Math & Computer Science

Prof. Shimon Ullman

Computerized Vision Systems

12.09.2010

Math & Computer Science, Benefiting Humanity

Prof. Shimon Ullman designed ways to enable computerized vision systems to recognize objects. Application

This diagram is part of a proof that a certain class of algorithms cannot compute the determinant of a matrix in polynomial time. From the research of Prof. Ran Raz

Are There Limits to Computing?

30.08.2010

Math & Computer Science

Where is the dividing line between the possible and the impossible in computation?

(l-r) Gilad Landan, Dr. Amos Tanay and Rami Jaschek. New targets for treatment

Found in the Desert

02.05.2010

Cancer, Genetics, Bioinformatics and Computational Biology

Cancer-enhancing DNA may reside in a surprising part of the genome

Prof. Gady Kozma

Looking Forward to illuminating the multidimensional geometry of a phase transition

01.11.2009

Prof. Gady Kozma: "We aim to understand how geometry affects phase transitions. It's important to me to study possibilities in three-dimensional...

Prof. Shimon Ullman

Looking Forward to computers that "see" almost like humans and images with perfect focus

01.11.2009

Computer Vision, Mathematics

Prof. Shimon Ullman: "I expect the day will come when we can write a computer program that will learn on its own how to use vision to understand the...

Dr. Anat Levin

Refocus

01.11.2009

Math & Computer Science

Dr. Anat Levin: "Computer files contain a lot of information, and I hope to research their properties to reveal new ways to get at and use that...

Prof. Yakar Kannai

Looking Forward to predicting disease

01.11.2009

Disease, Drugs & Diagnostics, Mathematics

Prof. Yakar Kannai: "I work at the interface between abstract mathematics and everyday reality. I expect to find ever more ways of using mathematics...

Dr. Elad Schneidman.

Combining Minds

01.10.2009

Brain & Behavior, Math & Computer Science

Neurons seem to practice group behavior, according to new research

DNA Computation Gets Logical at the Weizmann Institute of Science

DNA Computation Gets Logical at the Weizmann Institute of Science

03.08.2009

Math & Computer Science

An advanced program for the world's smallest computers, made of DNA and other biological molecules, enables them to ‘think’ logically.

(l-r) Dr. Assaf Rotem and Prof. Elisha Moses. Smart nerve network

Designer Nerves

01.05.2009

Space & Physics, Brain & Behavior, Math & Computer Science

Circuits grown from living nerve cells could become an interface between human brains and artificial systems

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Scent of a Friend

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