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1-20 of 406
Johanna L. Miller
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Magazine Articles
Physics Today 77 (10), 12–14 (2024);
Published: October 2024
Online
Published: September 2024
Abstract
The biomedical discovery stems from the subtle physics of how absorption and refraction are related.
Magazine Articles
Physics Today 77 (9), 12–14 (2024);
Published: September 2024
Online
Published: August 2024
Abstract
A major stumbling block for the emerging neural-network processors could be overcome by flipping the script on how data are represented.
Magazine Articles
Physics Today 77 (8), 10–12 (2024);
Published: August 2024
Magazine Articles
Physics Today 77 (8), 16 (2024);
Published: August 2024
Online
Published: July 2024
Abstract
Experiments on the Fermi–Hubbard model can now be made much larger, more uniform, and more quantitative.
Online
Published: July 2024
Abstract
Optical metamaterials are providing a compact route to polarized vision.
Magazine Articles
Physics Today 77 (7), 12–14 (2024);
Published: July 2024
Online
Published: June 2024
Abstract
With theory-guided rotational spectroscopy measurements, researchers can tell whether a hydrogen chloride molecule in water is dissolved or not.
Magazine Articles
Physics Today 77 (6), 12–14 (2024);
Published: June 2024
Online
Published: May 2024
Abstract
Capturing all the ways that an object can affect a light wave’s polarization has always been cumbersome. Now it can be done in an instant.
Magazine Articles
Physics Today 77 (5), 12–14 (2024);
Published: May 2024
Online
Published: April 2024
Abstract
For the first time, the energy level of an atomic nucleus has been directly manipulated with a laser.
Magazine Articles
Physics Today 77 (4), 12–14 (2024);
Published: April 2024
Online
Published: March 2024
Abstract
Diamond has the power to squeeze materials to immense pressures and to measure their magnetic properties. Now it can do both at the same time.
Online
Published: March 2024
Abstract
Soap. Bubble. Laser.
Magazine Articles
Physics Today 77 (3), 12–14 (2024);
Published: March 2024
Online
Published: February 2024
Abstract
With powerful x-ray free-electron lasers, researchers are making great strides in ultrafast spectroscopy—with lessons about how molecules arrange themselves at rest.
Online
Published: January 2024
Abstract
Made of liquid-crystal films, the soft, air-filled lasers have stable spectra that shift when the bubbles are squeezed.
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