My interest is in leveraging the power of mathematics to study real-world, complex, highly non-linear systems. Currently, I mostly focus on biological systems. Biological systems are not only extremely important to study in their own right, but they also provide wonderful examples of some of the most complex systems we know. Specifically, I model these systems using Stochastic Differential Equations. I am currently working on applying techniques from the Large Deviation Theory to gain insight into such systems.
Applying mathematics to solve real world problems.
The study of evolving ramdom systems.
The study of rare events.
The study of the fundamental laws the govern the world aroun us.
Applying mathmatics to study living organisms, including ourselves.
Applying mathmatics to study our brains and the mystery of the wonder of ourselves.
PhD Applied Mathematics
New Jersy Institute of Technology (NJIT)
Advisor: Dr. James MacLaurin
MA Physics
Hunter College, CUNY
I took most of my classes at the CUNY Graduate Center with the Ph.D. students and ultimately completed my degree requirements by taking the Ph.D. Qualifying exam.
BS Physics
Brooklyn College, CUNY
I majored in physics and minored in mathematics with a strong focus in computer science.
TA for NJIT Department of Mathmatics
Bruriah High School
AP Physics teacher
Bruriah High School
Mathematics teacher
Touro Collge
Adjunct Lecturer for the Department of Mathematics
Hunter College, CUNY
Adjunct Instructor for the Department of Physics
United Lubavitch Yeshiva
Mathematics Teacher
Icahn School of Medicine, Mount Sinai
Bioinformatician, Ma'ayan Lab
Brooklyn College, CUNY
Reseacher, Boutis Lab