Observations of black holes have turned up evidence of magnetic eruptions that resemble the storms seen on the Sun, Phys.org reported on Thursday. The finding was also covered by Ynetnews, which said Israeli scientists had identified an unexpected connection between solar storms and black holes.
The reports are based on observational work rather than a single new experiment, and neither outlet's summary details the specific black holes studied, the instruments used, or the timescale of the eruptions. What the coverage does establish is that researchers see a parallel between the magnetic outbursts associated with black holes and the storm activity familiar from solar physics.
That comparison matters because solar storms are driven by the Sun's magnetic field, which stores energy and releases it in bursts. If black holes show analogous behavior, it would suggest that similar magnetic processes operate in environments far more extreme than the Sun's outer atmosphere — though the reporting does not yet spell out the proposed mechanism.
The coverage comes from two outlets describing the same research, with Phys.org framing the result around the black hole observations and Ynetnews emphasizing the Israeli team behind the work. Neither report includes quantitative measurements or peer-reviewed detail in the material available.
For now, the takeaway is a claimed observational link between two phenomena usually studied by separate communities: solar magnetic activity and black hole physics. Confirmation will depend on follow-up work that tests whether the resemblance is more than superficial.
Watch for the underlying study or preprint to appear, along with any independent commentary on whether the solar-storm analogy holds up under scrutiny.
