Latest Articles for Cosmology

An overview of correlation functions and their significance in cosmological studies.

This study investigates the formation and movement of runaway stars in the Small Magellanic Cloud.

Introducing the FB method for better model assessment in cosmology.

Research enhances detection of gravitational waves from spinning black holes.

A new catalogue sheds light on under-studied galaxy groups and their dynamics.

This study analyzes how X-ray emissions shape our understanding of galaxy groups.

This study examines mini-haloes' role in galaxy formation and dark matter.

Exploring the intriguing link between dark matter and the potential existence of wormholes.

Researching the early universe through the 21cm signal and lunar observations.

Researchers utilize Bayesian Neural Networks to understand dark matter and dark energy.

This article examines how noise affects the detection of gravitational waves.

Exploring the role of primordial magnetic fields in the universe's early conditions.

Investigating spherically symmetric configurations in quadratic gravity for cosmic insights.

Examining the unique properties of momentum space in quantum gravity research.

Research reveals new model for studying dark matter interactions.

Research focuses on identifying faint lensed gravitational-wave signals for deeper cosmic insights.

Examining metric-affine gravity and PNGB for understanding cosmic inflation.

Upcoming studies aim to refine our view of the universe using SPT-3G data.

Astronomers find three new quasars, including a unique lensed type, using advanced techniques.

Recent observations reveal new details about the X-ray properties of quasar PG1634+706.

Recent supernova data reveals complexities in the universe's structure and motion.

Recent studies shed light on the properties and behaviors of compact celestial bodies.

A study on using WST to improve understanding of cosmic structure and matter distribution.

Research reveals the intricate behaviors of nuclei in neutron stars.

A look into black hole mergers and their gravitational wave emissions.

Exploring the interplay of gravitational systems in double holography.

Celestial symmetries provide insights into gravitational interactions and the universe's structure.

Exploring the link between holography and cosmological models.

JWST's finding of SN H0pe improves measurements of the Universe's expansion.

Scientists investigate dark matter's hidden sector and its impact on the universe.

A new method to analyze cosmic data and its implications for the early universe.

Researchers use statistical models to study gamma-ray bursts and their complex behaviors.

Researchers develop methods to improve calibration of black hole and galaxy models.

Scientists use machine learning to analyze dust in ancient galaxies using JWST.

A new method enhances data analysis for line intensity mapping in astrophysics.

Exploring the concept and implications of wormholes in theoretical physics.

JWST reveals unexpected trends in supermassive black holes and their interactions.

Research reveals significant interactions between dark energy and dark matter.

This study presents a model explaining accelerated cosmic expansion through scalar fields.

Study reveals radio emissions linked to star formation in distant quasars.