❍ zane marius rossi

JSPS fellow at UTokyo in quantum algorithms; previously PhD @ MIT

❍ zane marius rossi

JSPS fellow at UTokyo in quantum algorithms; previously PhD @ MIT

As of your reading this no research, application, or post you've seen from me has been written with the assistance of a large language model.

On LLM use.

As of your reading this no research, application, or post you've seen from me has been written with the assistance of a large language model.

I study the theory of quantum algorithms at the University of Tokyo; until recently I was at MIT completing my doctorate, advised by Ike Chuang ↗. My work draws on techniques from representation theory, functional analysis, and algebraic geometry to construct intuitive quantum algorithms for common problems in linear algebra.

Quantum computing lacks diverse algorithmic techniques, and those that exist are fragile & specific. My takeaway from this is the virtue of translating sophisticated techniques from well-established mathematical subfields to the lexicon of quantum computation.

Not only does this pad-out the quantum algorithmist's toolkit but, if exposited clearly, can also recruit the interest and collaboration of previously disparate mathematical and TCS communities.

About me

I study the theory of quantum algorithms at the University of Tokyo; until recently I was at MIT completing my doctorate, advised by Ike Chuang ↗. My work draws on techniques from algebraic geometry, functional analysis, and category theory to construct intuitive quantum algorithms for common problems in linear algebra.

Quantum computing lacks diverse algorithmic techniques, and those that exist are fragile & specific. My takeaway from this is the virtue of translating sophisticated techniques from well-established mathematical subfields to the lexicon of quantum computation.

Not only does this pad-out the quantum algorithmist's toolkit but, if exposited clearly, it can also recruit the interest and collaboration of previously disparate mathematical and TCS communities.

I recently overhauled our Python-based numerical package, pyQSP ↗, used to handle all-things quantum signal processing (QSP) related, to be more numerically stable and user-friendly. Check out the revamped documentation and expanded features in v0.2.0!

Check it out!

I recently overhauled our Python-based numerical package, pyQSP ↗, used to handle all-things quantum signal processing (QSP) related, to be more numerically stable and user-friendly. Check out the revamped documentation and expanded features in v0.2.0!

I'll be starting as a JSPS Postdoctoral Fellow at the University of Tokyo with Professor Mio Murao's (村尾・美緒) group from August of 2024. If you are a researcher in Japan, or are interested in quantum/TCS research in Japan, drop me a line!

Update・速報

I'll be starting as a JSPS Postdoctoral Fellow at the University of Tokyo with Professor Mio Murao's (村尾・美緒) group from August of 2024. If you are a researcher in Japan, or are interested in quantum/TCS research in Japan, drop me a line!

For my academic email, try zmr followed by @g.ecc.u-tokyo.ac.jp. For recent publications, check out my google scholar page or my curriculum vitae ↗.

Contact

For my academic email, try zmr followed by @g.ecc.u-tokyo.ac.jp. For recent publications, check out my google scholar page or my curriculum vitae ↗.

highlighted publications

highlighted publications

notes and errata

notes and errata

I was lucky to be able to intern at NTT Research Inc. in California, as well as visit and work at NTT BRL in Atsugi, Japan for a semester in 2022. 今から日本での研究グループの関係を作るのが続けたいので、僕の研究に興味が持てば気軽にメールして下さい。日本語でも大丈夫です。

More about me

I was lucky to be able to intern at NTT Research Inc. in California, as well as visit and work at NTT BRL in Atsugi, Japan for a semester in 2022. 今から日本での研究グループの関係を作るのが続けたいので、僕の研究に興味が持てば気軽にメールして下さい。日本語でも大丈夫です。

all publications

all publications

終点だ。挿絵:佐々木マキ。

終点だ。挿絵:佐々木マキ。