MIT chemists have come up with a way to control the unwanted blinking of quantum dots, depicted here as yellow spheres, without requiring any modification…
Posts published in “Imaging”
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Novel color photography using a high-efficiency probe can super-focus white light into a 6-nanometer spot for nanoscale color imaging. Scientists have developed new materials for…
Larger, overlapping scales in red and green begin to form their structural details midway through development (right). Each image is 75 μm wide. Credit: Anthony…
A new study finds that our brain cells rely on a circuit of inhibitory neurons to help ensure that the same images are represented consistently.…
Credit: Barth van Rossum for Caltech If you are a researcher who wants to see how just a few cells in an organism are behaving,…
[embedded content]The neuroactivity of one million neurons in the mouse brain, at unprecedented resolution. Credit: Alipasha Vaziri New microscopy technique reveals activity of one million…
Graphic showing how a time lens can distinguish between two photons arriving at a detector close together. Credit: Optica Researchers at CU Boulder have designed…
Artist’s impression of the interaction of the triplet state (blue arrows) of an individual pentacene molecule (black and white) with an oxygen molecule (red). Credit:…
Cross-section of the designed heart-shaped phase singularity sheet. The extended dark region in the center image is a cross-section of the singularity sheet. The phase…
Professor Timo Betz. Credit: Peter Lessman Research led by Göttingen University shows constructing microscope improves children’s understanding. Microscopy is an essential tool in many fields…
This light-shrinking material turns a conventional light microscope into a super-resolution microscope. Credit: Junxiang Zhao Electrical engineers at the University of California San Diego developed…
Example of the tiling pattern used in scanning a C. elegans roundworm. The non-grid-based pattern gives the sampling algorithm greater flexibility to quickly zero in…
Credit: University of Glasgow Scientists have found a way to equip everyday objects like smartphones and laptops with a bat-like sense of their surroundings. At…
Researchers developed a 3D-2PE-STED system that can image dendritic spines deep inside the brain of a living mouse. Their system showed subtle changes that occurred…
The image shows how a neural network is used to retrieve interesting information from a microscope image. Credit: Aykut Argun An AI tool developed at…
Credit: University of Glasgow A new type of quantum holography that uses entangled photons to overcome the limitations of conventional holographic approaches could lead to…
In a recent arXiv paper, which is accepted in Physical Review X, University of Stuttgart researchers present an ion microscope excellently suited for spatially and…
Researchers developed a way to use overhead LED lighting and a smartphone to create 3D images of a small figurine. Credit: Emma Le Francois, University…
Michelson holography shows significant improvements in image quality, contrast, and speckle reduction compared with all other conventional methods, such as Naïve SGD. Credit: Jonghyun Kim,…
An illustration of the chain-reaction process that underlies the photon avalanching mechanism Columbia Engineering researchers have realized in their nanoparticles. In this process, the absorption…