- About Us
- People
- Undergrad
- Graduate
- Research
- News & Events
-
News by Year
- 2022
- Physics Professors named Canada Research Chairs
- Physics Faculty and Graduate Student Win Teaching Awards
- SFU Physics Professor wins 2021 Buchalter Cosmology Prize
- Dr. Hayden's Research in SFU Scholarly Impact
- Karen Kavanagh selected as a Fellow of the MRS
- Applied Physics undergrad wins AMPP Poster Competition
- Physics BSc Grad Gives Convocation Address
- 2021
- Simmons wins Women of Distinction Award
- Pogosian's Research in SFU Scholarly Impact
- PhD Graduate Awarded Convocation Medal
- Convocation Speaker Aidan Wright
- Nancy Forde Elected BSC President
- Bechhoefer named Royal Society of Canada Fellow
- Jeff Sonier Named American Physical Society Fellow
- SFU undergrads receive quantum grant award
- 2020
- 2019
- 2018
- 2022
- Events by Year
- Events By Category
-
News by Year
- Outreach
- _how-to
- Congratulations to our Class of 2021
- Archive
Colloquium
Accelerating Our Understanding Of A Dark Sector
Eder Izaguirre
Perimeter Institute
Accelerating Our Understanding Of A Dark Sector
Jan 15, 2016
Synopsis
The Standard Model (SM) of particle physics-archive describes the known elementary particles and the forces that mediate their interactions. An emerging paradigm in particle physics-archive is the possibility that new matter resides in its own sector, a Dark Sector (DS), is uncharged under the known forces in the SM, but exhibits some of the complexity of the latter. In this talk I will explain the rationale for studying this framework, including the possibility that Dark Matter (DM) could be lighter than in the canonical case of a Weakly Interacting Massive Particle (WIMP). Viable models of light DM can be accommodated within the DS framework, and these remain largely unexplored by current and previous experiments. I will then discuss new ideas for testing this paradigm at the Large Hadron Collider.