Latest Articles for Research And Development

Research on structural changes in materials reveals new possibilities for technology.

A comprehensive look at unitary addition Cayley graphs and their properties.

Examining vulnerabilities in our energy infrastructure due to cyber threats.

Research reveals how copper influences the magnetic properties of SmCo magnets.

This article examines quantum algorithms and their relationship with polynomial characteristics.

FormNetV2 integrates text and images for better form data extraction.

HandCT provides a vital resource for machine learning in X-Ray Computed Tomography.

Research explores hafnia's unique properties for improving electronic memory applications.

Researchers modify nickelates for potential superconducting properties at low temperatures.

A new method improves ground state search in quantum systems.

Research reveals how temperature differences affect mixing in fusion processes.

New insights on boron and aluminum doping effects on silicon's electronic structure.

New machine learning methods identify potential high-temperature superconductors effectively.

New methods for creating high-quality niobium films could enhance quantum computing.

A look into good frames, weights, types, and stability in model theory.

Parameterized pulses offer flexibility and improved performance for quantum computing tasks.

Exploring the unique interactions of graphene through the Casimir effect.

Exploring the latest improvements in wireless channel modeling for better connectivity.

This article examines how auxiliary tasks boost machine learning efficiency.

Insights on microtearing modes and their impact on fusion plasma performance.

New methods improve recovery of sparse inputs in linear systems.

A new method improves labeling accuracy in image segmentation.

A new model-independent approach to the Gray tensor product in category theory.

Channel splicing combines narrow-band measurements for improved wireless communication insights.

New methods improve stress predictions in polycrystalline materials.

A new method combines active and continual learning for efficient model training.

RiverBench provides diverse datasets for evaluating RDF streaming methods effectively.

Research highlights the shift to sustainable gases in particle detection technology.

Analyzing the state of computer vision research across Africa and identifying key challenges.

Liquid crystals bridge liquids and solids, powering screens and sensors.

Learn how the BB84 protocol secures communication using quantum mechanics.

A new approach applies hyperbola properties to simplify integer factorization.

New numerical scheme maintains key properties for shallow water wave models.

Researchers enhance quantum information transfer, increasing fidelity and reliability.

Researchers improve legal language models for enhanced efficiency in the legal field.

A new method reduces readout noise in quantum computing.

Research focuses on improving fiber optic capacity using existing infrastructure.

A new method enhances video quality assessment for HDR content.

Assessing how well LLMs perform in structured text environments.

A novel approach to enhance the truthfulness of computer-generated summaries.