Light scattering is one of microscopy's oldest barriers. In a transparent specimen, light follows paths that can be traced back to structure. In ...

Near-infrared light and a larger sample-sensor gap recover detail where classical in-line visible-range lensless ...

A new review in PhotoniX Life maps how deep learning is improving fluorescence microscopy across imaging quality, speed, ...

Stanford scientists have developed a revolutionary microscope that reveals the hidden inner workings of living cells in real ...

Currently, these neuron-driven computers are able to play video games like Pong and DOOM, but their creators hope to use them ...

IntroductionThe edges of a grain of sand, the indentations on a seed, the fine veins remaining on a fallen leaf. If you find ...

Blood cells, bacteria, and tiny organisms come into focus under the microscope, uncovering remarkable biological structures, ...

An AI system recently helped identify a previously unknown enzyme system inside viruses that infect bacteria. What does the ...

Researchers have developed a computational framework that acts as a standardized benchmark for human embryo models.

Raman spectroscopy, unlike infrared, reaches sub-micrometer resolution but is hindered by weak signals and fluorescence ...

A microscope born in post-war JapanThis time, I am introducing an old Olympus biological microscope, the UCE model ...

iscover the fascinating details of a fly under the microscope through the lens of forensic science. Explore its intricate ...