Quantum Dice, an Oxford University spin-out specializing in quantum random number generator (QRNG) technology, and SCI Semiconductor, a UK-based developer of secure silicon devices, have announced a memorandum of understanding to jointly develop solutions targeting […]
Figure. QEYSSat: A quantum receiver in space. Credit: Canadian Space Agency by Amara Graps It’s a simple idea. XOR, ⊕, is a bitwise operator, that means “exclusive or.” The logical operation it performs, is: if the […]
Nord Quantique, a quantum error correction company, announced two new partnerships to strengthen its semiconductor supply chain. These agreements are with the MiQro Innovation Collaborative Centre (C2MI) in Bromont, Quebec, and the New York Center […]
by Amara Graps – Which- quantum computing modality is best suited for -which- Use Case, beyond what we know for the gate-based versus annealing types? In an earlier QCR article about the Ansatz Zoo, I […]
by Amara Graps One of my current favorite books at home is Cal Peternell’s Twelve Recipes. He is a professional chef who wrote the cookbook to codify a core set (dozen) of recipes for his […]
by Amara Graps Benchmarks for quantum computers are blooming. From the (not serious) Weird Al benchmark, to the (very serious) Quantum Benchmarking Initiative by DARPA, the quantum community has advanced quite a distance in the […]
A recent study published in Science introduces a novel metric called the V-score, aimed at evaluating the effectiveness of various computational methods in solving ground state problems—critical challenges in quantum computing research. The paper, authored […]
Quantum Computing Inc. (QCi) has secured its fifth contract with NASA to develop quantum remote sensing technology aimed at significantly reducing the cost of spaceborne LiDAR missions. The new project seeks to make LiDAR imaging […]
by Amara Graps Training hybrid quantum neural networks (HQNN) and quantum neural networks (QNNs) can be costly. As in up to $100K per qubit. If this is the price, would you want to train your […]
Researchers from ParityQC and the University of Innsbruck have unveiled the most efficient implementation of the Quantum Fourier Transform (QFT) on a linear chain of qubits, eliminating the need for SWAP or Shuttling operations. Their […]
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