Archive of posts tagged: Quantum Computing
Putting Qubits to Work – Quantum Memory Management
Recent progress in quantum computer (QC) systems has been impressive — state-of-the-art devices offer increasing memory size (qubit count) and reliability (decoherence time). A most recent example is from IBM’s announcement on their six new superconducting...
The Coming of the Quantum Age
Much of the recent explosion in interest in quantum computing has been driven by the arrival of the “Near-term Intermediate Scale Quantum” era (abbreviated “NISQ”), in which several experimental groups in academic and industrial labs are now able to implement quantum...
Building Fault-Tolerant Qubits Using More Physical States
Continuing with our thread on looking past abstractions in quantum computing, guest bloggers Yunong Shi from EPiQC and Christopher Chamberland and Andrew Cross from IBM examine how to make qubits fault tolerant by exploiting more of the physical state space available...
Greater Quantum Efficiency by Breaking Abstractions
Practical quantum computation may be achievable in the next few years, but applications will need to be error tolerant and make the best use of a relatively small number of quantum bits and operations. Compilation tools will play a critical role in achieving these...Subscribe
