Features

From multiple myeloma to nerve repair, Weizmann Institute scientists are using artificial intelligence and big data tools to reach new discoveries related to human health and disease. 

Weizmann physicist Prof. Victor Malka is creating powerful, compact lasers that could be used in vastly improved proton therapy for cancer. 

“DNA repair scores”—a summation of the activity of three DNA repair enzymes through which cells are known to respond to genetic damage—the new screening strategy accurately identifies individuals at heightened risk for lung cancer. 

To answer the most complex questions in the field of neuroscience is to wrap one’s hands around some of the biggest questions in biology, chemistry, physics, computer science, mathematics, and more—because so many fields have a winding or direct path to brain science.To answer the most complex questions in the field of neuroscience

A new Weizmann Institute observatory in Israel’s Negev desert is poised to reveal new knowledge about the cosmos, with a novel series of telescopes and a method that is unique in the world.

Weizmann’s flagship initiative will make us smarter than ever about the human brain

“We say with caution, the magic has started,” says Prof. Eran Segal. Weizmann research is generating key insights on the virus, and leading to new knowledge relevant for a range of infectious diseases.

“Three may keep a secret, if two of them are dead.”