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|Experimental Result||10 July 2014||
Recently, the DRAGON facility ran the highest mass radiative-capture experiment ever performed with a radioactive beam, and in so doing, probed the upper mass limit for nucleosynthesis in novae.
|Experimental Result||07 July 2014||
From the low energy electrons in CRT monitors to the tremendous near-light speed protons of the LHC, particle accelerators are everywhere. Accelerators are more commonplace than you might expect, with applications ranging from manufacturing to energy production to agriculture.
|Experimental Result||23 June 2014||
Is it possible that instead of having a distinct antimatter particle, neutrinos could be their own antimatter twin? Determining the nature of neutrinos is a key goal of modern particle physics. EXO-200 has recently announced a result that is helping scientists answer this fundamental question.
|Experimental Result||10 June 2014||
The ATLAS Collaboration has released three search analyses addressing the production of charginos and neutralinos, a strong component in supersymmetry. Supersymmetry is a promising extension of the Standard Model of elementary particles.
|Experimental Result||09 June 2014||
In demonstrating technology suitable and scalable for multiple brands of cyclotrons, this Canadian team has developed a comprehensive solution to produce Tc-99m in large quantities suitable for large population bases.
|Experimental Result||03 June 2014||
In a paper published today in the journal Nature Communications, the ALPHA collaboration reports on their latest measurement of a fundamental property of antihydrogen, the ephemeral antimatter twin to normal hydrogen.
|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?