General / Off-Topic Working chip using quantum features

If its anything like GFX cards or Processors in todays market it may cost
$15m now but it will be down to $8m in 6 months time...Nasa should have held out :D
 
If its anything like GFX cards or Processors in todays market it may cost
$15m now but it will be down to $8m in 6 months time...Nasa should have held out :D

Yeah, and in 18mths it would be $1m


Would run a cool ED universe :cool: with 3 petabytes of RAM.
 
Nah, 64bit can address upto 16exabytes, which is one after petabytes, so plenty of addressing space.
 
@AndyB(EDB50):

The "chip" itself should already fit into any PC, the housing is mostly so big because of all the cooling and insulation :D

@ Bikky :

You actually should need a "OS" which runs as many bits as the chip has Qbits. 512 QBits should need 512 bit addressing space to work properly. Otherwise you wouldn't be able to use the advantage you are aiming for with so many Qbits.
 
@AndyB(EDB50):

The "chip" itself should already fit into any PC, the housing is mostly so big because of all the cooling and insulation :D

@ Bikky :

You actually should need a "OS" which runs as many bits as the chip has Qbits. 512 QBits should need 512 bit addressing space to work properly. Otherwise you wouldn't be able to use the advantage you are aiming for with so many Qbits.

Didn't they measure the ark in Qbits?
 
Didn't they measure the ark in Qbits?

I just want to know where this guy fits into all this.

Qbert1.png
 
...
You actually should need a "OS" which runs as many bits as the chip has Qbits. 512 QBits should need 512 bit addressing space to work properly. ...

Unfortunately it is nowhere near that simple ;)
512 is an impressive count, it's a shame it is only an adiabatic process.
I think the current record is around 14 simultaneously entangled qubits.
 
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