Digital holographic microscopy is an imaging modality that can digitally reconstruct the images of 3-D samples from a single hologram by digitally refocusing it through the entire 3-D sample volume.

A collaborative research group led by Hiroshi Daimon, a specially appointed research fellow at the Institute for Molecular Science, National Institutes of Natural Sciences, has developed an ...

Digital holographic microscopy (DHM) is a type of microscopy that combines digital holography with microscopy to allow transparent cells to be visualized with classic cell culture plates. DHM is ...

Holography is about capturing 3D data from a scene, and being able to reconstruct that scene — preferably in high fidelity. Holography is not a new idea, but engaging in it is not exactly a ...

Creating three-dimensional shapes from basic elements or even cells is an important research topic, with potentially many applications in the fields of medicine and general research. Although physical ...

Despite what your eyes might lead you to believe, most of the “holograms” you’ve seen rely on optical illusions instead of real holographic technology. For example, the “hologram” of Tupac that ...

Holograms could be used to create complex 3D brain models. Shutterstock Technically, all of these are misrepresentations of holography – either special cinematic effects, video projections onto water ...

Once, holograms were just a scientific curiosity. But thanks to the rapid development of lasers, they have gradually moved centre stage, appearing on the security imagery for credit cards and bank ...

At least 6% of world trade, amounting to some $200bn per year, involves counterfeit goods. But this figure would be even higher were it not for the humble hologram. Invented 50 years ago, holograms ...

Holographists use a string theory correspondence that relates black holes and condensed-matter systems, such as metals and superconductors. × One of the jibes against string theory has been that it ...