Magnesium doped r-Fe2O3 superparamagnetic nanoparticles for killing cancer
Adv. Mater. 2018
Effect of recovery time during magnetic hyperthermia on behavior of HSP 72
Sci. Rep. 2017
We have equipped various state-of-the-art devices and facilities required for nanoparticle synthesis, thin film deposition/device, separation/purification, and bioapplications. In particular, we are being currently set-up the cluster sputter and ion miller to develop next generation of spintronic biosensors and spintronic devices for advanced electronics. We also design and develop low-frequency AC magnetic field generators, which are essentially required for medical applications.
AC magnetic field generator
Deionized water system
Nanoparticle systhesis set-up
Electronic measurement system
Shaking water bath
GMR measurments system
perpendicular to the in-plane
Weekly seminar schedule (2019)
Date Presenter Title
Mar. 8. Dr. Wonbae Ko Magnetic Hyperthermia of Superparamagnetic Nanoparticles for
Mar. 8. Dr. Hyungdong Lee Hydrogel Based Soft Bioelectronics
Contact us &
Swearingen 3C33, 301 Main Street, Columbia, SC, 29208, USA
Email: Prof. Bae
We are looking for highly motivated & energetic graduate students and several postdoctoral research fellows. Applicants should have experiences as follows.
- For Dept. of Electrical Engineering:
Electronics, electricity, and magnetism
Materials science and engineering (magnetic thin films and devices, electronic materials)
Magnetic nanoparticles, Chemistry (biochemistry), physics (applied physics)
- For the Biomedical Engineering Program:
Biomedical engineering and biology for medicine.
Interested applicants contact Prof. Seongtae Bae directly by email at email@example.com.