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מכון ויצמן למדע (The Weizmann Institute of Science)

מכון ויצמן למדע הוא מכון מחקר העוסק בתחומי מדעי הטבע והמתמטיקה שנמצא ברחובות שבישראל. כמו כן, המכון משמש כאוניברסיטה ומכיל את מדרשת פיינברג המקבלת תלמידים ללימודים אקדמיים לתואר שני ושלישי (דוקטור).
The Weizmann Institute of Science, known as Machon Weizmann is a university and research institute in Rehovot, Israel. It differs from other Israeli universities in that it offers only graduate and post-graduate studies in the sciences.

More information: http://en.wikipedia.org/wiki/Weizmann_Institute_of_Science

LISA will be able to detect compact objects that spiral into a MBH by GW emission from up to a distance of a Gpc. The signal is expected to be weak. To detect it, it is necessary to know in advance the shape of the wave trains, and to do that, it is necessary to know the eccentricity of the inspiral orbits. High eccentricity can change the nature of the signal drastically. The eccentricity also determines how much time a star spends within the LISA band before its final plunge. We used dynamical Monte Carlo simulations to study how two-body scattering and energy dissipation by GW emission, acting together, modify the inspiral orbits. We find that INSPIRALING STARS TEND TO HAVE HIGH ECCENTRICITIES. We also find that the event rate is: - Independent of the relaxation time. - Lower than previously estimated: only a few detectable sources. - Strongly depends on mass segregation. The Swansong of Stars Orbiting Massive Black Holes Clovis Hopman Weizmann Institute of Science Ultraluminous X-ray Sources as Intermediate Mass Black Holes Fed by Tidally Captured Stars Hopman, Portegies Zwart & Alexander, ApJL 2004 The nature of ULXs, with X-ray luminosities higher than the Eddington luminosity of a stellar mass object, is not known. We argue that some are powered by INTERMEDIATE MASS BLACK HOLES (IBHs) of ~1000 Msun, which tidally capture a star. We apply this scenario to the X-ray source in cluster MGG-11 (see image). Our main results are: Tidal capture can ...

Introduction to Probabilistic Graphical Models Eran Segal Weizmann Institute
On the limitations of efficient computation Oded Goldreich Weizmann Institute of Science

On the limitations of efficient computation Oded Goldreich Weizmann Institute of Science

Presentation to a general WIS meeting [Jan 2011]

Introduction to Computer and Human Vision Shimon Ullman, Michal Irani Assistants: Shai Bagon Ira Kemelmacher Sharon Alpert
Exact Inference: Clique Trees Eran Segal Weizmann Institute

Exact Inference: Clique Trees Eran Segal Weizmann Institute
Genome evolution Lecture 12: epistasis and the evolution of gene regulation

Genome evolution Lecture 12: epistasis and the evolution of gene regulation
I. OVERVIEW of the VORTEX PHYSICS

I. OVERVIEW of the VORTEX PHYSICS

L.D. Landau ( 1937 ) A second order phase transition is generally well described phenomenologically if one identifies: a). The order parameter field b) Symmetry group G and its spontaneous breaking pattern. A. General phenomenological approach to second order phase transitions 1. The order parameter field and spontaneous symmetry breaking
fMRI Methods Lecture 12 – Adaptation & classification

fMRI Methods Lecture 12 – Adaptation & classification
Unit 6: Regulatory Circuits

Unit 6: Regulatory Circuits
Introduction to Mathematical Methods in Neurobiology: Dynamical Systems Oren Shriki 2009

Introduction to Mathematical Methods in Neurobiology: Dynamical Systems Oren Shriki 2009
Athena

Athena
Secure Generic Connection Brokering – SGCB enhancing secure submission of grid jobs across firewalls David Front, Lorne Levinson, Morton Taragin Weizmann Institute of Science, Rehovot Miron Livny, Se-Chang Son, University of Wisconsin, Madison Itzhak Ben-Akiva, Tel Aviv University, Tel Aviv

Secure Generic Connection Brokering – SGCB enhancing secure submission of grid jobs across firewalls David Front, Lorne Levinson, Morton Taragin Weizmann Institute of Science, Rehovot Miron Livny, Se-Chang Son, University of Wisconsin, Madison Itzhak Ben-Akiva, Tel Aviv University, Tel Aviv
The Computing Environment

The Computing Environment
Israel Cluster Structure

Israel Cluster Structure
Computational Functional Genomics Tzachi Pilpel Department of Molecular genetics pilpel@weizmann.ac.il http://longitude.weizmann.ac.il http://longitude.weizmann.ac.il/cfg06/cfg06.html

Computational Functional Genomics Tzachi Pilpel Department of Molecular genetics pilpel@weizmann.ac.il http://longitude.weizmann.ac.il http://longitude.weizmann.ac.il/cfg06/cfg06.html

A G T C G A T T C G T C A ? A T C G A A T G A A G T C G A T T C DNA Replication Translesion Replication A T C G A A T G C Mutation A G C T T T A C T T C G A A T G A DNA damaging agent A
Molecular excitation by chirped laser radiation in ladder climbing and autoresonance regimes

Molecular excitation by chirped laser radiation in ladder climbing and autoresonance regimes

Gilad Marcus, Arie Zigler and Lazar Friedland Racah Institute of Physics, Hebrew University, Jerusalem, Israel
Micro-diffractive nanostructures for cold-atom manipulation (and other interesting stuff)

Micro-diffractive nanostructures for cold-atom manipulation (and other interesting stuff)

Groupe optique atomique et applications aux nanostructures Université Paul Sabatier—CNRS Toulouse, France http://www.nanocold.cict.fr http://www.fastnet.fr FRISNO-8 Ein-Bokek, Israel February 20-25, 2005
From Expression, Through Annotation, to Function

From Expression, Through Annotation, to Function

Ohad Manor & Tali Goren
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