Nuclear Magnetism in a Single Atom: A Surprising New Control Method
Researchers at Delft reported control of atomic-nucleus magnetism using radio waves. This explainer separates the scientific principle from the claims tha…
The THE JORNAL collection
October 2026
An Electron Camera for Graphene: Watching Light-Driven Quantum Jumps
New imaging approaches visualize electron transitions induced by strong electric fields in graphene. This explainer separates the scientific principle fro…
Self-Learning NMR Spectrometers: When Machines Optimize Their Own Measurements
Researchers are applying AI to select spectrometer pulse sequences where weak signals limit detection. This explainer separates the scientific principle f…
Why Spacecraft Need Both Fast and Slow Satellite Communication Links
NASA-funded communications experiments examine high-rate science-data transfer and low-rate spacecraft operations. This explainer separates the scientific…
Mars Helicopter Blades: Engineering Longer Flights in Thin Atmosphere
Experimental blade work explores future Martian rotorcraft flight beyond early demonstrations. This explainer separates the scientific principle from the …
NASA’s Space Station Power Upgrade: How Roll-Out Solar Arrays Work
Astronauts installed a new roll-out array during an October 29 spacewalk. This explainer separates the scientific principle from the claims that still nee…