# Members

**Staff Scientist**

**Aidan Chatwin-Davies**

2018 Ph.D. California Institute of Technology

2013 M.Math. University of Waterloo

2011 B.Math. University of Waterloo

My research interests lie in quantum information science and quantum gravity, and I generally work on problems in which these fields intersect. I'm particularly interested in cosmology, and a good part of my current research explores what lessons information science can bring to cosmology, and vice versa.

私の研究テーマは量子情報科学と量子重力であり、これらの分野が交差する問題に取り組んでいます。特に宇宙論に興味があり、情報科学が宇宙論にどのような教訓をもたらすか(またその逆も)を主に探求しています。

List of publications: https://orcid.org/0000-0003-1406-9271

Email: aidan.chatwin [at] oist.jp

**Post-doctoral Scholars**

**Stefan Eccles**

List of publications: https://arxiv.org/search/?searchtype=author&query=Eccles%2C+S

Email: stefan.eccles [at] oist.jp

**Goncalo Araujo Regado**

**Francesco Sartini**

**Bilyana Tomova**

**Ph.D. Students **

**Julian De Vuyst**

2019 BSc Ghent University

Email: julian.devuyst [at] oist.jp

**Rotation Student**

**Jin Kozaki**

** **

**Research Unit Administrator **

**Midori Tanahara**

**Alumni**

**Post-docs**

**Isha Kotecha**

List of publications: https://arxiv.org/search/?query=Isha+Kotecha&searchtype=all

**Josh Kirklin**

**Fabio Maria Mele**

2013 B.Sc. University of Naples “Federico II”, Italy

List of publications: https://arxiv.org/search/?searchtype=author&query=Mele%2C+F+M

**Markus Frembs**

While classical physics has a distinctively geometric character, and geometry even becomes dynamical in general relativity, quantum theory is by and large an algebraic formalism. The difficulty in formulating a theory of quantum gravity may thus be seen as rooted in the fact that quantum theory is irrevocably non-classical, in the sense that it escapes a geometric description.

My work aims at better demarcating classical and quantum theory. In particular, I am interested in two aspects of this divide. On the one hand, a quantitative characterisation of non-classicality understood as a resource is necessary in order to design algorithms for future quantum computers and to achieve provable quantum advantage. On the other hand, non-classicality understood as a geometric obstruction might prove crucial in departing from classical concepts inherent to general relativity and differential geometry.

List of publications: https://orcid.org/0000-0001-6653-4652

### Rotation Students

**Jiahui Bao**

**Miguel Jorquera Riera**

**Snigdh Sabharwal**

**Tatiana Iakovleva**

**Joshua Carlo Casapao **

AY2021 Term 1: Sept-Dec, 2021

**Julian De Vuyst**

2019 BSc Ghent University

**Andreani Petrou**

**Julian Lang **

AY2022 Term 1: Sept-Dec 2022

**Saswato Sen**

AY2022 Term 1: Sept-Dec 2022

**Javier Pagan Lacambra**

AY2023 Term 1: Sept-Dec 2023

I completed my Masters in Mathematics and Physics by the University of Manchester in 2022, where I specialized in Differential Geometry, Gauge Theories and General Relativity. From last October to March, I was working in Prof David Elkouss’s unit – studying several optimizations of Shor’s Quantum Factoring Algorithm applied to RSA integers. In doing so, I had the chance to explore different areas of Quantum Information Theory, like Error Correction and Quantum Networks. During this rotation, I would like to explore the connection between Information Theory and the emergence of Quantum Mechanics, Spacetime and Gravity.

Email: j.pagan [at] oist.jp

**Juan Luis Araujo Abranches **

AY2023 Term 1: Sept-Dec 2023

Email: juan.abranches [at] oist.jp

### Research Interns

**Victor Castillo Martinez **

**Giovanni Natale**

**Germain Tobar**

**Vanessa Brzić**

**Mritunjay Tyagi**

September 19th, 2023 - November 17th, 2023

Currently: PhD student at the University of Groningen

**Yihan Yan**