#astrophysics

#astrophysics

NASA's Nancy Grace Roman Space Telescope is close to launching, aiming to uncover dark universe secrets, but budget cuts threaten its future.

The exhibition 'Eyes on the Universe' offers a captivating visual experience of space through stunning photographs, reflecting current public interest in space exploration.

Asteroid 2024 YR4 poses a 2% impact risk with potentially devastating consequences for Earth in December 2032.

Research has revealed a new upper limit for neutrino mass at 0.45 eV and observed a planet falling into its host star.

Exploring Planet Nine's existence could lead to a probe mission, taking decades to reach the planet if confirmed.

Public curiosity about astronauts extends beyond scientific inquiry to include personal matters like bathroom habits and potential romantic relationships.

Magnetars likely contributed to the cosmic creation of gold and heavy elements earlier than previously understood.

Heavy metals, essential for life, may have originated from eruptions on magnetars, a type of star pivotal in creating fundamental elements.

Berkeley Lab's findings suggest dark energy may be an evolving form of matter, challenging the concept of it as a universal constant.

The universe's fate may change as dark energy appears to be weakening, possibly leading to varied future scenarios.

New data from DESI may provide crucial evidence supporting the variable nature of dark energy.

DESI aims to measure the universe's expansion by analyzing distances to galaxies and quasars over 11 billion years.

SETI has evolved significantly, focusing on detecting technosignatures from exoplanets with current technological advancements.

The article explores how historical figures contributed to our understanding of the cosmos, especially focusing on Eratosthenes and Kepler.

The James Webb Space Telescope has captured unprecedented images of the supernova remnant Cassiopeia A, providing insights into stellar explosions.

The JWST enables groundbreaking astronomical discoveries beyond previous limitations.

New evidence supports the existence of Planet Nine, a distant planet that could reshape our understanding of the solar system.

The Fred Young Submillimeter Telescope has reached its mountaintop destination and aims to revolutionize our understanding of the universe.

A highly energetic cosmic neutrino was detected in the Mediterranean Sea, marking a significant breakthrough in astrophysics.

The article explores the scientific concepts depicted in space-themed movies and TV shows, engaging viewers with astrophysics.

Black holes are extreme cosmic objects formed by mass collapse, inevitably creating singularities.

The universe's origins now can be explored scientifically, transforming questions once reserved for philosophy and theology.

Before stars formed, the Universe lacked oxygen; only after nuclear fusion did heavier elements emerge.

Carbon dioxide detected on exoplanets suggests formation processes resemble those of Jupiter and Saturn.

JWST has significantly advanced our understanding of cosmic phenomena, revealing unprecedented properties of the Universe that previous telescopes could not.

Exoplanets can experience extreme conditions leading to their physical disintegration, revealing insights into planetary interiors beyond our Solar System.

New research suggests that dark matter could be lighter than previously thought, potentially explaining phenomena in the Milky Way's Central Molecular Zone.

Physicists have discovered the most energetic neutrino ever recorded on Earth, potentially revealing cosmic accelerators at work.

A new blood test can identify early-stage pancreatic cancer with promising accuracy.

The highest-energy neutrino ever detected hints at cosmic phenomena from distant galaxies.

Death may be a transition to a new realm, supported by evidence from science and philosophy.

Dark matter, making up over a quarter of the universe, is a crucial but unseen component influencing celestial motion.

Dark matter constitutes 27% of the universe's mass but doesn't collapse like normal matter due to basic principles of gravitational interactions.

Direct detection of dark matter includes distinguishing elastic and inelastic scattering.