What I see for them is not yet, What I behold will not be soon: A star rises from Yaakov, A scepter comes forth from Yisrael; It smashes the brow of Moab, The foundation of all children of Shet. Numbers 24:17 (the Israel bible)
Adam Eliyahu Berkowitz
What I see for them is not yet, What I behold will not be soon: A star rises from Yaakov, A scepter comes forth from Yisrael; It smashes the brow of Moab, The foundation of all children of Shet. Numbers 24:17
Scientists predict that a nova in the star system called T Coronae Borealis, or T CrB, will be visible to people on Earth in the next month. T CrB will appear 1,500 times brighter than usual, making it the 50th brightest star in the night sky. This nova may just be the Star of Jacob Balaam described as presaging the appearance of the Messiah.
A nova is the temporary brightening of a star before it fades again, not to be confused with a supernova that occurs when a massive star explodes at the end of its life.
T CrB is a binary star system made up of a red giant and a white dwarf. They orbit each other every 228 days at about half the distance between Earth and the Sun. In this case, the earth-size white dwarf is slowly stripping hydrogen away from the ancient red giant. Once enough hydrogen accumulates on the white dwarf, the growing pressure and heat trigger a thermonuclear blast visible from Earth. As T CrB is 2,630 light-years from Earth, light from the binary system requires 2,630 years to arrive at Earth. The nova we will see occurred over 2,000 years ago, but its light will reach us next month.
T CrB is one of ten recurrent novas recorded that erupt on time scales of less than a century. On average, T CrB undergoes a nova process once every 80 years.
T CrB was first observed in the fall of 1217 by Burchard, abbot of Ursberg, Germany, who recorded “a faint star that for a time shone with great light.” Observations during its past two novae in 1866 and 1946 showed that T CrB became slightly brighter about ten years before the nova was visible from Earth. After brightening, the light from T CrB briefly dimmed, indicating an eruption before September 2024.
Astronomers predict that the next nova event will occur between February and September. Scientists are excited as this will be the first outburst since modern spectroscopic observations have been available.
During the next Nova event, T CrB, also known as the Blaze Star, is expected to jump to second magnitude, making it similar in brightness to the North Star, Polaris. It could be visible to the naked eye for several days and potentially visible for over a week through binoculars before dimming and returning to obscurity. The next nova for T CrB is not expected for another 80 years, making this a potential once-in-a-lifetime astronomical event.