Huge discovery from NASA's Parker Solar Probe: Hidden order detected in space turbulence

NASA's Parker Solar Probe has detected a hidden pattern in the turbulence in space. The findings have the potential to contribute to the understanding of magnetic storms on Earth.

Just as incense smoke makes turbulence visible in the air, plasma, an ionized gas containing charged particles, creates turbulence in space. Space plasma, driven by electric and magnetic fields, exhibits a different dynamic because its particles rarely collide. Sensitive data from the Parker Solar Probe revealed an organized pattern within these erratic movements.

MAGNETIC FIELDS CHANGE THE DIRECTION OF SPIN ON SMALL SCALES

Plasma, which behaves like a fluid on large scales, comes under the influence of individual particle dynamics as it moves down to smaller scales. An international team of researchers has demonstrated directly for the first time that turbulent magnetic fields reverse their preferred direction of rotation during this transition. Looking outward from the Sun, magnetic fields rotate counterclockwise on large scales and clockwise on small scales.

This change of direction occurs at the scale where fluid behavior transforms into particle dynamics. As we move away from the Sun, the change in direction becomes more pronounced and shifts to larger areas. Doctor Masatomi Iizawa, a researcher at Technische Universität Braunschweig, stated that although turbulence represents irregular movements, they saw a clear structure in the spectrum. The results of the study, in which researchers from ten countries participated, were published in The Astrophysical Journal Letters.

TURBULENCE SHAPES SPACE WEATHER

Doctor Yokoi from Tokyo University stated that the results are of great importance in terms of both plasma physics and astrophysics. Plasma turbulence; It plays an important role in the solar wind, solar flares and the Earth's magnetosphere, as well as in the accretion disks around celestial bodies. Turbulence in interplanetary space affects the shock waves and magnetic clouds produced by solar flares, becoming a critical factor in predicting geomagnetic storms.