Yichen Shi-Naseer
+46 70-755-0224 yichenshi AT alumni.harvard.edu
Education Harvard University, USA, 2014-2019 (math&physics) PhD in Theoretical Physics Dissertation: “Analytical Steps Towards the Observation of High-Spin Black Holes”
Cambridge University (Trinity College), UK, 2013-2014 MASt in Applied Mathematics
Macquarie University, Australia, 2010-2013 B. Advanced Science
Utrecht University, Netherlands, 2013 Student Exchange
University of Washington in Seattle, USA, 2011 Student Exchange
Education GrubStreet, Inc., Boston, USA, 2018-2019 (writing) Novel Incubator
Grants and Copyright Agency Award/Cultural Fund 2021-2022 Awards Australian Society of Authors, Australia
Breakthrough Writers’ Programme 2021-2022 Curtis Brown, UK
Writer to Writer Mentorship Program 2020 Association of Writers & Writing Programs, USA
Sir Keith Murdoch Fellowship 2017-2018 American Australian Association, USA&Australia
White Prize for Excellence in Teaching 2016, 2017 Harvard University, USA
Purcell Fellowship 2014-2015 Harvard University, USA
Trinity College Studentship/The Bachelor Fund 2013-2014 University of Cambridge, UK
Vice Chancellor’s Commendation for Academic Excellence 2013 Macquarie University, Australia Research The Kerr/CFT Correspondence, Harvard University 2015-2019 Advisor: Andrew Strominger Conformal symmetry is present at the near-horizon region of (near-)extreme Kerr black holes. Using this symmetry, we did analytical computations for a number of astrophys- ical phenomena that are traditionally computed only numerically.
Experimental Particle Physics, CERN 2012 Advisor: Martin Tripiana We built an algorithm robust against pile-up events (which affect the detector perfor- mance) in ATLAS, LHC. Through applying photon track quality cuts, we achieved a reduction in pile-up dependency and a 10% increase in background rejection.
Publications A. P. Porfyriadis, Y. Shi and A. Strominger, “Photon Emission Near Extreme Kerr Black Holes”, Phys. Rev. D 95, 064009 (2017), arXiv:1602.01833
A. Lupsasca, A. P. Porfyriadis and Y. Shi, “Critical Emission from a High-Spin Black Hole”, Phys. Rev. D 97, 064017, arXiv:1712.10182
D. Gates, D. Kapec, A. Lupsasca, Y. Shi and A. Strominger, “Polarization Whorls from M87 at the Event Horizon Telescope”, Proc. R. Soc. A. 476, 20190618 (2020), arXiv:1809.09092
Invited Talks “Critical Emission from a High-Spin Black Hole” Feb.20, 2018 Colloquium talk at the Black Hole Initiative, Harvard University
“Probing our Sky with the Kerr/CFT Correspondence” Jan.8 / Jan.18, 2016 QSciTech talk at the Department of Physics and Astronomy, Macquarie University; seminar talk at the Mathematical Sciences Institute, Australian National University
“The Worldline Path-Integral Formulation of QFT” Jul.30, 2014 Theoretical Physics Wednesday seminar talk at the Research School of Physics and Engineering, Australian National University
“The Path-Integral, String Theory, and the ‘String-Inspired’ Worldline Path-Integral Formulation of Quantum Field Theory” Jul.22-25, 2014 Lectures given at EQuS (Australian Research Council Centre of Excellence for Engi- neered Quantum Systems) Winter School 2014
Teaching PhySci 12a: Mechanics and Statistical Physics 2019 Harvard University
Math 21a: Multivariable Calculus 2018 Harvard University
PhySci 12b: Electromagnetism and Statistical Physics 2017 Harvard University
SCIPHUNV 26: Finding Our Way (course on navigation) 2017 Harvard University Physics 15b: Introductory Electromagnetism 2016 Harvard University
SPU 18: Time (a survey of physics) 2015 Harvard University
PHYS 140: Physics IA (Newtonian mechanics) 2012 Macquarie University
CHIR 213: Chiropractic Sciences (physics lab sessions) 2012 Macquarie University
Language Skills Mandarin, Shanghainese: Native English: Bilingual Proficiency Japanese: JLPT Level I (Mastery) Italian, Urdu, Swedish: Fluent Hindi, Spanish: Upper Intermediate
Extracurricular Learning languages, travelling, writing, photography, music composition, hiking, yoga, Activities martial arts. Been a multilingual translator for fifteen years. Read stories at Shanghai Radio Station in my childhood.