
Theoretical computer scientist working on quantum algorithms and complexity @GoogleQuantumAI. Previously @MSFTQuantum, @MIT, @UWaterloo, @iitbombay.
Joined November 2009
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Robin Kothari retweeted
We're pleased to announce the key dates for QIP 2027, as follows (refer to the website qipconference.org/2027/ for up-to-date information). We look forward to your participation!
Robin Kothari retweeted
Registration is now open for QEC26, to be held this June in sunny Santa Barbara, CA! see the registration page at qec-conference.org for a link.
Also, the deadline for submissions is next Friday. Make sure to get those in and spread the word to friends and collaborators!
Robin Kothari retweeted
Hermite polynomials are ubiquitous in physics, signal analysis, statistics, and beyond. Our new work gives an algorithm to convert between the computational and discretized Hermite bases efficiently.
Robin Kothari retweeted
Introducing Shadow Hamiltonian Simulation, a breakthrough in quantum simulation for the efficient study of systems like free bosons and free fermions that are exponentially large, providing exponential quantum speedups. Read the full research → goo.gle/4hTMby0
Robin Kothari retweeted
Researchers from our team and @CarnegieMellon just published in PRX on a new family of quantum algorithms that provide a quartic speedup for a broad class of planted inference problems that may have applications in cryptography and learning. Read more ↓ goo.gle/4dL8EwJ
Robin Kothari retweeted
We investigate a way to measure properties of quantum systems more efficiently using shadow tomography. Using a new method, we were able to estimate quantum observables with fewer samples, less computation, and practical measurements. Learn more → goo.gle/3E3XfuM
Robin Kothari retweeted
If you are looking for an academic position in a top quantum computing center (and an amazing city), there is an opening at U of Amsterdam:
vacatures.uva.nl/UvA/job/QuS…
Robin Kothari retweeted
Now that @RobinKothari's excellent #QIP2024 tutorial on the building blocks of quantum algorithms is on YouTube, you can safely cancel your Spotify subscription. Taylor Swift can't compete with Robin's soothing voice!
1: youtube.com/watch?v=4jJswyS9…
2: youtube.com/watch?v=ByrpxZzF…
Robin Kothari retweeted
By the way, one of the key insights of @RobinKothari was: "To get good at designing quantum algorithms algorithms, the most important step might be to get good at designing classical algorithms."
Robin Kothari retweeted
Me as a first year undergrad: "What's with all these masses on springs, I wanna do real physics!"
Robin Kothari (Google) at #QIP2024 on exponential quantum speedups:
Robin Kothari retweeted
Giving myself a round of applause every time I get the answer right in @RobinKothari's quizzes at #QIP2024.
Robin Kothari retweeted
An algorithm for simulating coupled classical oscillators on a quantum computer offers a new example of quantum advantage, requiring far fewer resources than simulations on a classical computer.
Read go.aps.org/483fVUu
@RobinKothari @GoogleQuantumAI
Robin Kothari retweeted
Next up at #QSim2023, @RobinKothari talks about work with Babbush, Berry, Somma, & Wiebe on quantum algorithms for simulating balls and springs @RQuantumSim
Robin Kothari retweeted
FOCS 23 list of accepted papers is online: web.cs.ucla.edu/~sahai/focs2…
Robin Kothari retweeted
TheoretiCS has launched its first issue! theoretics.episciences.org/v…
TheoretiCS is a new, peer-reviewed Diamond Open Access electronic journal covering all areas of Theoretical Computer Science. Looking forward to seeing how the journal develops.
Robin Kothari retweeted
It's finally here!! The first chapter of our new course on Quantum Information and Computation by John Watrous is posted! This is part of a new, full course series hosted on the @qiskit channel. Personally, I will be setting aside my afternoon to watch 😇
youtube.com/watch?v=3-c4xJa7…
Robin Kothari retweeted
We are pleased to announce there will be 5000€ in poster prizes at #QIP2023 sponsored by @QuSoftAmsterdam.
The deadline for submitting posters is 1st November.
Robin Kothari retweeted
OK, you have the code generating a random variable Y. You only have enough time to run it O(n) times. In this world of ours, is there any method to estimate μ to, say, ±σ/n^{.51}?
(With probability at least 99%.)
14%Yes
15%No
13%It's an open question
59%Show me the votes
219 votes • Final results Robin Kothari retweeted
I was talking to a high school student interested in a certain technology and I suggested she try reading some papers about it. I told her to look on Sci-Hub. How broken is it that the default advice for a young student interested in research is to use a "pirate" web site?
Robin Kothari retweeted
In our next Alum Lecture, we will be chatting with @RobinKothari, a principal researcher with Microsoft Quantum (@Azure), about the computational power of quantum computers. Join us Thursday, May 26 at 2 p.m. bit.ly/3k266zd

























