EGEGazette
Live
US Supreme Court Allows Trump Administration to Use Disputed Voter Verification SystemRussian Drone Crashes Into Kindergarten in Kyiv, Sparking FireSecurity Council condemns Houthi attacks on Riyadh, Yemen declares "mobilization"Injury toll from Russian attacks on Kyiv rises to 57, with seven killedHurricane Nolo Threatens 'Life-Threatening Flooding' in HawaiiEU releases €6.6 billion for members arming Ukraine as five killed in Kyiv strikesRussian Strikes on Kyiv Kill at Least Seven, Injure 46, Mayor SaysReport: Hurricane Nolo, a zig-zagging storm, threatens Hawaii with flooding rainUS seeking to revive Russia-Ukraine ceasefire talksSeven Days to Reopen the Strait of Hormuz: Iranian Plan Presented to WashingtonZelensky Says Trump Approved Patriot Missile Production in UkraineZelensky Says Washington Proposes Trilateral Ukraine-US-Russia Meeting in UAE
scienceReported

Newly Identified Star S301 Offers Extreme View Near Milky Way's Black Hole, Scientific American Reports

A star orbiting close to the galaxy's central supermassive black hole reportedly experiences a dramatically distorted view of the sky, according to a report from Scientific American.

· 1 min read · language: en
Article image
— Scientific American

Scientific American has reported on a newly identified star, designated S301, that orbits the Milky Way's supermassive black hole at an unusually close distance. According to the publication, the star's proximity to the black hole results in what researchers describe as one of the most distorted views of the sky observed for any known star in the galaxy.

The report states that S301's tight orbit around the black hole causes significant gravitational effects, altering how the surrounding cosmos would appear from the star's vantage point. Scientific American notes that this distortion is a consequence of the extreme gravitational environment near the black hole.

The publication did not provide additional details in the available excerpt regarding the specific methods used to identify S301 or the research team involved. Further specifics about the star's exact orbital characteristics and the broader scientific implications of the discovery were not included in the source material reviewed.

This report adds to ongoing astronomical research into the region surrounding the Milky Way's central supermassive black hole, an area of continued interest for scientists studying the effects of extreme gravity on nearby celestial objects.

Sources

EGazette summarizes reporting from multiple sources; follow the links for the originals.

Also available in: UR

Related articles

Comments

Sign in to join the conversation.

Forgot password?

No account?

Loading comments…