Photo-induced force microscopy began as a concept in the mind of Kumar Wickramasinghe when he was employed by IBM in the ...

A team of NYU chemists and physicists are using cutting-edge tools—holographic microscopy and super-resolution imaging—to unlock how cells build and grow tiny, dynamic droplets known as biomolecular ...

When the first atomic bomb exploded 80 years ago, it created a new kind of minerals never seen before on Earth.

A new AI tool trained on real microscopy data simulates nanoparticle movement with high accuracy, helping scientists decode ...

This self-supervised robotic system autonomously maps semiconductor properties, completing over 125 precise measurements per ...

Researchers show how blister shapes in atomically thin materials like graphene can be used to map pressure, membrane tension, ...

This study explores the use of polarized second-harmonic generation (pSHG) to investigate myosin conformation in the relaxed state, differentiating between the actin-available, disordered (ON) state ...

Scientists uncover how hydrophobic surfaces trap nanoplastics, offering fresh insight into their movement and impact on soil ...

The post Technique Pioneered BY MIT Physicists Breaks New Ground In The Visualization Of Atomic Behavior first on TwistedSifter. Sure you learned about them in your high school Chemistry classes, but ...

Long thought to be completely disordered, space ice appears to have some crystallized regions, new research suggests.

In a joint initiative between the Universities of Geneva, Lausanne and Bern, and the EPFL the Dubochet Center for Imaging ...

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