May 26, 2022
Lately the quantum news cycle never slows. More advances were reported on different underlying qubit technologies (superconducting and cold atom) by Lawrence Be Read more…
February 17, 2022
It’s been a busy week in quantum computing. Rigetti began providing much wider access to its 80-qubit system (Aspen-M), announced a collaboration with Nasdaq to develop FS apps, and struck a deal with Arm-based chip supplier Ampere to develop hybrid classical-quantum platforms. Elsewhere, JPMorgan Chase, Toshiba, and Ciena reported successfully... Read more…
January 25, 2022
Currently, there are many qubit technologies vying for sway in quantum computing. So far, superconducting (IBM, Google) and trapped ion (IonQ, Quantinuum) have dominated the conversation. Microsoft’s proposed topological qubit, which relies on the existence of a still-unproven particle (Majorana), may be the most intriguing. Read more…
For many organizations, decisions about whether to run HPC workloads in the cloud or in on-premises datacenters are less all-encompassing and more about leveraging both infrastructures strategically to optimize HPC workloads across hybrid environments. From multi-clouds to on-premises, dark, edge, and point of presence (PoP) datacenters, data comes from all directions and in all forms while HPC workloads run in every dimension of modern datacenter schemes. HPC has become multi-dimensional and must be managed as such.
This white paper explores several of these new strategies and tools for optimizing HPC workloads across all dimensions to achieve breakthrough results in Microsoft Azure.
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