k Star formation Star formation. Supercomputer simulation of an embryonic star, or protostar centre, in a molecular cloud core, surrounded by a spiralling cloud of gas white to blue. The image is the product of a supercomputer simulation of a pair of binary stars interacting under a high magnetic field. Over the course of the simulation, the stars have collapsed to form a single entity. Supercomputers help scientists understand how magnetic fields influence star formation. Simulation produced by Daniel Price, Exeter University, UK. Stock Photo - Afloimages
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Star formation Star formation. Supercomputer simulation of an embryonic star, or protostar  centre , in a molecular cloud core, surrounded by a spiralling cloud of gas  white to blue . The image is the product of a supercomputer simulation of a pair of binary stars interacting under a high magnetic field. Over the course of the simulation, the stars have collapsed to form a single entity. Supercomputers help scientists understand how magnetic fields influence star formation. Simulation produced by Daniel Price, Exeter University, UK.
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Star formation

Star formation. Supercomputer simulation of an embryonic star, or protostar (centre), in a molecular cloud core, surrounded by a spiralling cloud of gas (white to blue). The image is the product of a supercomputer simulation of a pair of binary stars interacting under a high magnetic field. Over the course of the simulation, the stars have collapsed to form a single entity. Supercomputers help scientists understand how magnetic fields influence star formation. Simulation produced by Daniel Price, Exeter University, UK.

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