Juno Mission Uncovers Surprising Source of High-Energy Cosmic Rays
NASA’s Juno mission reveals Jupiter’s magnetic field accelerates particles, providing surprising new insights into the origins of high-energy cosmic rays that bombard Earth.
NASA’s Juno mission reveals Jupiter’s magnetic field accelerates particles, providing surprising new insights into the origins of high-energy cosmic rays that bombard Earth.
New research identifies black hole mergers as the cause of massive galaxies that formed stars rapidly then abruptly stopped, solving a long-standing cosmic mystery.
A radical proposal to shield Earth from solar storms using an orbital ‘airbag’—a magnetic bubble at L1—could prevent trillions in damage. Scientists detail the plan.
New research reveals how artificial light at night is altering ecosystems, disrupting human health, and even contributing to climate change. Learn the science behind light pollution.
The SDO captured a dramatic solar eruption in the 304 Å filter, nicknamed the Trebuchet. Learn how this plasma cannon event impacts space weather and our technology.
Blue Origin announces aggressive return-to-flight timeline for New Glenn after declaring propellant farm in good shape. Analysis of ground systems readiness and competitive pressures.
UQ researchers reveal how microscopic structures in the retrosplenial cortex support memory retrieval and navigation, with implications for Alzheimer’s and AI.
NASA invests $45M in nuclear thermal propulsion to cut Mars journey times by half, reducing astronaut radiation risks. Experts weigh in on the technology and timeline.
China’s surprise Long March 12B debut successfully deploys Qianfan satellites, advancing its megaconstellation plans and reshaping global space competition.
Discover how Robert Millikan’s classic oil drop experiment measured the electron’s charge, its controversial data selection, and its enduring legacy in modern physics and education.
Analysis of the 2025 A-level Physics Paper 2 reveals increased difficulty and conceptual demands. Educators and exam experts discuss implications for students and universities.
A new study maps ~100 pathways to classify all cancers into three biological families based on HuR, P53, and Mir-125b dynamics, offering a unified framework for treatment.