I CALL ANYONE WHO WORK IN CERN AND KNOW ABOUT THIS CONNECTION TO GET HERE!
There is an additional connection between the quantum-scale, qubit-based computing
systems of D-Wave Systems, Inc. and the physics employed within the Large Hadron Collider
(LHC) at CERN.
Both are quantum computing systems. That is correct. While it is obvious D-Wave‘s
Adiabatic systems are in fact quantum computers. What is not appreciated is the LHC, albeit on a
much larger 27km scale, also operates as a quantum computer.
How so you may ask?
A simple examination of their respective components reveals all.
D-Wave‘s qubit: Composed of gold and niobium. Held in a cryogenic state maintaining the
superconductivity of these materials. Enabling the acceleration of electrons (charged particles) held to opposing circular trajectories, achieving superposition, resulting in 0s also being 1s, while 1s also are 0s. By co-founder Geordie Rose‘s own public statements, they are accessing thousands of parallel dimensions. In previous editions of Entangled Magazine, and in this one, I‘ve provided transcriptions of his first declaration made in 2013, relative to the 3rd Model, comprised of 512 qubits. He indicating at that time, they were accessing 2 to the 500th power of parallel dimensions.
LHC: Superconducting magnets composed of niobium-titanium. Held in a cryogenic state
maintaining the superconductivity of these materials. Enabling protons, ions of lead and other quantum particles to be held to opposing circular trajectories.
Now… here is where it gets interesting in contemplating the consequences of these nearly
identical systems. The LHC is likewise achieving superposition of 0s and 1s. Only on a 27km
scale, as opposed to the chipset-sized qubits of D-Wave Systems.
Consider also the fact D-Wave is accessing in a two-way configuration of communications,
thousands of parallel dimensions. Now, publically with their 5th Model, the 2000Q (2048 chipset),
they are accessing over 2 to the 2000th