Date/Time: Thu Feb 27 2025 at 14:00<br/><br/>Location: Auditorium/ Hybrid<br/><br/>Speaker: Achim Schwenk (TU Darmstadt)<br/><br/>Title: Exploring Strong Interactions in the Universe<br/><br/>Abstract: Neutron stars, only about 12 km in radius but up to twice as heavy as our Sun, consist of the densest observable matter in the Universe. These extreme compact objects are stabilized by the same strong interactions at work in atomic nuclei. Recently, great advances have been made in understanding strong interactions in nuclei and neutron stars. This progress has been enabled by combining effective field theories of the strong interaction and powerful many-body approaches with multidisciplinary insights from experiment and observations. This colloquium will discuss these advances and the open challenges in exploring strong interactions in the Universe.
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Remote Connection:
https://ubc.zoom.us/j/61826233532?pwd=w3OQ792t5cmboUFUbdGazSs3Cp74KJ.1
Meeting ID: 618 2623 3532
Passcode: 523715<br/><br/>Refreshments available 15min before the colloquium. BYOM- Bring your own mug!<br/><br/>______________________________<br/><br/>Detailed information available can be found at <a href='https://www.triumf.ca/research-program/lectures-conferences/upcoming-seminars-lectures'>https://www.triumf.ca/research-program/lectures-conferences/upcoming-seminars-lectures</a> <br/><br/>Date/Time: Mon Feb 24 2025 at 10:00<br/><br/>Location: Auditorium<br/><br/>Speaker: Suzie Sheehy (University of Melbourne & Oxford)<br/><br/>Title: Advancing Medical Accelerators: toward smaller, faster, and more sustainable technologies<br/><br/>Abstract: Dr. Suzie Sheehy will give an overview of some of the research projects underway in the Medical Accelerator Physics group at the University of Melbourne, Australia, with a focus on the future potential of novel accelerator technologies. Dr. Sheehy will share her work toward making accelerators smaller, cheaper and more sustainable while increasing their utility in real world applications. Two main projects will be discussed: first, the concept of ?scaling down and speeding up? proton therapy with ultra-rapid dose delivery. An innovation in accelerator physics has enabled the design of a novel beamline with the potential to transform proton therapy. Dr. Sheehy?s team is now building the first scaled experimental technology demonstrator ? the TURBO 'Technology for Ultra Rapid Beam Operation' project ? in collaboration with Harvard/MGH and Pyramid Ltd, via a new 7-year collaborative research programme funded by the National Institutes for Health (USA). Dr. Sheehy will also discuss the X-LAB ?X-band Laboratory for Accelerators and Beams? launched in 2023 in collaboration with CERN: this is the first Southern Hemisphere high power X-band accelerator facility. This facility is about to undergo a transformation from an RF test system into a compact electron accelerator and beamline, unlocking new capacity toward compact light sources and Very High Energy Electron radiotherapy.
Join Zoom Meeting:
https://ubc.zoom.us/j/65641742509?pwd=Sci6FIsluNTma58Ds5THO6bMDrvSfK.1
<br/><br/>Coffee and snacks will be available<br/><br/>______________________________<br/><br/>Detailed information available can be found at <a href='https://www.triumf.ca/research-program/lectures-conferences/upcoming-seminars-lectures'>https://www.triumf.ca/research-program/lectures-conferences/upcoming-seminars-lectures</a> <br/><br/>