The Super Cryogenic Dark Matter Search is an international experiment on
the hunt for dark matter, currently based in Minnesota and with plans
to advance the project by building a more sensitive detector at
Canada’s SNOLAB.
The SNOLAB Institute Board of Directors announced the re-appointment of Dr. Nigel Smith to a second term as Director of SNOLAB, following a very successful inaugural term that resulted in the first scientific results coming from SNOLAB experiments.
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.
The
Society of Graduate Students and Postdocs organized a mini-symposium on June
13, 2014, to support eight students and postdocs in the
preparation of their talks for the 2014 CAP Congress. Over 30 graduate students and postdocs gathered to hear their
peers share their work.
Scientists involved with radioactive-beam experiments at TRIUMF have a new reference guidebook that will prove to be an invaluable resource. ISAC and ARIEL: The TRIUMF Radioactive Beam Facilities and the Scientific Program contains information about each step of the beam's path and the future of ARIEL.
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.
1400
cables are needed to bring the e-linac to life this September. Over 60
volunteers from the Science and Accelerator Divisions marked the 700th cable
pulled at ARIEL’s Electron Hall. Only 700 more cables to go as we leap toward
the Sept 30th goal of beam delivery to the tuning dump!
Be in the know and stay connected
with TRIUMF! TRIUMF
is offering a “Be our Scientist of the Summer” sweepstakes through Facebook. One fan (and nine friends) of TRIUMF will get an exclusive
tour, Q&A with research scientists and a pizza party.
ARIEL hits another
milestone! On May 23, ARIEL received its
Operating License from the CNSC, allowing the
e-linac to generate beam. To test
the e-linac’s components, including the SRF cavity, the first electron beam
was produced on June 1.
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.