The claim.............................>
There is an another flavor of QCryptography algorithm that relies on the entanglement - which is just a pure pseudoscience.
ES
[quote=Mike Kremer]
You know the wonderful thing about science is that, you can produce an abundance of theorys.....but they dont become
"science" until the theory has been proven absolute.
Well it just so happens that Entanglement, and in particular Quantum entanglement is a fact.
Scientists regulary produce entangled Photons or atoms linked by the strange phenomenon known as entaglement.By altering the state of one particle, instantly alters the state of the other particle, no matter how far away they are from each other.
This 'alteration' is achieved by measuring the state of one of the particles. Which can be either a 0 or 1, both at the same time.
If the measurement of one particle (spin) is 0, the other particle always settles on being a 1.
This has been proven time and time again.
This fact allows one to make a super fast Quantum Computer. One that could break any encrypted code......if it started off with enough entangled particles.
I believe scientists have been able to entangle 4 quantum particles, which has allowed them to produce a super fast computer.....One which only gives the answer to simple maths problems.
Building a larger Quantum Computer with say 20 entangled Qbits, has not been possible to date.
As the difficulty is the storage of the entangled particles.
Storage methods have been Crystals, where electrons are released by a Laser.
Ion traps, storage in Electomagnetic fields.
Particle storage in superconducting materials that exihibit no resistance at very low temperatures (using Helium)
One day a Super Quantum Computer will be built.
It might use Caesium atoms, or even Radioactive particles. The right storage conditions for the right Particles have yet to be found, but eventually it will be.
Then there will have to be total freedom of every type of information, for everyone everywhere.
Since the will be no such thing as a Secret