After 3 years
working as a Mathematician in the
path finding group in Nova
measuring instruments company in the Semiconductors' Metrology
after more than 10 years
of intensive mathematical studies,
I embarked, again, on a new and exciting phase in my life.
I am a
mathematician with a PhD granted from the department of Mathematics
in the Weizmann institute
I am serious, thorough, with excellent interpersonal skills, strong
work ethics and a desire to bring and combine a vast mathematical
knowledge, superb research and teaching skills to the real world
(HiTech\Engineering, Economics\Investments, Mathematical research and
As a path finding group member at Nova I am part of an exclusive team
of ~10 PhD Colleagues all are in physics\engineering. As the only
Mathematician I bring a different point of view to algorithms, modeling
and general approaches on the new aspects being researched in the team
(being led by Nova's CTO).
Accelerating extrapolation and regression in multi-dimensional
libraries, modeling physical systems (optics, reflectometry,
spectroscopy, nano-metric scale metrology) and solving inverse problems
are the main tasks I am being involved in.
I wake up every day full of energy for a new and interesting day in
Nova. Wait for the new challenging and important tasks and problems I
will find during my research to attack, dive in and finally solve.
Along side, since I find it highly fulfilling and interesting, I
dedicate part of my time for teaching advanced
Mathematical courses in the Academy, especially at the Weizmann
institute of Science.
from the department of
in the Weizmann institute
M.Sc in Department of
institute of science
B.Sc. in math and phys in Hebrew
University in Jerusalem
Email: niv.sarig at weizmann
dot ac dot il
Mobile phone number: 972-50-2050232
Ph.D thesis: Non linear reconstruction of models from small number of
measured moments (pdf)
M.Sc thesis: Robust Reconstruction of Nonlinear Models Parameters From
Measurement Data (pdf)
Archie C.; Sarig
M. et.al. Effect of measurement error budgets and hybrid metrology
on qualification metrology sampling,
Proceedings of SPIE Vol. 9050, 90501M (2014).
Y. Decoupling of Fourier Reconstruction System for Shifts of
Several Signals, accepted SampTA 2013
Y. Algebraic reconstruction of piecewise-smooth
functions from integral measurements, Functional Differential
Equations, 19(1-2), 2012, pp.13-30, arXiv:1103.3969v1
Y. An "algebraic" reconstruction of piecewise-smooth
functions from integral measurements, accepted SampTA 2009 conference,
Y. Linear versus non-linear acquisition of
no. 2, 369--399. 41Axx.
Y. Signal acquisition from measurements via
R. Math. Acad. Sci. Soc. R. Can.
no. 4, 97--114. (arxiv)
Decoupling of Fourier
Reconstruction System for Shifts of
Sampling Theory and Applications 2013, July 2013, Bremen Germany.
An “algebraic” reconstruction of
piecewise-smooth functions from integral measurements,
The 11th Israeli Mini-Workshop in Applied and Computational
Mathematics, July 2009, Technion.
I lecture during the current semester
for Quantum Mechanics - Fall 2014
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