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SNOLAB uses a special technique to measure trace amounts of radon in infrastructure and experiments in the underground laboratory. This method, a radon assay, requires cryogenic temperatures to make it work.
📸 Photo by Gerry Kingsley
SNOLAB uses a special technique to measure trace amounts of radon in infrastructure and experiments in the underground laboratory. This method, a radon assay, requires cryogenic temperatures to make it work.
📸 Photo by Gerry Kingsley
This image was taken by David Gagnon during the 2025 SNOLAB Photowalk and is titled: “From the belly”.
#PhysPics25
This image was taken by David Gagnon during the 2025 SNOLAB Photowalk and is titled: “From the belly”.
#PhysPics25
The theme for 2025 is Trust, Transformation, and Tomorrow: The Science We Need for 2050. Learn more here: www.un.org/en/observanc...
The theme for 2025 is Trust, Transformation, and Tomorrow: The Science We Need for 2050. Learn more here: www.un.org/en/observanc...
K-12 category: Delilah
Post secondary category: Elizabeth
Community category: Robert
K-12 category: Delilah
Post secondary category: Elizabeth
Community category: Robert
📸 Photo by Roam & Ramble Photography
📸 Photo by Roam & Ramble Photography
Learn more about the history of neutrinos and how they are shaping the cosmos: perimeterinstitute.ca/news/hallowe...
This #DarkMatterDay read about the international efforts that are in progress at Canada’s deep underground science lab.
www.snolab.ca/news/searchi...
This #DarkMatterDay read about the international efforts that are in progress at Canada’s deep underground science lab.
www.snolab.ca/news/searchi...
#DarkMatterDay #DMD #EveryoneLovesAMystery #DarkMatterDay2025
#DarkMatterDay #DMD #EveryoneLovesAMystery #DarkMatterDay2025
🎧 Listen here: www.cbc.ca/listen/live-...
🎧 Listen here: www.cbc.ca/listen/live-...
Not spooky, just science! A Chemical Technologist at SNOLAB prepares special filters that measure background radioactivity in the water around the SNO+ detector. The lights are off because a flashlight gives the best view of this process!
📸 by Antonia Botas
Not spooky, just science! A Chemical Technologist at SNOLAB prepares special filters that measure background radioactivity in the water around the SNO+ detector. The lights are off because a flashlight gives the best view of this process!
📸 by Antonia Botas
www.interactions.org/press-releas...
www.interactions.org/press-releas...
Learn more: www.jeffreyzablotny.com/
Learn more: www.jeffreyzablotny.com/
Register to join the session live on October 30th or get access to the recording following the event. More information here: letstalkscience.ca/events/progr...
Register to join the session live on October 30th or get access to the recording following the event. More information here: letstalkscience.ca/events/progr...
For more details on the poster contest, visit our website: www.snolab.ca/poster-conte....
For more details on the poster contest, visit our website: www.snolab.ca/poster-conte....
This image was taken by Terence Hayes during the 2025 SNOLAB Photowalk and is titled: “The Cave”.
#PhysPics25
This image was taken by Terence Hayes during the 2025 SNOLAB Photowalk and is titled: “The Cave”.
#PhysPics25
www.queensu.ca/gazette/stor...
www.queensu.ca/gazette/stor...
Practise your Italian😉👉 shorturl.at/mGcDh
#outreach
Practise your Italian😉👉 shorturl.at/mGcDh
#outreach
This image was taken by Jason Innis during the 2025 SNOLAB Photowalk and is titled: “Argon Purification Testing”.
#PhysPics25
This image was taken by Jason Innis during the 2025 SNOLAB Photowalk and is titled: “Argon Purification Testing”.
#PhysPics25
#DarkMatterDay
#DarkMatterDay
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This image was taken by Ingris Leiva during the 2025 SNOLAB Photowalk. This photo is titled: “Where the light of science breaks the darkness."
#PhysPics25
This image was taken by Ingris Leiva during the 2025 SNOLAB Photowalk. This photo is titled: “Where the light of science breaks the darkness."
#PhysPics25