KI for Human Augmentation Convergence

  • home_icon HOME.
  • Research
  • Research Institutes
  • KI for Human Augmentation Convergence
  • Achievements

Total 141 list per page:

  1. Method and Apparatus for ultralow phase noise microwave oscillation using femtosecond mode-locked laser and flywheel effect of phase-locked loop

    Kim, Jungwon / 10-1388727-0000 / 2014-04-17 / Patent approved / KIHST > Biophotonics

  2. Pharmaceutical composition comprising anti-CD25 monoclonal antibody-photosensitizer complex for preventing or treating cancer

    Park, Ji Ho / 10-2015-0056138 / 2014-04-22 / Patent pending / KIHST > Therapeutic Bioengineering

  3. A substrate for Surface Enhanced Raman Scattering(SERS) comprising metal nano structures and transparent electrode, Method for preparing thereof and Raman spectroscopy using the same

    Jeong, Ki- Hun / 10-2013-0061862 / 2013-05-30 / Patent pending / KIHST > Biophotonics

  4. MEMS scanner for endomicroscopic scanning optical fiber, manufacturing method thereof and medical imaging apparatus employing the same

    Jeong, Ki- Hun / 10-2014-0155229 / 2014-11-10 / Patent pending / KIHST > Biophotonics

  5. APPARATUS AND MEHTOD FOR FORMING 3 DIMENSIONAL HOLOGRAPHIC IMAGE USING SCATTERING LAYER

    Park, Yongkeun / 14/453448 / 2014-08-06 / Patent pending / KIHST > Biophotonics

  6. Stereo-scopic Type Image Capture System

    Jeong, Ki- Hun / 10-2013-0011362 / 2013-01-31 / Patent pending / KIHST > Biophotonics

  7. COMMON-PATH QUANTITATIVE PHASE IMAGING UNIT FOR GENERATING QUANTITATIVE PHASE IMAGE

    Park, Yongkeun / 10-2014-0077301 / 2014-06-24 / Patent pending / KIHST > Biophotonics

  8. Method for modulating neural activity comprising laser irradiation to nanoparticle attached neuron

    Park, Ji Ho / 10-2013-0127076 / 2013-10-24 / Patent pending / KIHST > Therapeutic Bioengineering

  9. Gradient index lens using effective refractive index of microstructures and making method of the same

    Jeong, Ki- Hun / 14/372047 / 2014-07-14 / Patent pending / KIHST > Biophotonics

  10. Apparatus and Method for Generating Tomography Images

    Park, Yongkeun / 13194409.2 / 2013-11-26 / Patent pending / KIHST > Biophotonics

  11. Producing method for a micro fluidic chip with selectively patterned plasmonic structure on micro channel

    Jeong, Ki- Hun / 10-2014-0064906 / 2014-05-29 / Patent pending / KIHST > Biophotonics

  12. ULTRASENSITIVE TERAHERTZ PHOTOCONDUCTIVE ANTENNA USING METAL PATTERN ARRAYS AND METHOD FOR THE SAME

    Jeong, Ki- Hun / 1011172110000 / 2012-02-09 / Patent approved / KIHST > Biophotonics

  13. Method and Apparatus for Mode- Locked Fiber Lasers for Noise Minimization

    Kim, Jungwon / 10-2013-0075351 / 2013-06-28 / Patent pending / KIHST > Biophotonics

  14. High resolution time-of-flight distance measurement based on a femtosecond laser

    Kim, Seung Woo / 10-2010-0098937 / 2010-10-11 / Patent pending / KIHST > Biophotonics

  15. Metal mold for anti-reflection lenses with nanostructures on the surface using etch stop layer and manufacturing method thereof

    Jeong, Ki- Hun / 1020120106438 / 2012-09-25 / Patent pending / KIHST > Biophotonics

  16. Meta-photoresist for Lithography

    Jeong, Ki- Hun / 10-2013-0078563 / 2013-07-04 / Patent pending / KIHST > Biophotonics

  17. Laser processing apparatus and method using plasmon resonance

    Kim, Seung Woo / 10-2010-0100802 / 2010-10-15 / Patent pending / KIHST > Biophotonics

  18. Nano plasmonic polarization detectation sensor

    Jeong, Ki- Hun / 1020120023427 / 2012-03-07 / Patent pending / KIHST > Biophotonics

  19. Device for terahertz emitter using thin indium arsenic film optical fiber and manufacturing method thereof

    Ahn, Jaewook / 1020090109168 / 2009-11-12 / Patent pending / KIHST > Biophotonics

  20. Apparatus and method for monitoring laser processing status using plasma

    Kim, Seung Woo / 10-2010-0100780 / 2010-10-15 / Patent pending / KIHST > Biophotonics

KAIST 291 Daehak-ro, Yuseong-gu, Daejeon (34141)
T : +82-42-350-2381~2384
F : +82-42-350-2080
Copyright (C) 2015. KAIST Institute