Resultados (61)

Luna: LUT-Based Neural Architecture Achieves 10.95x Faster, 30% More Efficient Qubit Readout

Origen: https://quantumzeitgeist.com/feed/

...process of reading information from qubits, crucial components of quantum computers, while maintaining...

Ordenadores cuánticos

deep neural networks differential evolution logicnets look-up table low-latency inference quantum algorithms quantum error correction qubit readout superconducting qubits
2025-12-10 Compartir
Full-Stack Quantum Program: C-DAC & QuantrolOx Target Researchers

Origen: https://quantumzeitgeist.com/feed/

...learning quantum algorithm development with the practicalities of building quantum computers using superconducting...

Ordenadores cuánticos

quantum algorithms quantum computing quantum education quantum hardware superconducting systems training program
2025-12-10 Compartir
Solid-state Quantum Network Node Demonstrates Error-Protected Gates Robust to Frequency and Amplitude Errors

Origen: https://quantumzeitgeist.com/feed/

...random and systematic errors within a diamond-based solid-state system.

Ordenadores cuánticos

color codes conditional gates fault-tolerant quantum networks nitrogen-vacancy centers pudding gates quantum algorithms quantum error correction quantum fidelity randomized benchmarking solid-state quantum networks surface codes
2025-12-09 Compartir
Constraint-optimal Driven Allocation Improves QEC Decoder Scheduling for Scalable Systems with Limited Resources

Origen: https://quantumzeitgeist.com/feed/

...reduces decoding time for fault-tolerant quantum computers by intelligently sharing limited decoding resources across...

Ordenadores cuánticos

constraint-optimal driven allocation decoder virtualization fault-tolerant quantum computing longest undecoded sequence mls heuristic quantum algorithms quantum error correction scalable scheduling syndrome decoding
2025-12-04 Compartir
Denotational Semantics for Stabiliser Quantum Programs Enables Sound, Complete Compilation of Programs

Origen: https://quantumzeitgeist.com/feed/

...offering a potentially more efficient and scalable alternative to existing methods.

Ordenadores cuánticos

affine classical operations affine relations classically-controlled pauli operators denotational semantics fault-tolerant compilation finite fields quantum algorithms stabiliser operations stabiliser programs
2025-12-02 Compartir
Multi-agent Reinforcement Learning Accelerates Quantum Architecture Search for Complex Circuits

Origen: https://quantumzeitgeist.com/feed/

...the design of quantum circuits, enabling more efficient problem-solving on current quantum computers and paving the...

Ordenadores cuánticos

ansatz distributed computing maxcut problem multi-agent reinforcement learning parameterized circuits quantum algorithms quantum architecture search reinforcement learning schwinger hamiltonian
2025-12-02 Compartir
Lattice Surgery Aware Resource Analysis Enables Scalable Modular Quantum Circuit Mapping and Scheduling

Origen: https://quantumzeitgeist.com/feed/

...communication overhead and magic state distribution, paving the way for scalable and efficient quantum computation.

Ordenadores cuánticos

classical communications distributed logical quantum computing graph partitioning inter-core state transfer kahip magic state factory qapfa quadratic assignment problem quantum algorithms quantum cores quantum gate set
2025-12-01 Compartir
Large-scale Portfolio Optimization Using Pauli Correlation Encoding Achieves Efficient Exploration of Complex Solution Spaces with Gate-based Quantum Systems

Origen: https://quantumzeitgeist.com/feed/

...key limitation of current quantum hardware and paving the way for more powerful financial modelling.

Ordenadores cuánticos

correlated assets financial applications gate-based portfolio optimization quantum algorithms quantum computing qubits scalability
2025-11-28 Compartir
Phase Estimation with Compressed Controlled Time Evolution Achieves

Origen: https://quantumzeitgeist.com/feed/

...complex physical systems, dramatically reducing the number of operations needed and achieving high accuracy even on...

Ordenadores cuánticos

circuit compression cnot gates controlled time evolution hamiltonian iterative phase estimation noisy emulator quantum algorithms quantum simulation trapped ion device triangular lattice
2025-11-28 Compartir
Quantum Hardware Efficiently Selects Auxiliary Variables for QUBO Formulations, Reducing Compilation Overhead

Origen: https://quantumzeitgeist.com/feed/

...problems for quantum computers that reduces the computational steps required by almost 40%25 by prioritising...

Ordenadores cuánticos

auxiliary variables circuit depth compilation overhead interaction graphs optimization problems quadratic unconstrained binary optimization quantum algorithms quantum approximate optimization algorithm quantum circuits qubit connectivity qubo
2025-11-27 Compartir

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Resultados (61)

Luna: LUT-Based Neural Architecture Achieves 10.95x Faster, 30% More Efficient Qubit Readout

Full-Stack Quantum Program: C-DAC & QuantrolOx Target Researchers

Solid-state Quantum Network Node Demonstrates Error-Protected Gates Robust to Frequency and Amplitude Errors

Constraint-optimal Driven Allocation Improves QEC Decoder Scheduling for Scalable Systems with Limited Resources

Denotational Semantics for Stabiliser Quantum Programs Enables Sound, Complete Compilation of Programs

Multi-agent Reinforcement Learning Accelerates Quantum Architecture Search for Complex Circuits

Lattice Surgery Aware Resource Analysis Enables Scalable Modular Quantum Circuit Mapping and Scheduling

Large-scale Portfolio Optimization Using Pauli Correlation Encoding Achieves Efficient Exploration of Complex Solution Spaces with Gate-based Quantum Systems

Phase Estimation with Compressed Controlled Time Evolution Achieves

Quantum Hardware Efficiently Selects Auxiliary Variables for QUBO Formulations, Reducing Compilation Overhead

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Visualize

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