Advanced materials for energy and computing

Employing silicon photonics co-integration for ultra-low-power optical neural networks

silicon photonics optical computing neural networks energy efficiency co-integration

Using topological insulators for spintronics in ultra-low-power quantum computing architectures

topological insulators spintronics quantum computing energy efficiency condensed matter physics

At millikelvin thermal states for quantum computing error correction

quantum computing cryogenics error mitigation superconductivity millikelvin physics

With resistive RAM for in-memory computing to break the von Neumann bottleneck

resistive RAM in-memory computing von Neumann bottleneck non-volatile memory energy-efficient computing

Quantum coherence in attojoule energy regimes for nanoscale thermal computing devices

attojoule quantum coherence thermal computing nanoscale devices energy efficiency

Optimizing quantum error correction through topological surface code implementations

quantum computing error correction topological qubits surface code fault tolerance

Optimizing quantum error correction at spin relaxation timescales in solid-state qubits

quantum error correction spin relaxation solid-state qubits decoherence fault tolerance

Exploring quantum coherence in superconducting qubits at millikelvin thermal states

quantum coherence superconducting qubits millikelvin temperatures quantum computing decoherence

Enhancing spin relaxation timescales in quantum dots via mitochondrial uncoupling techniques

spin relaxation quantum dots mitochondrial uncoupling coherence time quantum computing

Anticipating 2035 energy grid demands with Planck-scale approximation models

energy grid Planck-scale models demand forecasting 2035 projections computational physics

With resistive RAM for in-memory computing to revolutionize edge AI devices through embodied active learning

resistive RAM in-memory computing edge AI active learning energy efficiency

At Josephson junction frequencies with patent-expired innovations for scalable quantum computing

quantum coherence superconducting circuits intellectual property microwave engineering cryogenic systems