Easy Scientific

A hypervelocity L subdwarf was discovered moving at 456 kilometers per second, near the Milky Way's escape velocity. Its origin is unclear, possibly from the Galactic center or a supernova event.​

A study shows that giant planets like Jupiter form from dust trapped in disc "pressure bumps." These planets grow by collecting gas, and their formation can trigger new planets, leading to chains of giant planets in space.​

COVID-19 has spread to various wildlife species, especially in areas with high human activity. The study highlights the need for careful monitoring of both humans and animals to understand and control the virus's spread.​

Scientists studied Johannes Kepler's 1607 sunspot drawings, discovering they were part of an earlier solar cycle. This finding helps us understand the Sun's activity before telescopes and shows that solar cycles were regular even centuries ago.​

A new experiment uses powerful lasers and x-rays to search for axions, possible particles that could explain dark matter. This method may detect axions by observing changes in light, helping to solve major physics mysteries.

Scientists found that in the MACS J0018.5+1626 galaxy cluster collision, gas and dark matter move at different speeds. This discovery helps us understand their unique behaviors during these cosmic events, highlighting the complex interactions in the universe.

A new study suggests better ways to define planets, including moons being different from planets and the importance of clearing orbits. Two new frameworks are proposed to include exoplanets and simplify the criteria, improving our understanding of space objects.​

Researchers discovered a group of stars called IRS 13 near the Milky Way's center. It may have a medium-sized black hole, 30,000 times our Sun's mass, helping us understand how stars and black holes form and move.​

Tachyons, not yet proven to exist, are theoretical particles that move faster than light. Recent theories about their interactions are flawed, with key mathematical and consistency issues, making these theories unreliable and casting doubt on tachyons' existence​

In Gale Crater on Mars, iron-rich material suggests past water presence. This special material forms in cool, wet conditions and stays unchanged in cold, dry climates. It helps scientists understand Mars' history and its potential to support life long ago.

A new system for astronauts turns pee into clean drinking water, keeping them healthy and comfortable during spacewalks. This helps them stay hydrated and perform better on future missions to the Moon and beyond.​

Seven fast-moving stars near the center of the star cluster ω Centauri suggest an intermediate-mass black hole, about 8,200 times the mass of our sun, is nearby. This discovery helps us understand how supermassive black holes form.​

Astronomers found hydrogen sulfide a exoplanet called HD 189733b. The discovery helps scientists learn more about how planets form and what their atmospheres are like.​

Scientists studied how the universe started. They found that most scenarios suggest the universe had a beginning, but in some special cases, it might go back in time further without a clear start. This helps us understand our universe's origins better.​

Scientists have developed a new way to measure magnetic fields on distant planets by comparing the speeds of ions and neutral gases. This method helps understand planet interiors and potential habitability, using high-resolution telescopes and computer models.​

When black holes collide, they might create small fragments that emit Hawking radiation. This radiation, predicted by physicist Stephen Hawking, could be detected as gamma rays with current technology, providing the first direct proof of Hawking radiation.

Scientists have discovered that the star Deneb's polarization varies significantly, changing by several hundred parts per million over weeks. This variability, linked to pulsation and density changes in its wind or extended atmosphere, suggests further studies are needed.​