50 Years of Horndeski Gravity: Exploring Modified Gravity

America/Toronto
Perimeter Institute for Theoretical Physics and University of Waterloo

Perimeter Institute for Theoretical Physics and University of Waterloo

Description

Recent years have seen a flood of new data, from gravitational wave observations of merging black holes and neutron stars to precision probes of cosmology, which allow for unprecedented tests of our understanding of gravity. Going hand-in-hand with this, there has been significant recent progress on the theoretical side in terms of formulating modified theories of gravity, and using them to make detailed predictions, including in the nonlinear and dynamical regime, which can be confronted with the observations. 

We are excited to announce a landmark conference that plans to delve into the forefront of research on modified theories of gravity and brings together leading experts from different disciplines including observational astrophysicists, numerical relativists, cosmologists and mathematical physicists to explore the present status of modified theories of gravity and envision their future theoretical development and implications for observations.

This conference is also timed to coincide with the 50th anniversary of pioneering work in this area carried out by Gregory Horndeski in the Waterloo Mathematical Physics Community. Hosted jointly by Perimeter Institute and the University of Waterloo, this conference will serve as a forum for researchers from different disciplines to exchange ideas at the cutting
edge of gravitational physics.
 

Presented by:


 

Sponsored in part by Gravity Theory Trust

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Topics:
• Modified Gravity Theories: Theoretical Framework and Models
• Tests of modified Gravity with Gravitational Waves (LIGO/LISA/PTA)
• Astrophysical/cosmological tests of gravity
• Mathematical structure of Modified gravity
• Observational tests of quantum gravity
• Modified gravity in the early universe

Conference Structure:
The conference will feature a balanced blend of plenary sessions (invited Speakers), contributed talks, panel discussions and poster presentations for students.
• Keynote presentations by renowned physicists in the field, discussing the impact of Horndeski theories and other modified theories of gravity on cosmology, dark energy, and black hole physics.
• Contributed talks: prioritizing early-career researchers
• Panel discussions on emerging research directions, unresolved questions, and potential applications of Horndeski theories.
• Poster sessions for early-career researchers and graduate students to showcase their work and receive feedback from senior scientists.

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Scientific Organizers:

  • Ghazal Geshnizjani (Perimeter Institute, SOC Chair)
  • William East (Perimeter Institute)
  • Levon Pogosian (Simon Fraser University, Perimeter Institute Affiliate)
  • Niayesh Afshordi (Perimeter Institute, U Waterloo, LOC Chair)
  • Will Percival (Perimeter Institute, U Waterloo)
  • Florian Girelli (U Waterloo, Perimeter Institute Affiliate)
  • Jerome Quintin (U Waterloo, Perimeter Institute)
  • Alex Krolewski (U Waterloo, Perimeter Institute, CITA)

 

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Registration
Registration for In Person Participants
Registration for Invited Speakers
Registration for University of Waterloo Residents, PI Residents and PI Associate Researchers
Registration for Virtual Participants
Participants
  • Aaron Kebede
  • Abdul Jawad
  • Abhishek Rajak
  • Adam Solomon
  • Adnan Malik
  • Adolfo Cisterna
  • Afshin Besharat
  • Alessandro Longo
  • Alexander Kayssi
  • Ali (in passport: Seyed Ali Asghar) Alavi
  • Amirhossein Dehghanizadeh
  • Ananya Mukherjee
  • Ankit mishra
  • Anna Tokareva
  • Anne-Christine Davis
  • Aqsa Yasmin
  • Asad Mahdi
  • Ashok Kumar Aryal
  • Ayush Bidlan
  • B John Manistre
  • Balasubramaniam K M
  • Basundhara Ghosh
  • Bhuvaneshwari Kashi
  • Bhuvnesh Kumar
  • Brayden Hull
  • Bryan Scott
  • Chengye Yu
  • Chinmaya Singh
  • Chowdhury Abrar Faiyaz
  • Cliff Burgess
  • Cora Uhlemann
  • Daniela Doneva
  • David Shlivko
  • Deeshani Mitra
  • Devang V Krishnan
  • Dorsa Sadat Hosseini
  • Douglas Scott
  • Ekrem Demirboğa
  • Elsa Teixeira
  • Enrico Specogna
  • Gansukh Tumurtushaa
  • Gedrich Dy
  • Ghazal Geshnizjani
  • Hanyu Zhang
  • Haritha Pandian Elangovan
  • HARPREET SINGH
  • Hassan Khalvati
  • Hira Sohail
  • Hoang Nguyen
  • Hugo Roussille
  • Hyo Jung Park
  • Hyun Lim
  • Héloïse Delaporte
  • James Taylor
  • Jerome Quintin
  • Jessica Muir
  • Jiaming Pan
  • Jiayue Yang
  • Junji Jia
  • Jury Radkovski
  • Kangkan Kalita
  • Karim Ghorbani
  • Kazufumi Takahashi
  • Kiana Salehi
  • Kimia Ghanaatpisheh
  • Kimia Ghanaatpisheh
  • Kosar Asadi
  • Kurt Koltko
  • Laura Bernard
  • Levon Pegosian
  • Lukas Vieira Pedreira de Souza
  • Mak Pavičević
  • Mariam Khaldieh
  • Masroor Pookkillath
  • Matteo Cataneo
  • Meera Desawale
  • Michael Hudson
  • Minahil Adil Butt
  • Mohammad Ali Gorji
  • Mohammed Khalil
  • Muhammad Azzam Alwan
  • Muhammad Farasat Shamir
  • Muhammad Muzammal Khan
  • Nazir Da Costa Gomez
  • Neel Shah
  • Nishant Agarwal
  • Pedro Fernandes
  • Purnima Narayan
  • Ruijing Tang
  • Sadegh Moslehi
  • Sahil Yadav
  • Salvatore Samuele Sirletti
  • Sandipan Sengupta
  • Sanket Thakkar
  • Sercan Hüsnügil
  • Sergi Sirera Lahoz
  • Sergio Sevillano
  • Shadi Akbari Shahrestani
  • Shamaila Rani
  • Shammi Tahura
  • Shingo Akama
  • Shinji Mukohyama
  • Shokoufeh Faraji
  • Siddhartha Bhattacharjee
  • Sobhan Kazempour Ishka
  • Sobhan Kazempour Ishka
  • Soham Maity
  • Stephen Aldersley
  • Stoytcho Yazadjiev
  • Stuart Marongwe
  • Taillte May
  • Uendert Andrade
  • Vasiliki Karanasou
  • Vivek Mishra
  • Will Percival
  • William East
  • Yu-Qi Dong
  • Yunfei Wen
  • Yusuke Manita
  • Zakaria Belkhadria
  • Zehong Qiu
  • Zhencheng Wang