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self-correcting-quantum-device

Before the dream of quantum computing is realized, a number of inherent problems must first be solved. One of these is the ability to maintain a stable memory system that overcomes the intrinsic instability of the basic unit of information in quantum computing – the quantum bit or “qubit”. To address this problem, Physicists working at the University of California Berkeley (UC Berkeley) claim to have created breakthrough circuitry that continuously self-checks for inaccuracies to consistently maintain the error-free status of the quantum memory.

Vulnerability to environmentally-induced error – such as cosmic ray events or simply an unknown collapse of quantum coherence, for example – means that the information contained in a qubit is easily lost. And because of the nature of of quantum entanglement required to encode the qubit in the first place, any attempt to replicate the information will also immediately destabilize it. (1)

self-correcting-quantum-device-0

The environment changes constantly. And yet we believe that memory is based on a stable environment we are certain it exists. We try to be Gods in the cosmos. By altering the nature of the cosmos. We are afraid of change and yet change is what keeps everything unaltered. Everything possible. Everything different. Where else can that be possible, if not in an ever stable cosmos? Try to make things stop changing and you will put the universe in motion.

Stop and look around.

The world is spinning.

Try to stop it.

And everything will fall apart…