Advanced materials for energy and computing

Enhancing quantum computing efficiency within quantum coherence windows using error-corrected qubits

quantum coherence error correction qubit stability fault-tolerant computing decoherence mitigation

Improving quantum computing stability with embodied active learning in error correction systems

quantum computing active learning error correction machine learning qubit stability

Optimizing sparse mixture-of-experts models for energy-efficient AI training and inference

mixture-of-experts energy-efficient AI sparse models neural networks distributed training

Optimizing exascale system integration for real-time climate modeling at petabyte scales

exascale computing climate modeling co-design petabyte analytics HPC

For exascale system integration of modular fusion reactor diagnostics

fusion energy exascale computing plasma diagnostics real-time analysis high-performance computing

In Planck-scale approximations for quantum gravity simulations using superconducting qubits

Planck scale quantum gravity superconducting qubits spacetime simulation quantum computing

Probing quantum coherence limits in superconducting qubits with microwave pulse shaping

quantum computing coherence time microwave engineering superconducting qubits error mitigation

Optimizing exascale system integration through rapid prototyping cycles for high-performance computing

exascale computing rapid prototyping high-performance computing system integration scalability

Advancing deep learning efficiency for sparse mixture-of-experts models with energy-efficient attention

sparse models energy-efficient AI mixture-of-experts deep learning optimization attention mechanisms

Optimizing quantum error correction for exascale system integration by 2026

quantum computing error correction exascale hybrid systems 2026 deployment

Quantum noise suppression at Josephson junction frequencies for scalable qubit arrays

quantum computing Josephson junctions noise reduction superconducting circuits qubit coherence

Probing quantum coherence effects at Josephson junction frequencies in superconducting qubits

Josephson junction quantum coherence superconducting qubits quantum computing frequency tuning