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Nano technology

Improving graphene production. Illustration: depositphotos.com

The revolution in the nanoelectronics industry is already here

A new development may accelerate the use of graphene in the nanoelectronics industry and be used in many technological applications
Gene editing using CRISPR. Illustration: depositphotos.com

EIC grant for nanoparticle-based research for cancer therapy

Prof. Rachela Popobzer from the Faculty of Engineering and the Institute for Nanotechnology and Advanced Materials at Bar Ilan University won a grant of 150 euros, for research aimed at making drug treatment more efficient and targeted
The research image as published on the cover of Advanced Science magazine

Researchers have succeeded in eliminating most of the myeloma cells in the bone marrow using an RNA-based drug

Thanks to the nanoparticle system they developed - the cancer cell stops dividing and dies
Nanotechnology to improve solar panels. Illustration: depositphotos.com

Catch the sun in its rays

Researchers have created a metallic sponge that increases light energy and can adsorb substances to it
The system diagram. Illustration by Ran Levy RNLV-Design

Desalination, the nanorobot version

Futuristic water purification? An Israeli company is developing a new desalination method in which nano-robots will clean seawater of problematic salts; This, without removing from them substances that are important for our health
"Sliding and climbing between electrical polarizations": The periodic crystal structure contains a pair of atoms at regular intervals in each horizontal layer. Each additional layer can be slid to the right or left in the horizontal plane to place a blue atom exactly above a red atom or vice versa, thereby bouncing electrons with an electrical charge up or down between the layers. Unlike in polarized crystals known so far, the electric potential in the new system changes in a constant and well-defined value between each step. It is possible to climb in a controlled manner between all the different options, that is, it is possible to switch between the information units in the same crystal in contrast to a pair of modes in previous technologies. Courtesy of Tel Aviv University

Atomic steps in the thin electrical scale in nature

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Nanocrystals from the research as photographed with the lens of the electron microscope in Prof. Markovich's laboratory

Here are the nano crystals that may improve life

Researchers have traced for the first time a unique process in the growth of tiny crystals, which could improve our lives and which may have occurred at the beginning of life
Nano optics. Photo: depositphotos.com

Prof. Uriel Levy, Hebrew University: "The material that will replace silicon and make it possible to make transistors even smaller"

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Prof. Levy was one of the speakers at the conference to mark the "Biennial Day of Light" held at Ben Gurion University * In his lecture he presented thin lenses based on materials and showed how surface materials can significantly improve the resolution of microscopes and facilitate the miniaturization of chips
Illustration of the innovative magnet: red - cobalt; blue – oxygen; Yellow – Zinc [Courtesy of Berkeley Lab]

The tiniest magnet in the world - one-atom thick

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A magnet with a thickness of one atom in a two-dimensional structure developed by scientists from the University of Berkeley could advance the development of new applications in the fields of computing and electronics
Virus prevention system. Figure: Turtech nano fibers

Corona vaccine through the skin

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Prof. Uriel Levy, photo: Yoram Ashheim, Hebrew University.

A researcher managed to miniaturize hybrid chips without compromising their efficiency and accuracy

The research work was published in the prestigious scientific journal Nature Photonics, which was led by a group of researchers from the Department of Applied Physics and the Center for Nanoscience and Nanotechnology at the Hebrew University. "A breakthrough, it's a dream!", the researchers excitedly announced following the findings
Nano technology. Illustration: depositphotos.com

Researchers from Tel Aviv University have created an electrical memory only two atoms thick

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The research deals with a two-dimensional material, a single atom thick layer of boron and nitrogen atoms arranged in a cyclic hexagonal structure. During the experiment the researchers were able to break the symmetry of this crystal by artificially assembling two such layers
Microscope images of a laser beam with a wavelength of 532 nm advancing through a soap film. Credit: Technion barges

Researchers at the Technion presented for the first time in the world an observation of the branching of light rays

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The multi-layered electronic skin. Photo: Technion spokespeople

A PhD student at the Technion developed an artificial electronic skin that precisely monitors many different physical and chemical variables

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Members of the joint Technion and IBM research team: in the photos: Prof. Moran Berkowitz, Dr. Federico Pretora, Vesna Bacheva, Dr. Govind Gaikla

The slow are the fastest: a new method for separating molecules and biological particles in tiny samples

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Differences in the cellular environment (acidity and metabolism) affect the solubility of metal oxides, in the present example copper oxide (CuO). The researchers hypothesized that plating the oxide with iron atoms could provide a therapeutic window to fight cancer. This means a release rate that is fast enough to target the cancer cells, but one that slows down significantly in healthy cells.

Copper-based nanomaterials can destroy cancer cells

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Atoms and molecules composed of quantum dots. Illustration: Merav Oded and Somanth Koli

A researcher from the Hebrew University succeeded in creating molecules from two quantum dots

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artificial intelligence. Illustration: shutterstock

Three clues to the future of medicine

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Technion researchers have developed a technology to purify wastewater rich in formaldehyde

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Nano technology. Illustration: shutterstock

Between two worlds: about tiny devices in a big world

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Prof. Uri Sion, the elected president of the Technion. Photo: Nitzan Zohar, Technion Spokesperson

Prof. Uri Sion was elected the next president of the Technion

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Illustration of the system in which the experiment was performed: a molecular junction based on a hydrogen molecule hanging as a sort of bridge between two electronic contacts. It is, in fact, the smallest electronic device that can be built today. Illustration: Weizmann Institute

An act in three noises

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nanometer structures (photo: shutterstock)

A combination of nanophotonics and deep learning will accelerate the development of nanoscale structures

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An interface between graphite and white graphite enables an on-pin condition characterized by an almost education-free movement. Air: Hillel Kleiner

An over-lubrication mechanism that reduces the friction between sliding surfaces to almost zero

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David Hilton - Emergence presented at the Nano Israel Conference, March 2012. Courtesy of the Nano Israel Conference

Every engineer's nightmare

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