Molecular Forests: Simplicity in Complex Matter
Individual carbon nanotubes (CNTs) can conduct heat effectively, but in large collections known as “forests,” their thermal conductivity can be...
Read MoreIndividual carbon nanotubes (CNTs) can conduct heat effectively, but in large collections known as “forests,” their thermal conductivity can be...
Read MorePictured; James Day speaks at Quantum Futures at the Museum of Anthropology, April 2018. Image credit: Curiosity Collider/Flickr. It is commonly believed...
Read MorePictured: a graphic representation of the interaction between electrons in a copper oxide grid. , A multi-institutional, international collaboration that began...
Read MoreVedanshi Vala (pictured) is a second-year student in the Faculty of Science’s Integrated Sciences program working in Ziliang Ye’s lab...
Read MorePictured: Fengmiao Li (left) and Zou lab colleagues. Image credit: Paul Joseph/UBC. Quantum materials are the basis for many emerging...
Read MoreRafael Haenel* was only supposed to be in Vancouver for a year. Haenel (pictured above) came to the Stewart Blusson...
Read MorePictured: MengXing Na in the Damascelli lab. Image source: grad.ubc.ca. , New work from a team of researchers at the...
Read MorePictured: Alex Anees, a self-portrait. “You know, the world is your oyster,” said Alex Anees, Research Operations Facilitator (ROF) at...
Read MoreImage source: It Takes Two to Entangle, Research2Reality, May 2020. To celebrate 50 years in print, the journal Physical Review A...
Read MorePictured: Professor Joshua Folk speaks at the SBQMI retreat in 2019. Image credit: Paul Joseph/UBC. , A team of researchers...
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