 1994 as a way to travel faster than light, overcoming the limit on particles travelling at such speeds posed by Einstein's theory of special relativity.
Unfortunately, his calculations(and perhaps his instrumentation) were in error to such a degree that Wheatstone estimated the velocity of electricity at 288,000 miles per second,a mistake that led him to believe that electricity traveled faster than light.
The recent news of neutrinos moving faster than light might have got everyone thinking about warp drive and all that, but really there is no need to imagine something that can move faster than 300,000 kilometres a second.
And finally the emission theory is considered to be disproved by Willem de Sitter(1913), who showed that, for the case of a double-star system seen edge-on, light from the approachingstar might be expected to travel faster than light from its receding companion and overtake it.
Given the stakes if the equipment is right-if neutrinos really can move faster than light- nobody's buying the shocking result until another set of researchers, using another set of instruments, gets the same answer.
In Alcubierre's proposal, which requires a type of exotic matter for the rings that is not known to exist, the spacecraft inside the"warp bubble"created by the drive would never travel faster than light in its local space, and so would not violate the laws of relativity.
What Cowsik and his team found was that if neutrinosproduced from a pion decay were traveling faster than light, the pion lifetime would get longer and each neutrino would carry a smaller fraction of the energy it shares with the muon.
In fact, light travel time effects will make it impossible to have a superluminal dot on a ceiling, as in my animation above- not even a virtual one, where you take a laser pointer and turn it fast enough that thelaser dot on the ceiling would move faster than light.
De hecho, light travel time effects will make it impossible to have a superluminal dot on a ceiling, as in my animation above- not even a virtual one, where you take a laser pointer and turn it fast enough that thelaser dot on the ceiling would move faster than light.