# Simons Emmy Noether Fellowship Program

Emmy Noether was a brilliant scientist whose work underpins much of modern physics.

The Simons Emmy Noether Fellows Program, awarded annually and supported by the Simons Foundation, honours her legacy by supporting and encouraging early- and mid-career women and all under-represented groups in physics.

These fellowships enable visiting scientists to spend up to a year in Perimeter’s thriving, multi-disciplinary community. The scientists gain a unique opportunity to pursue their work intensively, free of teaching and administrative duties, and develop new international peer networks.

Flexibility is a key feature of the program, and one that helps to mitigate barriers faced by under-represented groups. Perimeter works with fellows to tailor their stays, which may include teaching buyouts with their home institutions, nearby accommodation, and childcare if required.

The program is having a remarkable impact, demonstrated by a number of publications, successful grant applications, public lectures, and ongoing collaborations that have been fostered and supported.

*“The Simons Emmy Noether Fellows Program made it possible to move our family halfway across the globe for a year, which is no mean feat,*” says Sumati Surya, a 2016–17 Emmy Noether Fellow and associate professor at India’s Raman Research Institute. “*This experience has injected great energy and inspiration for my research, which is invaluable.”* – Sumati Surya

*"The Simons Emmy Noether Fellowship dramatically changed the way I devise research for the future. The program is designed to boost research in physics by placing new fellows in an environment of intellectual elite and dynamic collaboration which, at the same time, takes care of the individual by helping with domestic issues and welcoming children and family. The initiative is flexible in form, deep in purpose."* – Paula Mellado

*"Of course, the most important aspect is that some of the best people in our field are at Perimeter. . . . Having these three months away from my home institute and temporarily away from many daily routines also helped refresh my mind. There was a long-term problem that I was in the process of solving step-by-step, on which I have already spent more than two years and was planning to spend another two years. But while at Perimeter, during the discussion with another visitor (Masahito Yamazaki), we solved this problem using a different method." *– Wei Li

## Meet the Emmy Noether researchers

Previous Emmy Noether fellows have come from around the world in a variety of subdisciplines. Expand the sections below to read about fellows from each season.

- Laura Bernard, relativistic gravitation and gravitational waves, French National Centre for Scientific Research at the Laboratory for the Universe and Theory (LUTH) at the Paris Observatory
- Isabel Cordero-Carriόn, mathematics, astrophysics, Department of Mathematics at the University of Valencia in Spain
- Sarah Croke, physics, mathematics, theoretical computer science, School of Physics and Astronomy at the University of Glasgow.
- Maria Elena Tejeda-Yeomans, interactions of quarks and gluons in extreme conditions, Universidad de Colima

- Johanna Erdmenger, string theory, University of Wuerzburg
- Lavinia Heisenberg, cosmology, ETH Zurich
- Lara Anderson, string theory, Virginia Tech
- Monika Mościbrodzka, black holes, strong gravity, Department of Astrophysics at Radboud University (visit postponed)
- Cecilia Chirenti, strong gravity, Universidade Federal do ABC in Brazil
- Wei Li, quantum gravity, string theory, Institute of Theoretical Physics, Chinese Academy of Sciences
- Katherine (Katie) Mack, astroparticle physicist, North Carolina State University
- Catherine Meusburger, quantum gravity, Friedrich-Alexander University Erlangen-Nürnberg
- Sylvie Paycha, mathematics, physics, Department of Mathematics at the University of Potsdam

- Ling-Yan (Janet) Hung, quantum field theorist, Fudan University
- Valentina Forini, string theory, City University of London
- Karen Livesey, condensed matter, University of Colorado
- Christine Muschik, quantum information, Institute for Quantum Computing – University of Waterloo
- Phiala Shanahan, particle physics, College of William and Mary
- Sherry Suyu, astrophysics, Max Planck Institute for Astrophysics – Technical University of Munich

- Olalla Castro Alvaredo, quantum field theory, City University of London
- Emanuela Dimastrogiovanni, cosmology, Case Western Reserve University
- Paula Mellado, condensed matter, Adolfo Ibáñez University
- Yaping Yang, integrable systems, University of Melbourne Yaping Yang

- Bei Zeng, quantum entanglement and quantum information, University of Guelph
- Céline Boehm, cosmology, particle physics and astrophysics, Durham University
- Didina Serban, quantum fields and strings, Institut de Physique Théorique - CEA Saclay
- Gemma De las Cuevas, quantum information and condensed matter, University of Innsbruck
- Mairi Sakellariadou, cosmology, King’s College London
- Radja Boughezal, particle physics, Argonne National Laboratory
- Sumati Surya, quantum gravity, Raman Research Institute

- Fiona Burnell, condensed matter, University of Minnesota
- Orit Davidovich, mathematics, Northwestern University
- Barbara Drossel, condensed matter, Technische Universitat Darmstadt
- Katarzyna Rejzner, mathematical physics, University of York
- Rachel Rosen, quantum field theory, Columbia University
- Sarah Shandera, cosmology, Penn State

- Alejandra Castro, quantum gravity, University of Amsterdam
- Belén Paredes, condensed matter, Ludwig-Maximilians-University (LMU), Munich
- Catherine Pépin, condensed matter, Institut de Physique Théorique - CEA-Saclay
- Silke Weinfurtner, quantum gravity, Quantum Gravity Laboratory, University of Nottingham

- Claudia de Rham, cosmology, Imperial College, London
- Sara Pasquetti, interface of mathematics and physics, University of Surrey

## Main Navigation

*Emmy Noether Fellows are supported by the Simons Foundation.*