The discovery that the star, RZ Piscium -- located in the constellation Pisces -- is an insatiable "eater of worlds" was published in The Astronomical Journal.
The researchers found the star's temperature to be about 5,330 degrees Celsius -- only slightly cooler than our Sun's.
The study also showed that the star could be relatively young.
"This discovery really gives us a rare and beautiful glimpse into what happens to many newly formed planets that don't survive the early dynamical chaos of young solar systems," said co-author of the study, Catherine Pilachowski, an astronomer at Indiana University in the US.
"It helps us understand why some young solar systems survive -- and some don't," Pilachowski said.
The discovery may shed light on a brief but volatile period in the history of many solar systems, including our own.
"We know it's not uncommon for planets to migrate inward in young solar systems since we've found so many solar systems with 'hot Jupiters' -- gaseous planets similar in size to Jupiter but orbiting very close to their stars," Pilachowski said.
"This is a very interesting phase in the evolution of planetary systems, and we're lucky to catch a solar system in the middle of the process since it happens so quickly compared to the lifetimes of stars," Pilachowski added.
Doomed worlds that fly too close to their sun -- only to be ripped apart by its tidal forces -- are officially known as "disrupted planets."
In the case of RZ Piscium, the material near the Sun-like star is being slowly pulled apart to create a small circle of debris about the same distance from the star as the planet Mercury's orbit is from our sun, the study said.
"Based on our observations, it seems either that we're seeing a fairly massive, gaseous planet being pulled apart by the star, or perhaps two gas-rich planets that have collided and been torn apart," Pilachowski said of RZ Piscium.
Even solar systems whose planets are not lost to their sun are unstable in their early history, since newly born planets interact strongly with one another -- as well as their sun -- through gravity, she added.
In the study, the researchers determined the gravitational strength near RZ Piscium's surface and the observation helped shed light on the star's radius and brightness, both of which suggest a young star in the midst of a freewheeling solar system with unstable planets.