Latest News
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A “Mattertronic” Approach for Controlling Label-free Cells
Researchers from DGIST have developed a digital circuitry for programmable manipulation and local storage of label-free matters.
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Asian Union of Magnetics Societies Award of 2020
Prof. CheolGi Kim receives the Asian Union of Magnetics Societies Award.
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Korean Magnetics Society in the second half of 2019
Prof. CheolGi Kim receives award from the Korean Magnetics Society in the second half of 2019.
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2019.8 Construction of Laboratory.
nBEST lab has the construction of laboratory. The cleanroom is updated and new equipment installed.
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2018 Lab WorkShop in Hwang Ryong Won.
nBEST lab has time for workshop in Hwang Ryong won, Gyeongju-si. Lab member discussed on goal and direction of research.
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2nd International Symposium for Bio-Convergence Spin System
DGIST holds "2nd International Symposium for Bio-Convergence Spin System". This Symposium deals with "whither go bio-magnetics".
Many practician came together in dgist and discussed on the way of bio-magnetics.
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The best poster award goes to Rani at a ISAMMA conference.
In this year, ISAMMA conference was held in Vietnam. Sandhya Goud Rani made a presentation on the "magnetophoretic circuits for digital control of single cells on chip - toward intergrated bio-chip" and recieived a best poster award.
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DongaScience introduced the study of the Dr.Lee
Dr. Lee's research is introduced by DingaScience magazine. The magazine summary his research,"spider's web", and interviewes him.
The magazine which introduces his research released in August 2018.
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DGIST Develops 20 Times Faster Biosensor
DGIST’s research team develops technology which is 20 times faster than the existing biosensors using micromagnetic pattern of spider web -The technology can be used for early diagnosis and recurrence diagnosis of diseases such as cancer.
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Launching the DGIST Bic Spin
DGIST will engage in the development of new forms of bio-convergence technology such as biomedical diagnosis and treatment technology and high-efficiency biomimetic devices based on spin materials and devices.