Come join the Allan I. Carswell team at York University to view Mars at opposition. Mars will appear brighter then it has been for 15 years and will not be this bright again until 2035! Starting at 9:00pm weeknights from July 25th to August 1st, we will be at the William Small Centre (top of the Arboretum) at York University's Keele Campus. Admission is free, and we will have multiple telescopes available for viewing! Hope to see you all there!

Supernovae are the most violent explosions in the universe, where the death of a star can release more light than an entire galaxy. But how does a supernova happen? What would happen if one happened in our own Milky Way? In this talk, Yvette Cendes will cover what causes a supernova event, and what they can tell us about how stars live and die in our universe. She will also discuss the human history of supernova observations, ranging from historic observations a thousand years ago to her present-day research involving radio signals from supernovae.

Embark on an expedition to determine whether a planet could support human life. Experience what it is like to be a space scientist or engineer and remotely operate an analogue rover in this simulated mission. Form a team of planetary scientists led by researchers from the Planetary Volatiles Laboratory at York University. Explore your mystery planet using instruments, like anemometers and Geiger counters, similar to those used on rover missions to Mars. Recommended ages: 8 and up

Come join the Allan I. Carswell team at York University to view Mars at opposition. Mars will appear brighter then it has been for 15 years and will not be this bright again until 2035! Starting at 9:00pm weeknights from July 25th to August 1st, we will be at the William Small Centre (top of the Arboretum) at York University's Keele Campus. Admission is free, and we will have multiple telescopes available for viewing! Hope to see you all there!

Let's explore High Park's amazing and mysterious bat populations and the astronomical wonders above us with the help of our new telescope!

When we observe the universe we see light from stars, gas and galaxies, but this makes up merely 4% of the universe. We think that a much larger fraction of the universe is made up of “dark matter,” which is invisible and only interacts through gravity. Dark matter is critical to how all the galaxies we see evolve, but the nature of dark matter is still a mystery. This talk tells the story of how the Dragonfly Telephoto Array, a compound-lens telescope with a revolutionary design that enables it to image faint, diffuse structures, is attempting to understand dark matter.

Join scientists from McMaster University’s Physics and Astronomy Department for an entertaining night filled with scientific discussion, trivia, and beer. At Science on Tap, you’ll have the opportunity to interact with researchers in various scientific fields as they present some of science’s most intriguing phenomena. There will be plenty of time to ask questions while the scientists are on stage, or afterwards over cold pints. Come try this educational twist on a night out at the pub. Admission is FREE! Doors open at 7pm, event starts at 8pm.

Prof. Ray Jayawardhana

A leading astrophysicist explains the pervasive, invisible particles key to understanding our cosmos. Every second of day and night, many trillions of neutrinos pass through your body.

The impact hazard from small asteroids is uncertain because of many poorly understood factors. These include how asteroids vaporize in the atmosphere together with the associated impact effects at the ground. The Chelyabinsk event gave scientists their first detailed instrumental data on a well observed, damage producing airburst. I will describe what we have learned about the Chelyabinsk airburst in the year since it occurred and what it may tell us about future impacts onto the Earth.