March 17, 2019 - HAPPY ST. PATRICK'S DAY!!

March 14, 2019 - Another interesting project for amateur and volunteer scientists was announced this week - Muon Hunters 2.0 will continue the great work of the original Muon Hunters program, and needs volunteers to sort through images from a cosmic ray detector searching for signals of muon decays. All of the work can be done online, and no special skills or training are required. So if you always wanted to be part of astrophysics and particle physics research, this is a great opportunity!

March 12, 2019 - For good or for bad, it was thirty years ago that Tim Berners-Lee, working at CERN, submitted a proposal for what would later become the world wide web. Originally meant to easily share information among scientists and academics, it is now used for a lot more. Sometimes it is dark and evil, sometimes it is positive and inspirational, but it is a reality now and one that has probably done more good than bad overall. So happy 30th anniversary to the World Wide Web!

March 1, 2019 - I have just learned that some of my research on B-meson decays and the search for dark matter will be reviewed in a new textbook, called "Flavor Physics and the TeV Scale" by George Hou. Admittedly it isn't a book for everyone, but it is still nice to see my old work getting noticed again :)

February 28, 2019 - And Canada is officially back in the space race, with the announcement today of two billion dollars over twenty-four years going to aerospace companies that will help to build the Lunar Gateway project. (For those who have not followed this project, Lunar Gateway is a plan by NASA to place a manned space station in polar orbit around the Moon, and to use it as a staging area for future missions to Mars or beyond) Canada is already a world leader in many areas of science and technology, and this announcement will only make us stronger!

February 20, 2019 - Neptune has a new moon today - or at least astronomers have now confirmed the existence of a new moon. It has been officially named Hippocamp, and measures just 34km across. It is so small and distant that the astronomers who found it and measured its orbit needed to create new methods of processing images from the telescopes because it is so faint and so fast that it would be blurred out of traditional long exposure images. The fact that they were able to image it at all is an impressive achievement!


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