Latest News
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27 September 2016
Our paper entitled "Exploiting total internal reflection geometry for efficient optical modulation of terahertz light" has been published in APL Photonics. Click here for more information.
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11 April 2016
Our paper entitled "Vanadium dioxide devices for terahertz wave modulation: a study of wire grid structures" has been published in Nanotechnology. Click here for more information.
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9 November 2015
Our research has been featured in the cover story for the recent issue of Chemical and Engineering News. Click here for the article.
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29 October 2015
Nature Photonics has reported on the success of IRMMW-THz 2015 held at CUHK.
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28 August 2015
We set a new attendance record for the Asia Chapter of IRMMW-THz 2015 with 630 registrants! Looking forward to Copenhagen in Sept 2016.
The group after celebrating Shuting's graduation in late 2015.
Top row: Ben Ung, Xudong Liu, Myrick Chow, Swench Chen, Frank He, Edward Parrott
Bottom row: Sarah Sun, Shuting Fan, Emma MacPherson, Chunrui Han
Top row: Ben Ung, Xudong Liu, Myrick Chow, Swench Chen, Frank He, Edward Parrott
Bottom row: Sarah Sun, Shuting Fan, Emma MacPherson, Chunrui Han
Structural Changes in human scar tissue that are nearly invisible to the eye show up in terahertz images months after the wound appears to have healed (left, 3 months after injury; right, 6 months)
Conference chair Emma MacPherson and conference co-chair Kwai Man Luk at the opening ceremony of IRMMW-THz 2015
A shot of the participants at IRMMW-THz 2015
The group at the terahertz conference hosted by us in August 2015.
Top row: Chunrui Han, Sarah Sun, Ben Ung, Emma MacPherson, Edward Parrott, Shuting Fan
Bottom row: Frank He, Myrick Chow, Swench Chen, Xudong Liu
Top row: Chunrui Han, Sarah Sun, Ben Ung, Emma MacPherson, Edward Parrott, Shuting Fan
Bottom row: Frank He, Myrick Chow, Swench Chen, Xudong Liu
The review article "The growth of biomedical terahertz research" has been published in the Journal of Physics D: Applied Physics
Our new technique for sample preservation has been published in Physics in Medicine and Biology
Working with collaborators in City University, our group has helped develop terahertz polarizers with some of the highest extinction ratios available