番茄社区

feature photo

Listening to the 鈥渧oice鈥 of proteins

January 7, 2015 - The Ring

When UVic engineering professor Dr. Reuven Gordon describes the biomedical engineering technique of listening to and recording the 鈥渧oice鈥 of proteins, it sounds a lot like a modern take on Horton Hears a Who, Dr. Seuss鈥檚 children鈥檚 story of an elephant who hears a voice calling from a microscopic dust speck. 鈥淓verything small has resonances. Everything has a voice,鈥 Gordon says of the protein molecules measuring a single nanometer in size鈥攖he building blocks of life that are a million times smaller than an ant and emit sound at a frequency a million times higher than the human ear can hear.

Read more: Listening to the 鈥渧oice鈥 of proteins
feature photo

Engineering a culture shift on campus

November 7, 2014 - The Ring

Some people are born leaders, and convocating graduate Tiffany Yu undoubtedly falls into that category. Never one to shy away from a challenge, Yu saw a need in the Faculty of Engineering and set out to create change, becoming heavily involved with the Engineering Student Society (ESS). After attending the National Conference on Women in Engineering, Yu was inspired to create a women in engineering group at UVic. With help from faculty members and fellow ESS members Taylor Entz and Alisa Minderova, Leadership Through Diversity was born.

Read more: Engineering a culture shift on campus
feature photo

Engineering grad casts new light on nanoscale interactions

June 13, 2014 - The Ring

Researchers all over the world dream of making new discoveries in well-established fields, but engineering grad Ana Zehtabi-Oskuie鈥檚 path has gone straight to the edge of an emerging field. While studying Electrical Engineering at the University of Tehran, Zehtabi-Oskuie became intrigued by optical trapping, a method pioneered in 2009 by electrical engineering professor Dr. Reuven Gordon, a team of UVic grad students and Dr. Romain Quidant at the Europe-based Institute of Photonic Sciences.

Read more: Engineering grad casts new light on nanoscale interactions