5 Results:
Roger De Abreu with a model of the satellites that he helped develop.
3 m
Article
Earth & Environment
Share

Canada as never seen before: The new RADARSAT Constellation Mission

Profile picture for user Michel Labrecque
Dec 5, 2019
Canada's RADARSAT program has a long history, going back to experimenting with radar sensors onboard the Convair 580 aircraft, which is now in the collection of the Canada Aviation and Space Museum.
Two pairs of robotic legs are pictured next to a snowbank and a thermometer.
3 m
Article
Engineering & Technology
Share

The punishing polar vortex is ideal for Cassie the Robot

Profile picture for user Sonia Mendes
Feb 1, 2019
You may be cursing the harsh cold of winter, but roboticists at the University of Michigan are capitalizing on the cold temperatures. A team working on the development of Cassie the Robot took advantage of the recent cold snap to perform testing. Read how Cassie performed in this article from Wired.
pipeline
3 m
Article
Engineering & Technology
Share

Emerging tech: Bacteria-based sensors could detect pipeline leaks

Profile picture for user Sonia Mendes
Jun 20, 2018
Petroleum pipeline leaks are costly – for business and for the environment. Researchers are now developing bacteria-based sensors to detect hydrocarbons released by a leak – and emit a wireless alert signal to technicians.
Avro Canada CF-105 Arrow 2
2 m
Article
Engineering & Technology
Share

Collection Highlights: Avro Canada CF-105 Arrow 2

Profile picture for user Canada Aviation and Space Museum
Jul 14, 2017
Intended to replace the Avro Canada CF-100, the CF-105 Arrow was a technical masterpiece at the forefront of aviation engineering during its time. The Canadian government believed, however, that the manned bomber threat was diminishing and that air defence could be better handled by unmanned BOMARC missiles. The contract was cancelled on February 20, 1959 while test flying was still in progress. By then five Arrows had flown. The government ordered all completed Arrows, related documentation
Atoms-thick layer of silicon-based semiconductor may allow us to better understand the harsh environments of Venus
14 m
Article
Earth & Environment
Share

Atoms-thick layer of silicon-based semiconductor may allow us to better understand the harsh environments of Venus

Apr 21, 2017
In 1967, Venera 4 was the 1st probe to transmit data from another planet’s atmosphere. 8 models, and close to 15 years, later we were able to receive the 1st colour panoramic views of that same planet’s surface. Today, Venus still very much remains a mystery with probes unable to withstand the extreme temperatures and atmospheric pressures for more than 127 minutes. However, researchers at Standford University’s Extreme Environment Microsystems Laboratory are working on developing an atoms-thick