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Dr. Hezi Gildor. Plankton predictions

Prince of Tides

01.05.2004
Viruses & Microorganisms, Environment, Climate, Mathematics
Population changes in tiny ocean organisms might drive weather patterns across the globe
illustration: heating up of the Earth (global warming)

Climate

01.05.2004
Environment, Energy, Plants and Agriculture, Climate, Organic Chemistry
Several research projects in the Environmental Sciences and Energy Research Department at the Weizmann Institute are aimed at understanding our...
Prof. Dan Yakir. On carbon dioxide's trail

Greenhouse Gas Might Green Up the Desert

01.10.2003
Environment, Climate
Insights into the "riddle of the missing carbon dioxide"
Bring On the Rain

Bring On the Rain

01.05.2003
Space & Physics, Climate
A new formula for predicting rain factors in whirling droplets
Sling Effect in Clouds Brings on the Rain

Sling Effect in Clouds Brings on the Rain

30.10.2002
Climate, Mathematics
New formula developed by Weizmann Institute physicists may improve rain prediction Weizmann Institute physicists have revealed that turbulence in...
Prof. Dan Yakir

Plants Tell It Like It Is

01.10.2001
Biochemistry, Environment, Climate
Plants might be an effective warning system for rising carbon dioxide levels
Dr. Yinon Rudich

Dust Is in the Air

01.05.2001
Environment, Climate
Dust particles have a dramatic effect on cloud formation and desertification processes

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From the Volcanic Crater to the Lab: A Lesson in Survival

Human lung cancer tissue under a microscope. The enzymes (yellow) that unmask the immune-activating molecules are found near the TREM2 receptors (red) of the tumor-assisting macrophages. This targeted unmasking can prevent damage to healthy tissues

Turning the Tumor’s Shield into a Sword

A bacterial cell (elongated shape in the center) inside a glioblastoma tumor cell, as seen through an electron microscope. The black dots within the bacterium are engineered antibodies carrying gold particles that bind specifically to a component found only in bacterial cell envelopes and not in human cells

Bacteria on the Brain

“Seven Unique Voices in the Symphony of Human Achievement”

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Human lung cancer tissue under a microscope. The enzymes (yellow) that unmask the immune-activating molecules are found near the TREM2 receptors (red) of the tumor-assisting macrophages. This targeted unmasking can prevent damage to healthy tissues
19.11.2025
Turning the Tumor’s Shield into a Sword
A bacterial cell (elongated shape in the center) inside a glioblastoma tumor cell, as seen through an electron microscope. The black dots within the bacterium are engineered antibodies carrying gold particles that bind specifically to a component found only in bacterial cell envelopes and not in human cells
14.11.2025
Bacteria on the Brain
10.11.2025
“Seven Unique Voices in the Symphony of Human Achievement”