Jawgap wrote: » With a warp drive, you don't move the ship, you warp space and bring your destination to you - the speed of light is irrelevant.
Iwasfrozen wrote: » It's makey up science, as far as we know nothing can break the light speed barrier and nothing with a mass can ever reach light speed.
Iwasfrozen wrote: » Well I guess it comes down to how to generate negative energy and if enough can be generated to carry this out. How would this affect time dilation though?
Jawgap wrote: » You can travel into the past
MarkAnthony wrote: » All we need is negative energy? Just open a thread about benefits in After hours and we'll be at Vega in under 3 minutes.
The_Valeyard wrote: » So why doesn't the universe tear itself apart with multiple ships doing this?
CINCLANTFLT wrote: » It simple... X.Y.€⊙€⊙ω⊙€⊙⊙€⊙⊙.K^xy ~ W
Akrasia wrote: » Space itself can travel 'faster than light' Galaxies outside of the 'observable universe' will never be visable to us because they are travelling away from us faster than the speed of light The cosmic speed limit refers to objects travelling through space. Warp drives get around this by 'warping space' around your space ship so that you're not actually moving but spacetime moves around you. It requries 'negative mass' or density lower than the density in a pure vacuum It had been thought that the energy requirements to achieve negative mass were greater than the amount of energy contained in the entire observible universe, but Harold White at NASA did some sums recently and thinks we might be able to tweak the design to massively increase efficiency and bring warp travel closer to the realms of feasability. (of course, until he produces experimental results, we should probably presume he's wrong)
derfderf wrote: » I read somewhere they'd need an antimatter reserve the mass of Jupiter to power it, but by redesigning the ship it's much less. They had a few grams at CERN a while back...
everlast75 wrote: » and they reckon matter/anti-matter energy production is on the way.
The total amount of antimatter produced in CERN’s history is less than 10 nanograms - containing only enough energy to power a 60 W light bulb for 4 hours. ... Taking into account the low production efficiency, it would need 25 million billion kWh to make one single gram! Even at a discount price for electric power, this would cost more than a million billion Euros!
Capt'n Midnight wrote: » We've caught up with a lot of the technobabble on Star TrekData was built with an ultimate storage capacity of eight hundred quadrillion bits and a total linear computational speed rated at sixty trillion operations per second To put that in perspectiveNvidia revealed its most powerful mobile processor yet, the Tegra X1 — which is capable of doing teraflops, or trillions of calculations every second.US county sheriff’s department of Bakersfield, CA ordered a petabyte-class storage array. BTW the original Warp Speed cubed was how many times faster than light it was, Warp 1 = c Warp 2 = 8c Warp 4 = 64c Anyway Star Trek is science fantasy so I wouldn't loose any sleep over it.
the_monkey wrote: » Strange, then it would still take 13 days to get to Vega at Warp 9 ...
Not G.R wrote: » 9×9×9 = 729c 729 × 300,000 (speed of light in km/s) 218,700,000 km/s _ 60×60×24×14 = ~1,200,000 (sec in 14 days) _ 218,700,000 x 1,200,000 = 2.6244e14 2600000000000000km = 274.8 LY. Not that far in the grand scheme of things. I fu*king hate Star Trek too! :pac:
Not G.R wrote: » 9×9×9 = 729c 729 × 300,000 (speed of light in km/s) 218,700,000 km/s _ 60×60×24×14 = ~1,200,000 (sec in 14 days) 218,700,000 x 1,200,000 = 2.6244e14 2600000000000000km = 274.8 LY. Not that far in the grand scheme of things. I fu*king hate Star Trek too! :pac:
kneemos wrote: » Universe ending paradoxes are a sham as well apparently. When Spock meets Spock nothing happens.
An alien star passed through our Solar System just 70,000 years ago, astronomers have discovered. ... The object, a red dwarf known as Scholz's star, cruised through the outer reaches of the Solar System - a region known as the Oort Cloud. Scholz's star was not alone; it was accompanied on its travels by an object known as a brown dwarf. These are essentially failed stars that lacked the necessary mass to get fusion going in their cores.