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I am a professor of Computer Science at Harvard University, and a member of the Harvard SEAS Theory of Computing group. Previously, I was a principal researcher at Microsoft Research New England, and before that I was an associate professor (with tenure) at Princeton University’s Computer Science department. I hold a Ph.D from the Weizmann Institute of Science, and was a postdoctoral fellow at the Institute for Advanced Study in Princeton.
I am a theoretical computer scientist, interested in computational complexity, algorithms, cryptography, quantum computing and the theory of machine learning.
DUS: I am co director of undergraduate studies (DUS) of Computer Science at Harvard together with Prof. Stephen Chong. Please email firstname.lastname@example.org for any DUS related matters. For information about the Computer Science concentration at Harvard see the page csadvising.seas.harvard.edu. See also my contact information and office hours.
Current activities: Member of the editorial board of the Theory of Computing Journal (ToC) and the Electronic Colloquium of Computational Complexity. Member of the Committee for the Advancement of Theoretical Computer Science (CATCS). I am a member of the scientific board of the Simons Institute for the Theory of Computing. I am a co organizer of the Harvard Machine Learning Theory seminar. Board member and co organizer of Addis Coder. I am also a member of the advisory board of the wonderful Quanta magazine. See my CV for past activities.
Former students: Sharon Goldberg (co advised with Jennifer Rexford), David Xiao (co advised with Avi Wigderson), Mohammad Mahmoody, Moritz Hardt, Zhixian Lei, Preetum Nakkiran (co-advised with Madhu Sudan)
Funding: I am currently supported by NSF award CCF 1565264, a Simons Investigator Fellowship and DARPA grant W911NF2010021. I am also grateful for support from Oracle Labs and past support by the NSF, as well as the Packard and Sloan foundations and the BSF.
Personal: I am married to Ravit Barak and father to Alma and Goren.
See the Harvard ML Theory group website for our seminar and other activities in the theory of machine learning.
I am working on a new book on “Introduction to Theoretical Computer Science”. Comments are welcome as issues/pull requests on the GitHub repository
I wrote a graduate textbook with Sanjeev Arora: Computational Complexity: A Modern Approach. I am currently writing an undergraduate textbook: Introduction to Theoretical Computer Science. I also wrote extensive notes on an intense introduction to cryptography and on the sum of squares algorithm (with David Steurer). I occasionally blog on the Windows on Theory blog and Tweet.
Some surveys and essays I wrote are below. See here for more of my less technical writing.
Work with what you’ve got, Nature Physics, January 21. (About experiments running the QAOA algorithm on near-term intermediate-scale noisy quantum devices (NISQ).
How to use mathematical models for Covid-19 (in Hebrew) - with Shachar Artzi, Janni Yuval, Mor Nitzan, and Neta Ravid.
The different forms of quantum computing skepticsm - blog post. See also pdf version
The Complexity of Public-Key Cryptography - survey/tutorial on the computational assumptions landscape of cryptogrpahy. Written in honor of Oded Goldreich’s 60th birthday.
Bayesianism, frequentism, and the planted clique, or do algorithms believe in unicorns?, April 2016. See also blog post on windows of theory blog and video of a talk at Northwestern.
Men in Computer Science - blog post, August 2017.
Structure vs Combinatorics in Computational Complexity, Windows on Theory blog, October 2013. See also adapted version in the bulletin of the European Association for Theoretical Computer Science.
Truth vs. Proof - the Unique Games Conjecture and Feige’s Hypothesis, Windows on Theory blog, July 2012. See also adapted version in logic in computer science column of the bulletin of the European Association for Theoretical Computer Science.
Here are some of the courses / lectures I (Co) taught (see here for all courses):
Harvard CS127: Cryptography, Fall 2021, Spring 2020, Spring 2018, Spring 2016.
Harvard CS121: Introduction to Theoretical Computer Science - Fall 2019, Fall 2018, Fall 2017.
Harvard CS229r: Physics and Computation Seminar, Fall 2018.
Harvard CS229r / MIT 6.S898: Proofs, beliefs and algorithms through the lens of Sum of Squares - Fall 2016 - graduate course/seminar on the Sum of Squares algorithm.
Addis Coder -summer course on algorithms and coding for high school students in Ethiopia.
Princeton COS 522 - (graduate) Computational Complexity - Spring 2009
|Email: . For Harvard related mails (apart from DUS), please use Any emails related to my role as DUS should be sent to email@example.com.|
|Please use or for reference letter or manuscript review requests respectively. (emails to these addresses are forwarded to my main inbox, but are also tagged appropriately so I don't lose track of them. Emails to the reference address are also forwarded to my faculty coordinator.)|
Upcoming office hours: (see all hours and schedule appointments)
|Physical Location: Office 3.3096 in Harvard Allston SEC complex, 150 Western Avenue, Boston, MA.|
|Mailing Address: Professor Boaz Barak, Harvard University SEAS, SEC Building Office 3.309, 150 Western Avenue, Boston, MA 02134|
|Administrative assistant: Evelyn (Evie) Santana-Nola, , firstname.lastname@example.org|
|Phone: (617) 496-1537 (I prefer email)|