Latest Articles for Computing Technology

A look at LLMs and GBDT in few-shot learning scenarios.

Harnessing symmetry can enhance quantum simulations and improve our understanding of particles.

Wigner tomography helps visualize quantum gates, enhancing understanding of quantum computing.

Exploring the importance of quantum coherence in computing and its protection methods.

Exploring advancements in optical computing and the quest for compact devices.

A study on how Gaussian processes analyze and forecast disease patterns.

Researchers use neural networks to detect quantum entanglement in three-qubit systems efficiently.

Exploring the wild behaviors of quantum systems influenced by chaos and symmetry.

SuperGCN improves training efficiency for large graphs using advanced CPU techniques.

Exploring a new era in computing with magnonic logic gates for faster processing.

A look at how light can enhance computer memory and sensors.

VCSELs offer a new approach to efficient reservoir computing.

Plaid redefines computing efficiency by aligning resources for peak performance with minimal energy use.

Discover how probabilistic computing is changing the landscape of technology.

Magnonics research reveals new potential in low-power technology through magnons and antimagnons.

Exploring new frontiers in computing using exciton-polaritons for faster processing.

A new algorithm improves data analysis at the Large Hadron Collider.

TWIG transforms KGE analysis, enhancing predictions and simplifying setups.

Revolutionizing material science through quantum simulations of spin systems.

New technology improves signal detection for better wireless communication.

Learn how quantum resources can outperform classical methods in technology and communication.

Meet RACA, a game changer in AI that cuts energy use while boosting performance.

New models combine state-space techniques with memristive devices for efficient computing.