The star known as Blaze Star, or T Coronae Borealis, was expected to explode in May and June but has not yet displayed any indications of doing so. However, it is anticipated that the cosmic explosion is imminent. Blaze Star currently shines as brightly as the North Star, with a magnitude of +2. As a recurring nova, it will briefly illuminate the night sky before returning to its original brightness. Located in the constellation Corona Borealis, approximately 3,000 light-years away from Earth, Blaze Star is part of a binary system comprising a large red giant star and a small hot white dwarf star. The detonation occurs when matter from the red giant is transferred to the white dwarf over time. This cyclic event, known as a nova, occurs roughly every 80 years, with the last observed explosion happening in 1946. The upcoming explosion is expected to be visible to the naked eye, resembling a new star suddenly appearing in the sky. The explosion may happen at any time, day or night. Astronomers predict that the eruption could occur soon, given the event that triggered the 1946 explosion has already taken place. This recurring cycle has been observed for over 800 years, allowing viewers to witness and gather data on the bright cosmic event.However, an exact date for the event cannot be determined. It is anticipated to occur around late September according to experts. To find the star, look for it in the Corona Borealis constellation, although it will only be visible during the thermonuclear eruption. Other astronomical methods can still help you locate it. An uncomplicated way is to identify the Big Dipper, then follow the curve of its handle. You will then spot a brilliant red star named Arcturus. Locate another star named Vega towards the northeast, and the Blaze Star will be situated between the two.