Category: quantumdaily

Insider Brief Fermioniq’s Ava allows businesses and researchers to design and test quantum algorithms on significantly more qubits than are typically available via current-day hardware Ava’s arrival on the NVIDIA CUDA-Q platform enables a wide […]

Insider Brief Olivia Lanes from IBM highlights that quantum computing is best suited for high-complexity problems like molecular simulations, which are challenging for classical computers, making fields like material science and drug discovery ideal for […]

Insider Brief SDT and Anyon Technologies will collaborate to develop a 20-qubit superconducting quantum computer system integrated with NVIDIA’s Grace Hopper Superchip, aiming for production by early next year. SDT will leverage its manufacturing facilities, […]

Insider Brief NVIDIA is collaborating with Google Quantum AI to simulate next-generation quantum processors using the NVIDIA CUDA-Q platform and the NVIDIA Eos supercomputer. By leveraging 1,024 NVIDIA H100 Tensor Core GPUs, Google is conducting […]

Insider Brief Fraunhofer IAF has become the first European institution to acquire Quantum Brilliance’s room-temperature quantum accelerator, the QB-QDK2.0, leveraging synthetic diamonds for scalable, energy-efficient quantum computing without the need for refrigeration. The 19” rack-mountable […]

Insider Brief IonQ demonstrated an industry-first end-to-end hybrid quantum-classical workflow, integrating its quantum hardware with NVIDIA’s CUDA-Q platform for advanced molecular modeling. The collaboration showcases a resource-efficient approach to simulating molecular properties with potential applications […]

Insider Brief Anyon Technologies and NVIDIA have announced the integration of Anyon’s quantum systems with the NVIDIA CUDA-Q platform, enabling seamless hybrid quantum-classical computing for enterprise applications. This collaboration combines Anyon’s quantum processors with NVIDIA’s […]

Insider Brief: ETH Zürich researchers created a functional qubit from a tiny mechanical resonator, reimagining early mechanical computer design within quantum computing’s framework. They overcame challenges of evenly spaced energy states in mechanical oscillators by […]

Insider Brief A new study outlines a comprehensive roadmap for building utility-scale quantum supercomputers by integrating quantum processors with classical high-performance computing (HPC) systems. The researchers emphasize hybrid quantum-classical systems, advanced qubit fabrication, and fault-tolerant […]

Convening the Responsible Quantum Industry Forum  Quantum technologies, including computing, communications, and sensing, have the potential for transformative impacts. As these technologies become more widely adopted in the UK and beyond, it is critical that […]