Latest Articles for Scientific Research

Researchers combine gaseous detectors and pixel ASICs for more precise particle measurement.

Discover how quantum thermal transistors could change energy management and efficiency.

Discover how chirality shapes particle interactions and its surprising implications.

Unraveling the mysteries of neutrinos and their mass.

Discover how neutrinos and CEvNS shape our understanding of the universe.

KKANs bring fresh methods to tackle complex scientific challenges effectively.

Discover how bacteria shape and grow through new modeling techniques.

Scientists hunt for the elusive charged Higgs boson at the Large Hadron Collider.

Discover how baroclinic waves shape our weather and environment.

Discover how quarkonia reveal insights into quark-gluon plasma phenomena.

Discover how the Koopman operator and kernel methods analyze complex systems.

Discover how muons interact with atomic nuclei and the role of vacuum polarization.

Large language models enhance collaboration in scientific research.

Investigating covariant gravity could reshape our understanding of the universe.

Uncovering the fascinating properties of the deuteron and its role in understanding matter.

Discover how atomic interactions create fascinating halos in Bose-Einstein condensates.

Witness the sun's dramatic eruptions and their impacts on space.

A new approach to estimating ground state energy in quantum systems.

A new theory proposes how dark matter might form in the early universe.

New phase correction method boosts terahertz spectroscopy capabilities.

A look into how fluids behave in complex shapes using mathematics.

Explore the fascinating world of ultra-peripheral collisions and pseudoscalar mesons.

Researchers improve photon efficiency for future quantum networks.

Brazil's SPARC4 telescope transforms stellar observations with innovative technology.

Scientists study symmetry breaking to unlock new technologies.

Discover how Sivers and Collins asymmetries reveal nucleon's inner workings.

Exploring a new quantum method for faster optimization in various fields.

Thorium ion holds potential for precise timekeeping and new physics insights.

UnMixFormer offers a fresh approach to separating overlapping gravitational wave signals.

Discover how operators master the complex task of tuning particle accelerators.

Revolutionary fluorophores change how scientists observe biological processes.

Discover the vast potential of high-dimensional quantum states in technology.

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

A new project aims to detect dark matter using advanced technology and rigorous testing.

Scientists improve the calculation of particle moments using a novel approach.

Discover how giant atoms and SSH chains enhance quantum information transfer.

Exploring improved techniques for modeling nonconservative systems in various fields.

Machine learning transforms molten salt research for cleaner energy solutions.

Unraveling the mystery of dark matter and its cosmic significance.

Discover how the CoEvo framework enhances AI's ability to address complex problems.