Latest Articles for Research And Development

A new method enhances MRI imaging by preserving accuracy and reducing data requirements.

A fresh method to reduce noise in quantum circuits improves reliability and performance.

A new framework enhances summaries using different types of side information.

Examining how composition and temperature affect the properties of magnetic nanocomposites.

New methods are needed to improve accuracy in quantum sensors amid noise challenges.

This article explores improvements in quantum communication through purification and coding methods.

New methods enhance photon routing efficiency in quantum applications.

Investigating the unique properties of twisted bilayer MoTe and its potential applications.

A study on predicting the dynamics of air streamers using simplified models.

Improving methods to protect original artwork from unauthorized duplication using adversarial examples.

A new technique enhances MRI imaging quality by addressing motion challenges.

Exploring the potential of molecular spins in quantum computing.

Research on airflow studies enhances low-pressure turbine efficiency in jet engines.

New methods improve Electric Network Frequency estimation from video sources using advanced cameras.

A new method improves language model robustness using counterfactual examples and automated labeling.

EnSiam improves self-supervised learning through ensemble representations for stable training.

New zirconium hydride shows promise for nuclear reactor applications.

Researchers improve language models with new attention methods for better speed and quality.

Research shows LLaMa excels in writing assistance with focused training.

Study reveals methods for controlling Lithium atom behavior using advanced cooling techniques.

DUMB sets standards for evaluating Dutch language processing models with nine diverse tasks.

Exploring methods to improve reliability in quantum computing through error correction.

A new detector aims to improve electron measurement capabilities at the Electron Ion Collider.

Discover how flat beams enhance particle acceleration in plasma.

Exploring in-context learning for effective knowledge editing in language models.

An overview of qubit routing and its significance in quantum computing efficiency.

A study on optimizing lithium-ion battery performance through advanced modeling methods.

Researchers use quantum simulators to enhance machine learning capabilities.

A new technique enhances quantum control efficiency for better computing performance.

New studies reveal the impact of two-phonon scattering in barium arsenide semiconductors.

Discover the unique properties and challenges of iron-based superconductors.

Explore the critical role of learning rates in training neural networks.

A new framework optimizes performance in Distributed Quantum Computing by managing multiple processors.

Ferroelectric hafnia shows promise for innovative tech applications.

Investigating periodic solutions and stability in electrostatic MEMS actuators.

This article reviews the current state of text-to-image generation technology.

This library streamlines the use of GFlowNets for researchers.

Researchers optimize quantum circuit simulations using ZX-calculus and community-based strategies.

A look into a new magnetic behavior that blends ferromagnetic and antiferromagnetic features.

Research improves OpenQA models' ability to handle slight question changes.