exoplanet

Astronomers have identified GJ 3378 b as a new potentially habitable exoplanet, orbiting the nearby red dwarf star GJ 3378. The planet has been added to lists of potentially habitable worlds, drawing interest from space enthusiasts and astronomers discussing what its discovery means for the search for life beyond Earth.

Astronomers have picked up radio signals from Beta Pictoris b, a giant exoplanet about 63 light-years away orbiting the young star Beta Pictoris. The detection, reported by BBC Sky at Night Magazine, is a rare feat for a planet beyond our Solar System and could open a new way to study exoplanets' magnetic fields and interiors. Interest is rising across several countries.

A newly shared sequence of telescope images condenses 12 years of observations into a short time-lapse showing a distant star with four planets orbiting it. The animation makes the exoplanets' slow orbital motion visible, something rarely captured directly, and is drawing wide attention as a striking example of direct imaging of alien worlds.

A Harvard-led research team has reported the first detection of a magnetic field signal from the exoplanet Beta Pictoris b, a giant planet orbiting the young star Beta Pictoris. The finding, described by DongA Science, would mark the first time astronomers have measured magnetic fields around a planet outside the solar system, offering new insight into the interior structure and formation of young giant planets.

The Pandora mission has officially begun its science operations. The small satellite, designed to study exoplanet atmospheres and their host stars, is now collecting scientific data after completing its early checkout phase. The start of observations marks the transition from commissioning to its primary research program.

Astronomers report the first detection of radio signals coming from Beta Pictoris b, a giant exoplanet about 63 light-years away orbiting the star Beta Pictoris. The detection, made with radio telescopes, is being described as a breakthrough because radio emissions from planets outside our Solar System are extremely faint and rarely captured, opening a new way to study distant worlds.

Astronomers have released a 12-year sequence of telescope images tracking a star and the four planets orbiting it, condensed into a short animation. The footage shows the planets moving around their host star over more than a decade of direct observations, a rare long-baseline view of another solar system in motion. The sequence is being shared widely and praised as a striking visual demonstration of exoplanet research.

Astronomers report the first detection of radio waves coming from a planet outside our Solar System. The signal, described as unprecedented, marks a new way of studying exoplanets, since until now they were observed mainly through light-based methods such as transits and radial velocity. Researchers hope radio observations will reveal details about exoplanets' magnetic fields and atmospheres.

Scientists have gone from debating whether planets exist outside our solar system to confirming thousands of them. Now astrophysicist Jason Wang has created animated, extrapolated visualisations of several exoplanet systems orbiting their stars, published on his website and highlighted by Hackaday. Space enthusiasts are sharing the videos, marvelling at how quickly the field has progressed and at the chance to actually see distant worlds in motion.

A proposed NASA telescope could detect rainbow-like optical phenomena, known as glory effects, in the atmospheres of planets orbiting other stars, according to Scientific American. Spotting these colorful patterns would reveal details about exoplanet atmospheres, such as the presence of water droplets or other particles, offering a new way to study potentially habitable worlds far beyond our solar system.