WIPC+ Conference at Queen's University

Start Date

Tuesday July 22, 2025

End Date

Friday July 25, 2025

Time

8:00 am - 8:00 pm

Location

Queen's University: Biosciences Complex and Isabel Bader Centre

WIPC+ Conference 2025
 

The 11th year of the Women+ In Physics Canada (WIPC+) conference is held at Queen's University. This conference aims to foster inclusivity and diversity within the physics community by providing a platform for gender minorities and their allies to share research, network, and develop professionally. Conference delegates will have the opportunity to build networks, explore career paths, and present research, while also promoting gender equity and taking part in conversations about women in physics, equity, and inclusivity issues.

Registration opens on Friday, May 9, 2025!

 

More info:

WIPC+ Conference

2025 Science Rendezvous Kingston

Date

Saturday May 10, 2025
10:00 am - 3:00 pm

Location

Slush Puppie Place and on The Tragically Hip Way

Science Rendezvous Kingston is back!
 

Science Rendezvous Kingston is a FREE, annual science festival for Southeastern Ontario families hosted by Queen's University.

More info:

Rendezvous Science Kingston

First-hand experience into dark matter and neutrino science research at SNOLAB

Students in the STEM Indigenous Academic program, Calder Bell (third-year mechanical engineering), Beau Fournier (first-year general engineering), and Katrina Reimer (third-year mechanical engineering), got to experience firsthand the advanced detectors and technologies at the state of the art underground facility, SNOLAB with Prof. Tony Noble.

Article Category

On the Birth of Stars in the Nearby Universe

Date

Friday April 4, 2025
1:30 pm - 2:30 pm

Location

STI A

Prof. Laurie Rousseau-Nepton
University of Toronto

 

Abstract

Stars continuously affect their surroundings through radiation, mechanical feedback, and by producing and returning new elements to the interstellar medium. These new elements can eventually be recycled to form new stars, affecting their characteristics and evolution. Also, stars form differently depending on environmental factors which can vary from galaxy to galaxy, location to location. As a result, each star forming region has its own story. During this presentation, I will introduce SIGNALS: the Star formation, Ionized Gas and Nebular Abundances Legacy Survey. By studying 50,000 regions where stars actively form, the SIGNALS' collaboration aim at understanding what triggers their formation, how efficiently stars form, what are their characteristics, and how each generations transform the surrounding gas and ultimately our Universe. The development of astronomical instruments, specifically spectro-imagers, is central to this work. I will also briefly present my plans to build a new prototype instrument to be developed and tested at UofT.

 

Timbits, coffee, tea will be served in STI A before the colloquium.