The brain is unbelievably complicated, which is both daunting and fascinating for neuroscientists like me. In the space of a ...

Aaron Kuan, PhD, assistant professor of neuroscience at Yale School of Medicine, has been awarded a National Institutes of ...

Faculty of Science Centre for High Resolution Transmission Electron Microscopy (CHRTEM) celebrates 15 years of electron microscopy, advanced quantitative imaging and materials science research in ...

Atomic-scale see-saws control spin interactions as scanning tunnelling microscopy tunes coupling between spins in a 2D metal-organic framework and metal electrons.

Davi Bock’s lab took 21 million images for the fruit fly connectome. Now he wants to apply “this high-throughput flashlight” ...

TCT speaks to Paul Brackman, X-ray Product Manager for ZEISS Research & Quality Solutions USA, about how ZEISS is supporting ...

A new review details how bacteria transfer electrons to electrodes through nanowires, cytochromes and chemical mediators, the ...

How do e-ink displays work? Here’s how charged pigment particles, electric fields and bistability turn electronic screens ...

These questions sit at the center of a growing field of study where molecular biology, advanced imaging, and hydration science intersect.

Cosmic rays let a telescope read thunderstorms from the ground, and Earth's magnetic field explains why it sees far more storms to the east.

A new type of advanced microscope (wide-field coherent multidimensional microscopy) has been developed. It uses a carefully ...

The biology behind muscle pain: calcium chaos, microscopic damage, and the overlooked mechanism that explains how statins can quietly affect muscle from the inside out ...