Latest Articles for Computing

Photonic reservoir computers could change technology with faster data processing.

Learn how MCMC helps in sampling and making sense of complex data.

A look at methods to enhance the speed of image creation while maintaining quality.

A closer look at how speculative decoding boosts language model performance.

A look into quantum states, coherence, and their applications in technology.

Learn how Compute-in-Memory optimizes computing speed and energy use.

An overview of reversible systems and their applications.

Swift framework enhances graph processing speed and efficiency using FPGAs.

Discover how quantum computing changes the way we solve complex problems.

Recent findings reveal trade-offs in monotone circuit design regarding size and depth.

Discover how Luffy improves AI model training efficiency.

A look into our new self-testing quantum random number generator chip.

Vespa framework streamlines the complex process of chip design for faster technology.

Discover how skyrmions could transform technology and computing.

Exploring the behavior of quantum systems through ergodicity and its implications.

How thermodynamic computing enhances problem-solving in quadratic programming.

A new quantum approach simplifies checking connections in networks.

Discover the exciting world of GRC in computation and its transformative potential.

AIMC technology allows more efficient AI model deployment without heavy retraining.

Examining how quantum tech could improve machine learning algorithms.

New method streamlines complex mathematics for faster, simpler calculations.

Research reveals the potential of exciton-polaritons in future technology.

Exploring the potential of optical neural networks in various applications.

Discover the blend of quantum computing and fluid dynamics in QLBMs.

New methods improve quantum computer calibration and performance efficiencies significantly.

Exploring how quantum circuits can efficiently handle continuous data.

Researchers find ways to help robots learn new tasks faster.

Strategies to overcome delays in distributed computing for matrix tasks.

2-D transistors may change the landscape of modern electronics and computing.

A look into how quantum entanglement influences technology and communication.

Discover how quantum systems remember their past interactions with environments.

A new approach speeds up computing using nearby devices and blockchain.

New insights suggest neural networks focus more on distances than signal strengths.

Discover how magnonic Fabry-Pérot resonators are transforming spin-wave computing.

Quantum computing reshapes chemistry with new possibilities for solving complex problems.

Delve into Hilbert spaces and the curious EPR state in quantum mechanics.

Understanding rounding errors is crucial for accurate calculations in computing.

Researchers boost light frequency generation using innovative material techniques.

Discover the fascinating world of quantum walks and their unique properties.

GUIDE simplifies using large language models for everyone.