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|Experimental Result||11 April 2014||
All hands are on deck this spring as the Accelerator Division concentrates their efforts on the installation and assembly of the electron linear accelerator, the state-of-the-art equipment at the heart of ARIEL, TRIUMF's new facility for the production of rare isotopes.
|Experimental Result||07 April 2014||
Using the μSR facilities at TRIUMF’s Centre for Molecular and Materials Science and J‑PARC, a team of researchers from KEK and the National Institute for Materials Science in Japan have discovered novel magnetism in an iridium compound.
|Student Stories||19 March 2014||
Mohammed Abusalem, a radiochemist from King Faisal Specialist Hospital and Research Centre in Saudi Arabia, is spending a work term with TRIUMF's Nuclear Medicine Division.
|Experimental Result||13 February 2014||
A new electron neutrino appearance result from the T2K collaboration was published this week, bringing researchers one step closer to answering one of the greatest puzzles of particle physics: why is there more matter than antimatter in our universe?
|Experimental Result||05 December 2013||
The laser spectroscopy group had its latest paper accepted into PRL. Francium isotopes are explored and a new experimental technique developed, paving the way for this recent success.
|Experimental Result||21 October 2013||
For the first time ever, Astatine-209 was successfully recovered from TRIUMF's ISAC facility for use in nuclear medicine, a breakthrough in theranostic isotope research.
|Experimental Result||17 September 2013||
TRIUMF and other Canadian collaborators have participated in the first measurement of the proton's weak charge; results will be published in Physical Review Letters.
|Student Stories||24 July 2013||
Taylor is completing a 4-week placement at TRIUMF as part of the annual Emerging Aboriginal Scholars Camp.
|Experimental Result||19 July 2013||
At today's meeting of the European Physical Society, TRIUMF's Michael Wilking announced a new breakthrough in understanding neutrinos, nature's most elusive particles.
|Experimental Result||11 July 2013||
TRIUMF’s DRAGON Group has made the first successful observation of the fusion of radioactive 18F with hydrogen, producing19Ne. In time, this will give astrophysicists another way to observe the inner workings of novae.