Microscope

The new label-free deep-tissue imaging with the wave correction algorithm.

Intelligent microscopes for detecting rare biological events.

Light-shrinking material lets ordinary microscopes see in super-resolution.

The method offers inexpensive imaging at the scale of virus particles.

Get diamonds, take the temperature.

Fluorescence microscopy works by detecting the light that compounds called fluorophores transmit when energized. All the more explicitly, fluorophores retain light at a given...

An universal algorithm that can determine whether a super-resolution microscope is operating at a maximum resolution based on a single image.

EPFL scientists have recently come up with a next-generation microscope that can show live cells function and react under various experimental conditions. Called as...

According to Rice University engineers with a notion that lenses are no longer necessary for some microscopes since they are developing FlatScope, a thin fluorescent...

Liquid droplets are real magnifier that act as lens. Microscopes on this principle were state of the art in the 17th century. Once again, MIT...

Observational microscopy has greatly helped biology education. Still, we cannot easily and playfully interact with the microscopic world. Therefore, scientists from the Stanford University...

Scientists from the University of Texas at Austin, have discovered a new method. This method captures three-dimensional images of structures in organic material. They...