Optical image of a graphene device
Electrons in a “viscous flow” surpass conductivity limits and could lead...
zebrafish eye
The iris in the zebrafish has a distinctive crystal structure that both...
aging
How do the mutations that accumulate in our blood cells affect our health...
WIS is number nine
The ranking puts the impact of Institute research high up in a list...
Fluorite. Credit: Rob Lavinsky, iRocks.com – CC-BY-SA-3.0
A “crazy idea” for using fluoride nanocrystals as magnetic resonance...
Microscope image of a yeast cell showing how close mitochondria (red) are to peroxisomes (blue) and the contact sites that hold them together (green)
Weizmann researchers identify new ties between the parts of a cell:...
cell cultures grown at different densities
When helper T cells get together, they plan an immune strategy for the...
Banerjee, Umansky, Oreg, Stern and Heiblum
Could exotic electron states be used in quantum computing?
ants looking for the exit
A simple mathematical model explains how ants overcome obstacles in their...
Ants and circuits
The physics of the attraction between two mirrors in a vacuum may lead to...
spin up, spin down
Sorting out right- and left-handed molecules magnetically could improve...
(l-r) Hisham Mazal, Dr. Inbal Riven, Prof. Gilad Haran, Menahem Pirchi and Yoav Barak
An ultrahigh time-resolution study of biological machinery reveals never-...
gigatons of carbon
The study reveals, among other things, our impact on the Earth’s biosphere
biofilm
Weizmann Institute of Science researchers suggest a way to breach...

Weizmann Wonder Wander - News, Features and Discoveries from the Weizmann Institute of Science

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