Accessibility

February 2017

 

Interested but you just don't have the time now? Receive this message again:
Tomorrow morning | Tomorrow at noon | Tomorrow evening

 

Forefront of Science

 

Earth Sciences
 
Between his lab, the greenhouses and nearby forests, Klein hopes to understand how trees adapt
 
 
Fluorescence image of a single trapped Sr+ ion immersed in a cloud of 100,000 trapped Rb atoms. The ion is trapped by radio-frequency fields. The atoms are trapped by a focused laser-beam. Both species are cooled to a temperature of a millionth of a degree Kelvin above absolute zero temperatureBetween his lab, the greenhouses and nearby forests, Klein hopes to understand how trees adapt

 

Chemistry
 
A new theory explains why and how asymmetry in the bulk geometry of sliding bodies can weaken the friction between them
 
 
Combining two inhibitors (right) was much more effective than either alone in preventing cancer growth

 

Life Sciences
 
A newly discovered “shuttle” for proteins is a “safety net” for vital communication between cells
 
 
Maze-like patterns are created when the DNA condenses like a row of dominoes in the lab of Prof. Roy Bar-Ziv(l-r) Naama Aviram and Prof. Maya Schuldiner describe a 'safety net' for communication proteins

 

Space & Physics
 
A nanothermometer is thousands of times better at detecting heat transfer at the atomic level
 
 
Maze-like patterns are created when the DNA condenses like a row of dominoes in the lab of Prof. Roy Bar-Ziv(l-r) Naama Aviram and Prof. Maya Schuldiner describe a 'safety net' for communication proteinsDetecting heat transfer in a pristine graphene sample with the new nano-thermometer. Left: Optical image of graphene sample. Right: The thermal image reveals a necklace of rings as a signature for a unique heat transfer process in the sample.

 

From Around the Web

 

THE NEW YORKER
 
Our planet may once have had dozens of small moonlets, which welded together over the millennia into the object that’s visible today
THE NEW YORKER

 

BDS | Building Dialogue through Science
 
The experiments Dr. Hagar Landsman-Peles particpates in together with scientists from many different countries, will help us understand the makeup of our universe
Dr. Hagar Landsman-Peles builds detectors for the smallest particles

 

Science for All - Davidson Institute of Science Education

 

Prof. Nachum Ulanovsky with a fruit bat
Researchers at the Weizmann Institute of Science have identified the brain cells ‎that enable an animal to reach its target by evaluating the direction and distance ‎from it. The brain cells were discovered in bats but they are also likely to exist in ‎other mammals, including humans
 
 Read More 
Spectacular shapes. Phytoplankton in bloom as seen from space. | Source: Wikipedia
Phytoplankton are microscopic sea creatures that stand at the bottom of the marine food chain, produce oxygen, are a food source and may also be involved in rainfall.
 
 
 
 Read More 

 

 

 

 

For more information, please visit our Weizmann Wonder Wander website or contact [email protected]

 

Powered by smoove marketing platform