Phys.org July 13, 2018 In their experiments, an international team of researchers (Australia, USA – Purdue University) has confirmed the ability to tune neighbouring qubits into resonance without impacting each other. Creating engineered phosphorus molecules with different separations between the atoms within the molecule allows for families of qubits with different control frequencies. Each molecule can be operated individually by selecting the frequency that controls its electron spin. It creates a built-in address which will provide significant benefits for building a silicon quantum computer. By engineering the atomic placement of the atoms within the qubits in the silicon chip, the […]
Category Archives: Quantum computer
Deeper understanding of quantum chaos may be the key to quantum computers
Phys.org May 14, 2018 An international team of researchers (UK, Austria, Switzerland) has provided a theoretical explanation for the robust oscillations that kept the atoms in a quantum state for an extended time as predicted by Harvard University and MIT. The team’s work suggests that these oscillations are due to a new physical phenomenon that called ‘quantum many-body scar’. Previous theories involving quantum scars have been formulated for a single particle. The work extends these ideas to systems which contain not one but many particles, which are all entangled with each other in complicated ways. Quantum many-body scars might represent […]