«Slow» light techniques are extremely useful for
quantum information storage and optical buffer applications.
Not exact matches
By storing
information using both spins and electrical charge, spintronic devices should have greater
storage capacity and process data more quickly — although researchers still have years to go to figure out how to connect and process spintronically stored
information in futuristic computers, conventional and
quantum.
Essentially, Yu and Eberly wrote in this week's paper, ESD remains a mystery, and one that might cause problems in developing
quantum systems that rely on entanglement, such as the transmission and
storage of
information.
Quantum memory — the long - term
storage of
information in
quantum bits, or qubits — will be most vulnerable to ESD, Yu says, since more transitory processes could theoretically be sped up enough to be completed before ESD kicked in.
By emitting light only one photon at a time, one can then control the photons»
quantum properties for
storage, manipulation and transmission of
information.