06-05-2014, 02:56 AM
A FTL (faster than light) warp drive has become mathematically and physically possible. NASA is working on some small scale tests.
http://techland.time.com/2012/09/19/nasa...arp-drive/
NASA Actually Working on Faster-than-Light Warp Drive
Einstein's theory of relativity states matter cannot travel faster than light. This is due to the equation for relativistic mass ending up with a divisor of zero which makes the result infinite as V approaches C. However, this equation may be too simplistic, while describing one characteristic of matter. Also, the results of the equation can be inverted with imaginary plane substitutions (square root of -1). This could be achieved with phase velocity.
Another factor is antimatter. Linear accelerators create antimatter all the time but the amount has been too small to measure physical properties. Antimatter should exhibit antigravity, which means antimatter will repel from matter, rather than attract. The scientists at CERN are going to try to collect enough antimatter this summer to investigate if antimatter does exhibit antigravity.
The growing evidence of dark matter and dark energy is also starting to show the hidden side of nature. A scientist recently said "The physicists of tomorrow will work with dark matter and dark energy like we work with atoms and nuclear energy today."
"This island Hawaii on this island Earth"
http://techland.time.com/2012/09/19/nasa...arp-drive/
NASA Actually Working on Faster-than-Light Warp Drive
Einstein's theory of relativity states matter cannot travel faster than light. This is due to the equation for relativistic mass ending up with a divisor of zero which makes the result infinite as V approaches C. However, this equation may be too simplistic, while describing one characteristic of matter. Also, the results of the equation can be inverted with imaginary plane substitutions (square root of -1). This could be achieved with phase velocity.
Another factor is antimatter. Linear accelerators create antimatter all the time but the amount has been too small to measure physical properties. Antimatter should exhibit antigravity, which means antimatter will repel from matter, rather than attract. The scientists at CERN are going to try to collect enough antimatter this summer to investigate if antimatter does exhibit antigravity.
The growing evidence of dark matter and dark energy is also starting to show the hidden side of nature. A scientist recently said "The physicists of tomorrow will work with dark matter and dark energy like we work with atoms and nuclear energy today."
"This island Hawaii on this island Earth"
*Japanese tourist on bus through Pahoa, "Is this still America?*