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Laser

separating chiral molecules illustration
22.08.2019

Using lasers to separate chiral molecules had been predicted - but never before demonstrated

Fast and Slow Measurement: Revealing the Shape of a Pulse
07.05.2019

Two ultrafast pulses, measured together, create a kind of shape-revealing hologram 

SO2 molecules line up
07.03.2019

A new method for aligning molecules could advance the field of x-ray crystallography

better resolution
28.01.2019

A new method of ultra-high resolution microscopy relies on quantum physics and lasers

Photons Stopped in Time
15.03.2018

A new method of trapping single photons could bring quantum memory one step closer

Red, blue, green in nanolenses
07.08.2017

Computer designed nanostructures do away with the need for multiple lenses 

Prof. Victor L'vov and Dr. Anna Pomyalov
27.10.2016

Electron flow at room temperature might be a dream come true

nanoantennas
06.10.2016

In a new method, gold nanoparticles use infrared light to create blue holograms

cooperation agreement signing
26.05.2016

Scientific exchange has begun with a laser-plasma accelerator lab 

William Levine (center), a prominent American diamond merchant, inspecting gemprints during his visit to the Weizmann Institute in 1974, with Prof. Shmuel Shtrikman (left) and Dr. Charles Bar-Isaac (right)
19.05.2014

Dr. Charles Bar-Isaac turned his fascination with diamonds’ brilliance into a method of identifying individual stones

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