alice often shortened to tea cor, bore its what's called a recurrent nova astrophysicist, brad schafer has studied historical reports of earlier sightings, t for bore went off in the year. 1787. t cor bore went off in the year 1866 and it went off in the year. 1946. and that works out to a $79.00 or 80 year rupture and cycle so roughly 80 years or 79 years after 1946 is round about now the explosion that we see isn't caused by just one star, but 2, around 3000 light years away. t cor bore is a binary star system, made up of a dense hawk white door and a lighter cooler, red giant. the white door gravity constantly sucks material away from its larger neighbor. you have a close interacting binary star where one of the stars is relatively normal and you know, the other star was a white door there. so close the matter from the inner edge of the of the normal star falls under the white door as the denser smaller star and the system draws mass off. it's much larger neighbor. it builds up steadily on the white door surface. when the pressure and temperature peak every 80 years, the below you s

brad schafer has studied historical reports of earlier sightings, t for bore went off in the year. $1787.00 t cor bore went off in the year 1866 and it went off in the year. 1946. and that works out to a $79.00 or 80 year rupture and cycle so roughly 80 years or 79 years after 1946 is round about now the explosion that we see isn't caused by just one star, but 2, around 3000 light years away. t cor bore is a binary star system, made up of a dense hoc white door and a lighter cooler, red giant. the white door, gravity constantly sucks material away from its larger neighbor. you have a close interacting binary star where one of the stars is relatively normal and you know, the other star was a white door there. so close the matter from the inner edge of the of the normal star falls under the white door as the denser smaller star and the system draws mass off. it's much larger neighbor. it builds up steadily on the white door surface. when the pressure and temperature peak every 80 years, the below you start goes off. it's like a gigantic thermo nuclear weapon. and when the hydrogen fusion star

brad schafer has studied historical reports of earlier sightings, a t for bore went off in the year. $1787.00 t core bore went off in the year 1866, and it went off in the year. 1946. and that works out to a $79.00 or 80 year rupture and cycle so roughly 80 years or 79 years after 1946 is round about now the explosion that we see isn't caused by just one star, but 2, around 3000 light years away. t cor bore is a binary star system, made up of a dense hawk white door and a lighter cooler, red giant. the white door gravity constantly sucks material away from its larger neighbor. you have a close interacting binary star where one of the stars is relatively normal and you know, the other star was a white door there. so close the matter from the inner edge of the of the normal star falls under the white door as the denser smaller star and the system draws mass off. it's much larger neighbor. it builds up steadily on the white door surface. when the pressure and temperature peak every 80 years, the below you start goes off. it's like a gigantic thermo nuclear weapon. and when the hydrogen

brad schafer has studied historical reports of earlier sightings, a. t for bore went off in the year. $1787.00 t core bore went off in the year 1866, and it went off in the year. 1946. and that works out to a $79.00 or 80 year rupture and cycle so roughly 80 years or 79 years after 1946 is round about now the explosion that we see isn't caused by just one star, but 2, around 3000 light years away. t cor bore is a binary star system, made up of a dense hawk white doors, and a lighter cooler, red giant. the white door gravity constantly sucks material away from its larger neighbor. you have a close interacting binary star where one of the stars is relatively normal and you know, the other star was a white door there. so close the matter from the inner edge of the of the normal star falls under the white door. as the denser smaller star in the system draws mass off, it's much larger neighbor. it builds up steadily on the white door surface. when the pressure and temperature peak every 80 years, the below you start goes off, like a gigantic thermo nuclear