"As ambipolar diffusion continues, the strength of the magnetic field decreases." ...
Stars like our sun are formed from the collapse of stellar objects called prestellar cores, cold and dense concentrations of ...
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An international team with major participation from he Max Planck Institute for Extraterrestrial Physics (MPE) has, for the first time, detected an observational signature of ambipolar diffusion in a ...
This process weakens magnetic support, allowing the core to collapse and eventually form a protostar. Credit: Yurika Nakamura ...
Long before a star ever begins to shine, it starts out as something completely dark, a cold cloud of gas and dust where ...
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Stars like our Sun are formed from the collapse of stellar objects called prestellar cores, cold and dense concentrations of gas and ...
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Astronomers have observed a key part of star-forming struggles inside L1544, a dense prestellar core in the Taurus molecular ...
For the first time, astronomers observed ambipolar diffusion—a key process where weakening magnetic fields allow gravity to collapse gas clouds into stars.