This star has been observed to make a rhythmic pattern on only one side. This is actually the cause of the gravitational forces distorting the planets into a teardrop shape. Professor Don Kurtz stated that \u201cWe have known theoretically that stars like this should exist since the 1980s. I have been looking for a star like this for nearly 40 years, and now we have finally found one\u201d. The star was nicknamed HD74423, and it is about 1.7 times the mass of the Sun. It was found around 1,500 light-years from Earth, which is close to the Milky Way\u2019s outer edges. The mysterious star was found by using public data from NASA\u2019s TESS satellite Simon Murphy from the Sydney Institute for Astronomy stated that \u201cWhat first caught my attention was the fact it was a chemically peculiar star. Stars like this are usually fairly rich with metals \u2013 but this is metal-poor, making it a rare type of hot star.\u201d Stars, including the Sun, are knows to spin in different rhythms and to varying degrees. Astronomers believe that this phenomenon is caused by the magnetic field forces that are found inside the star. The exact cause of the pulsations vary, and the spinning was always observed. Well, up until now. We have heard that HD74423 only pulsates on one side. And we know the reason why. It happens because of its red dwarf companion. And together, they form a binary star system. They were found to do this close cosmic dance in the orbital period of two days, and the largest star has taken the shape of a teardrop.