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mamus
I have seen this news earlier that the physicist accidentally discover a warp drive an idea of traveling as fast of speed of light? Is this possible? How it will work?
Sorry for wrong information. Hehe Yes NASA tell that story i just think what if it will work . How is a person can actually stand traveling as fast as a speed of light? Do they die? If they tavell as fast as speed of light? I am just curiostnx for the response.BvU said:Hello mamus, welcome to PF !
Brave of you to post this in PF homework forum (I suspect it will be moved elsewhere, though). Could you tell us where this news can be found ? NASA ?
You see, for ordinary physicists, this is very shocking news. We have to reinvent everything found since over 100 years ago. So our first reaction is denial. Even when the news source appears reliable at first, as happened when OPERA found faster than light neutrinos. That was a real test, even for serious physicists.
Most of the time this kind of thing comes into the news, the news itself is the cause of the mishap: an enthousiastic journalist gets carried away a bit, is misquoted by other good-willing but overzealous colleagues who don't know how to interpret the message and there you go.
My two cents: It won't work.
There is no such thing as traveling at the speed of light for any object with mass. Only photons (massless) can travel at c.mamus said:Sorry for wrong information. Hehe Yes NASA tell that story i just think what if it will work . How is a person can actually stand traveling as fast as a speed of light? Do they die? If they tavell as fast as speed of light? I am just curiostnx for the response.
hehe .i think when that happen time traveling is also impossible but for now i think its a big question.phinds said:There is no such thing as traveling at the speed of light for any object with mass. Only photons (massless) can travel at c.
I haven't read about the "warp drive" because I'm confident it's nonsense, but presumably they "warp" space in some way that mean they are NOT traveling at greater than c locally. This is the same kind of thing that happens with galaxies receeding due to the expansion of the universe. Galaxies at the edge of our Observable Universe have a recession speed of about 3c but LOCALLY they are hardly moving at all relative to us.
I disagree. I don't think either one is "a big question". Traveling at c or greater is known to be nonsense and I'm confident that time travel is also nonsense.mamus said:hehe .i think when that happen time traveling is also impossible but for now i think its a big question.
On that note and per PF rules against non-mainstream physics, this thread is closed.HallsofIvy said:A google search on "warp drive" immediately gets "NASA officials have denied recent reports that the agency has achieved a major breakthrough in efforts to develop a Star Trek-style faster-than-light “warp drive"!
Warp drive is a theoretical concept that involves manipulating the fabric of space-time to allow for faster-than-light travel. It is based on Einstein's theory of relativity and the idea of warping space around a spacecraft to reduce the distance it needs to travel.
Currently, warp drive is only a theoretical concept and has not been proven to be possible. However, scientists continue to study and research the idea, and some believe that it could be possible in the future with advancements in technology and understanding of physics.
As of now, humans have not been able to travel through warp drive as it is still a theoretical concept. However, if it were to become a reality, it would require advanced technology and a deep understanding of its effects on the human body.
If warp drive were to become possible, it could potentially revolutionize space travel and allow for much faster and efficient travel to distant planets and galaxies. It could also open up new possibilities for exploration and discovery.
There are many challenges and obstacles that must be overcome before warp drive becomes a reality. These include finding a way to generate and manipulate the enormous amounts of energy required, as well as understanding and mitigating potential negative effects on space-time and the human body.