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Technion researchers have developed new nanometer particles to mark cells for MRI imaging and light microscopy

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xSPEN imaging of the optic nerve. Including the inhomogeneity in the imaging process itself. Source: Weizmann Institute magazine.

Challenging and resonant

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Source: pixabay.

See the night in a new light

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Zebrafish brain imaging results. Left: Optical fluorescence microscopy imaging provides only a blurred image limited to the surface. Right: The optoacoustic FONT approach, on the other hand, provides a high-resolution XNUMXD image and detailed information on the activity of the neurons (orange dots) in real time, all over the brain. Photo: Helmholtz Center, Munich.

A window to the depths of the mind

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Illustration: Ars Electronica / ra2 studio / Flickr. Used under a Creative Commons (CC-BY-NC-SA-2.0) license

The right to cognitive freedom

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A new material has been developed that is quickly absorbed into the cells and which consists of crystalline sheets (nanosurfaces) trapped inside lipoprotein nanoparticles that allows a stable and constant emission of bright light. [Courtesy: Sung Jun Lim, University of Illinois]

Lipoprotein nanosurfaces for biological imaging

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An innovative quantum imaging method produces images in which the photons never hit the bone - in this case an illustration of a cat. [Courtesy of Patricia Enigl, IQOQI].

Take a picture of Schrödinger's cat

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The new method makes it possible to determine very quickly which substances, such as proteins and others, make up a product that is in powder form. [Courtesy of Iben Julie Schmidt]

X-ray imaging for quality assurance

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Detection of a tumor using an MRI scan. Photo: shutterstock

A new radiation-free method for detecting cancer

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A new molecular imaging technology that allows them to observe biometals and biomolecules simultaneously in a live mouse. Photo: Ricken Institute in Japan

A new imaging method for observing biomolecules

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Scientists have for the first time been able to identify the precise spatial arrangement of the individual atoms in a nanoparticle. The yellow dots represent the atoms that make up a silver nanoparticle that are two nanometers in diameter.

Atomic resolution of XNUMXD nanoparticles

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Schematic diagram of HIV. From Wikipedia

Determining protein structure will help cure AIDS

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Dr. Dan Oron. Color changer

The size (of the particles) does determine (their optical properties)

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Photograph of the prototype of the device (credit: Public Relations)

The hitherto untapped terahertz frequencies will enable the remote detection of explosives and camouflaged munitions

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Researchers at the University of Gothenburg were able, using an advanced X-ray flash, to photograph the movement of atoms during photosynthesis.

Photographing the movement of atoms during photosynthesis

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Prof. Haim Teitelbaum

Prof. Haim Teitelbaum was elected Rector of Bar-Ilan University

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Prof. Lawrence Marnett, right, and his colleagues, Prof. Jashim Uddin, right, Prof. David Piston and Brenda Crews, research a compound that causes tumors to glow. Photography: Joe Howell

Luminescent compounds for the detection of cancerous tumors

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Popular Science/Capturing the T-rays

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Another step towards T-ray devices with perfect imaging capabilities

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