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Materials and Interfaces

Prof. Reshef Tenne

Prof. Reshef Tenne was elected as a Fellow of the Royal Society of Chemistry in the UK (2011)

Prof. Roy Bar-Ziv and Dr. Lior Nissim. Identifying cancer

A new genetic sensor kills only the malignant cancer cells in a test tube.

Dr. Igor Lubomirsky
The fields of microelectronics and satellite communications eagerly await new and more efficient...
Prof. Igor Lubomirsky
A new approach could help save the sun's energy for a rainy day


(l-r) Dan Bracha, Prof. Roy Bar-Ziv, Dr. Shirley Daube and Dr. Amnon Buxboim. Close quarters    Wall-free compartments might keep gene activities in order
Genes may work best in closely-packed, open compartments
(l-r) Ronen Kreizman, Dr. Maya Bar Sadan, Profs. Daniel Wagner, Reshef Tenne and Ernesto Joselevich and Dr. Ifat Kaplan-Ashiri. Defect-free nanotubes
A number of Institute scientists are revealing the unique properties of nanotubes
Prof. Leeor Kronik

Prof. Leeor Kronik was awarded the Israel Chemical Society Prize for Excellent Young Scientist (2009)

A nanotube serpentine observed by scanning electron microscopy

Snaking nanotubes might be used to  create any number of tiny devices

New Nanotube Structures

Weizmann Institute Scientists Create New Nanotube Structures


Top: The cell pulls to maintain a fixed stretch in the gel. Middle:  If the gel is externally stretched, the cell can reduce the force it exerts.  Bottom: If the gel is alternately stretched and relaxed, the frustrated cell  cannot "decide" how much force to exert. This results in the cell orienting  perpendicular to the stretch direction
Cells in biomaterials respond to the speed with which the material is stretched