Can anyone come up with an idea how to adapt this:
http://www.scienceblog.com/cms/lights-most-exotic-trick-yet-so-fast- it-goes-backwards-10590.html
to our distributed clusters?
Domas
Domas Mituzas wrote:
Can anyone come up with an idea how to adapt this:
http://www.scienceblog.com/cms/lights-most-exotic-trick-yet-so-fast- it-goes-backwards-10590.html
to our distributed clusters?
Domas
Or we can go faster than the speed of light:
http://gregegan.customer.netspace.net.au/APPLETS/20/20.html
:o)
On 12/05/06, Ashar Voultoiz hashar@altern.org wrote:
Domas Mituzas wrote:
Can anyone come up with an idea how to adapt this:
http://www.scienceblog.com/cms/lights-most-exotic-trick-yet-so-fast- it-goes-backwards-10590.html
to our distributed clusters?
Domas
Or we can go faster than the speed of light:
According to the article, making light go backwards makes it instantaneous, or something. Instantaneous > c^2 et al.
Rob Church
No, making light go backward involves making the INFORMATION travel instantly to the destination, then forcing the light itself to travel from the destination to the starting point. Read the article again (-:
On the peak truly travels backwards.
On May 12, 2006, at 9:52 AM, Rob Church wrote:
On 12/05/06, Ashar Voultoiz hashar@altern.org wrote:
Domas Mituzas wrote:
Can anyone come up with an idea how to adapt this:
http://www.scienceblog.com/cms/lights-most-exotic-trick-yet-so-fast- it-goes-backwards-10590.html
to our distributed clusters?
Domas
Or we can go faster than the speed of light:
According to the article, making light go backwards makes it instantaneous, or something. Instantaneous > c^2 et al.
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