Pankaj Mehta


Associate Professor of Physics 

Boston University


Office: SCI 323

Phone: 617-358-6303


Boston University 

Department of Physics

590 Commonwealth Avenue,

Boston, MA 02139


Email: pankajm AT bu.edu


Cirriculum vitae



Research Interests:


I am interested in theoretical problems at the interface of physics and biology.  I want to understand how large-scale, collective behaviors observed in biological systems emerge from the interaction of many individual molecular elements, and how these interactions allow cells to perform complex computations in response to environmental cues. I started a blog that I hope to udpate regularly. I am also a part of the BU Bioinformatics Program and the BUMC Center for Regenerative Medicine (CReM) . To find out more about my research please look at my publications with links to pdf files.


Group Members:


Alexandre Day (Graduate), Ching-Hao Wang (Graduate), Wenping Cui (Graduate) 


Honorary Group Members:


David Bernstein, Marin Bukov, Joshua Goldford, Meghan Thommes


Alumni:


Postdocs: Charles Fisher (Leap Motion, San Francisco, CA)
Graduate Students: Javad Noorbakhsh (Postdoctoral Fellow, Jackson Laboratory in CT), Alex Lang (Postdoctoral Fellow, Sejnowski Lab, Salk Institute)
Undergrads: Joseph Sarmiego-Evans (Graduate school at Colorado Physics), Steven (Wooseok) Ahn, Benjamin Dickens (Berkeley Physics)


Friends/Regular Collaborators of the group:


BU CReM, Balazsi Lab, Caleb Bashor, Claudio Chamon, Khalil Lab, Joshua Goldford, Thomas Gregor, Kirill Korolev ,Anatoli Polkovnikov, Ed Reznik, Sanchez Lab, David Schwab, Segrè Lab, Anirvan Sengupta, Allyson Sgro


Postdoc Opening


The group is alway willing to consider highly qualified physcists for postdocs.We are looking for people with a demonstrated ability in any branch of theoretical physics and a willingness to learn biology. Interested parties can send me an email with research interests and an updated CV. 


Current projects:


Thermodynamics and statistical inference by cells 

Collective behavior in Dictyostelium 

Synthetic Biology 

Cellular reprogramming and cell fate 

Quantitative microbial ecology 

Statistical mechanics, machine learning, and large biological data sets

Physics problems inspired by biological systems

Nonequilibrium statistical physics


Videos of recent talks:


Energy, information, and computation in cells at the ICTS Winter school on quantiative biology (Dec.2015): Part 1,Part 2, Part 3
Adventures at the interface of physics and Biology, KITP (Jan 2015): video
Dictyostelium populations exploit noise to control collective behavior, BIRS Workshop on Stochasticity in Biochemical Reaction Networks, (Sept 2013): video

Publications:


To find out more about my research please look at my publications with links to pdf files.


Popular Press:

Geonome Web, MIT Technology Review, Quanta Magazine, and Wired.



Teaching:


Fall 2016: PY895:Machine Learning for Physicists

Spring 2016:  PY410: Statistical Physics.

Fall 2015: BE700-PY895: Methods and Logic in Quantitative Biology 

Spring 2013: PY 106: Elementary Physics 

Fall 2012:  PY501: Mathematical methods for Physicists.

Spring 2013: PY 106: Elementary Physics 


Quantitative Biology at BU:


We attend and invite speakers to the Systems biology seminar.


I talk to various people at BU working in biology, often attend their group meetings and we write papers together:

Center for Regenerative Medicine (CReM) at BUMC 

Kirill Korolev's Group

Tim Gardner's Group

Daniel Segre's group

Mo Khalil's lab

Joyce Wong's lab

Wilson Wong's lab