A rock buried in Earth’s crust or a meteorite compressed on impact may end up with increased magnetization. Read more in Physics Today…
Outlets
- APS Physics (227)
- Berkeley Lab (33)
- Cleantech Concepts (5)
- Encyclopedia of Puget Sound (1)
- Eos (1)
- Europa Science (14)
- IEEE Spectrum (12)
- MRS Bulletin (19)
- Nature (1)
- New Scientist (1)
- Old News (7)
- Pacific Northwest National Lab (8)
- Physics Today (154)
- Physics World (2)
- Science Magazine (14)
- Science News (4)
- Scientific American (30)
- SPIE News (4)
- SPIE Professional (3)
- Tech & Content Writing (5)
- The Scientist (4)
- Travel Writing (4)
- Uncategorized (7)
Topics
- Acoustics
- APS Physics
- Astronomy
- Astrophysics
- Atmospheric Sciences
- Atomic and Molecular Physics
- Batteries
- Berkeley Lab
- Biochemistry
- biology
- Biophysics
- Chemistry
- Climate Change
- Condensed Matter Physics
- Conferences
- Down to Earth
- Earth Sciences
- Ecology
- Electronics
- Energy
- Environment
- Europa Science
- Fluid Dynamics
- Geology
- Geophysics
- IEEE Spectrum
- Lasers
- Magnetism
- Materials Sciences
- Medical
- Metamaterials
- Meteorology
- MRS Bulletin
- Nanoscience
- Nuclear Physics
- Oceanography
- Optics
- Photonics
- Physics
- Physics Today
- Plasma physics
- Policy
- Quantum Mechanics
- Quantum Physics
- Scientific American
- Seismology
- Semiconductors
- Soft matter
- Spectroscopy
- Volcanology
Rachel Berkowitz 