IT, Electronic, and Communications

The paper proposes an iterative warm-start quantum optimizer for problems like MaxCut.

Thin film batteries currently rely on thin film electrolytes with ionic conductivities up top 3 x 10-6 S/cm.  Improving the rate capability of thin film batteries requires thin film electrolytes with higher ionic conductivities.

This invention consists of bulk ionic glass films that are 01.1-50 micrometers in thickness that have intrinsic local ductility, ionic conductivity and can be processed with bulk glass processing.

This invention describes Q-IRIS, integrating IRIS's asynchronous task-based runtime with QIR-EE and XACC to orchestrate classical–quantum workflows using QIR.

The invention addresses a key challenge in modern computational science: effectively integrating quantum computing capabilities into existing high-performance computing (HPC) environments.

Our work shows how to derive a set of consistent interactions between a parent topological phase (Z_4) and a condensed variant thereof (DS). We then show how N condensed DS patches embedded within a Z_4 matrix realize N-1 logical error corrected qubits. 

Unstable (or chatter) behavior and tool wear are two major limitations to machining productivity. Under stable machining conditions, the machining cost per part is a trade-off between the material removal rate and tool life.

This invention addresses the challenge of efficiently converting high-voltage DC power to low-voltage, high-current outputs in applications such as electric vehicles and data centers.

This system addresses the challenge of maintaining coherence across distributed quantum-optics networks. By anticipating rather than reacting to environmental disturbances, it provides a predictive framework for stabilizing quantum emitters.

The eDICEML digital twin is proposed which emulates networks and hosts of an instrument-computing ecosystem. It runs natively on an ecosystem’s host or as a portable virtual machine.