Huge simulation suggests new origin of supermassive black holes

Huge simulation suggests new origin of supermassive black holes

Astrophysicists at Tohoku University in Japan have suggested a new theory for the origin of supermassive black holes using large computer simulations. The theory helps to further explain the massive number of black holes currently observed. Nearly every galaxy in…

Supernovas, neutron stars and black holes ‘break the rules’

Supernovas, neutron stars and black holes ‘break the rules’

In an interview with Wal Thornhill, Chief Science Advisor of The Thunderbolts Project, we explore a number of intriguing space science discoveries, including supernovae, "neutron stars," "black holes" and "white dwarf" stars which…

Scientists get unique chance to study black hole eating a star

Scientists get unique chance to study black hole eating a star

A team of astrophysics led by a Johns Hopkins University (JHU) scientist has for the first time witnessed a black hole swallowing a star and ejecting a flare of matter moving nearly the speed of light (about 300,000 km/s). The finding tracks the star, which is…

Black hole experiences massive X-ray flare

Black hole experiences massive X-ray flare

Black holes have always been one of the most mysterious and awe inspiring objects in space. Astronomers have known for some time that black holes periodically emit very powerful flares into space. New observations from NASA's Explorer missions Swift and the…

Stephen Crothers: General Relativity – A case study in numerology

Stephen Crothers: General Relativity – A case study in numerology

For many people, Einstein’s General Theory of Relativity lies hidden behind an impenetrable wall of complicated mathematics, superposed upon the widespread misconception that only those smarter than the average bear, with a penchant for doing long sums, can…

Astrophysicists inching closer to the physics truth about black holes

Astrophysicists inching closer to the physics truth about black holes

I have been arguing for years that the so-called black holes are nothing more than extremely powerful magnetic field regions formed in dense space plasma. These regions are similar to sunspots and coronal holes. However, in extremely dense plasma – specifically at the