Seminar

Invited Seminar Talks (Total: 83)

1. Department of Electrical Engineering, National Tainan University, May 2025.

2. Graduate School of Optoelectronics, Nation Taiwan University, May 2025.

3. Applied Sciences Research Center, Academia Sinica, November, 2024.

4. Chemistry, KMU, November, 2024.

5. Biotechnology/Biology, KMU, November, 2024.

6. Optoelectronics, NTNU, November, 2024.

7. ECE/MSE, Baylor University, ECE, September, 2024.

8. National Taiwan University, Mechanical Engineering Dept., July 2024.

9. University of Cambridge, Materials Science and Engineering Dept., July 2024.

10. LSU, March 2024.

11. National Cheng-Kung University, August 2023.

12. University College London, July 2023.

13. University of Salzburg, June 2023.

14. Vienna Medical University, June 2023.

15. “Light up the path toward smart and precision chem/biosensing and manipulation” Texas A&M

University, Biomedical Engineering Dept., Sept 2022.

16. “Light up the path toward smart and precision chem/biosensing and manipulation” University of

Wisconsin Madison, Biomedical Engineering Dept., May 2022.

17. “Detecting and monitoring cancer as easy as checking blood glucose concentration after meals – Is it

Sci-Fi?” Drug Discovery Institute, University of Houston, Oct. 2021.

18. “Light up the path toward smart and precision chem/biosensing and manipulation” Biomedical

Engineering/IQ, Michigan State University, Sept. 2021.

19. “Micro and Nano Technology for Advanced Biophotonics Applications” University of Louisville,

ECE/MNTC, June 2021.

20. “Toward detecting sub-10 nm transparent object and single molecule by incoherent bright-field

imaging” Louisiana State University, Baton Rouge, Mechanical Engineering Dept., Oct. 2020.

21. “Light up the path toward smart and precision chem/biosensing and manipulation” University of

Texas Dallas, Dallas, Electrical & Computer Engineering Dept., Jan 2020.

22. “Light up the path toward smart and precision chem/biosensing and manipulation” Korea University,

Seoul South Korea, Aug 2019.

23. “Light up the path toward smart and precision chem/biosensing and manipulation” National Tsing

Hua University, Hsin-Chu Taiwan, Institute of Photonics Technologies, Jul 2019.

24. “Light up the path toward smart and precision chem/biosensing and manipulation” Kaohsiung

Medical University, Kaohsiung Taiwan, Medicinal and Applied Chemistry Dept., Jul 2019.

25. “Light up the path toward smart and precision chem/biosensing and manipulation” University of

Missouri, Columbia, Electrical Engineering and Computer Science Dept., Apr 2019.

26. “Light up the path toward smart and precision chem/biosensing and manipulation” University of Iowa

Chemical and Biochemical Eng Dept., Dec 2018.

27. “Optical devices and techniques for chemical/biological sensing and imaging” University of St.

Andrews, St. Andrews UK, July 2018.

28. “Nanobiophotonic meta-surfaces and devices for human health and environmental monitoring”

Beijing Institute of Technology, Beijing China, May 2018.

29. “Enabling optical elements for emerging science and technology” University of Texas, Arlington,

Apr 2018.

30. “Enabling optical elements for emerging science and technology” University of Victoria, Mar 2018.

31. “Enabling optical elements for emerging science and technology” University of British Columbia/BC

Cancer Agency, Mar 2018.

32. “Enabling optical elements for emerging science and technology” University of Iowa, Jan 2018.

33. “Ensemble plasmonic coupling in disordered arrays and applications in biosensing and imaging”

National University of Singapore, Jul 2017.

34. “Advances in chem/biosensing and imaging: nano-material, micro-device, macro-system,”

Department of Electrical and Computer Engineering, George Washington U., May 2017.

35. “3D plasmonic nanoarchitectures for chemical and biosensing,” School of Electronic and Electrical

Engineering, Nanyang Technological U., Jan 2017.

36. “3D plasmonic nanoarchitectures for chemical and biosensing,” Department of Optoelectronics

Engineering, National Sun Yat Sen U., Dec 2016.

37. “Nanoplamonic sensors for chem/bio and wearable applications,” Research Center of Applied

Sciences, Academia Sinica, Dec 2016.

38. “Nanoplamonic sensors for chem/bio and wearable applications,” Jiangxi Academy of Agricultural

Sciences, Dec 2016.

39. “Nanoplamonic sensors for chem/bio and wearable applications,” Institute of Atomic and Molecular

Sciences, Academia Sinica, Dec 2016.

40. “3D plasmonic nanoarchitectures for chemical and biosensing,” Department of Optoelectronics,

National Taiwan University, Dec 2016.

41. “3D plasmonic nanoarchitectures for chemical and biosensing,” University of Cincinnati, Nov 2016.

42. “Non-invasive glucose sensing,” Samsung Advanced Institute of Technology, Seoul, Oct 2016.

43. “Opto-Analytical Spectroscopy, Imaging, and Sensing (OASIS),” Korea Research Institute of

Chemical Technology, Oct 2016.

44. “Opto-Analytical Spectroscopy, Imaging, and Sensing (OASIS),” Pohang University of Science and

Technology (POSTECH), Oct 2016.

45. “Opto-Analytical Spectroscopy, Imaging, and Sensing (OASIS),” Korea Advanced Institute of

Science and Technology (KAIST), Oct 2016.

46. “Opto-Analytical Spectroscopy, Imaging, and Sensing (OASIS),” Korea University, Oct 2016.

47. “Opto-Analytical Spectroscopy, Imaging, and Sensing (OASIS),” Center of Nano Science and

Technology, NIST, Sep 2016.

48. “Opto-Analytical Spectroscopy, Imaging, and Sensing (OASIS),” Department of Materials Science

and Engineering, Nanyang Technological University, Aug 2016.

49. “Opto-Analytical Spectroscopy, Imaging, and Sensing (OASIS),” National University of Singapore,

Aug 2016.

50. “Opto-Analytical Spectroscopy, Imaging, and Sensing (OASIS),” Optical Science and Technology

Center, University of Iowa, Apr 2016.

51. “Opto-Analytical Sensing, Imaging, and Stimulation (OASIS),” Department of Electrical and

Computer Engineering, North Carolina State University, Mar 2016.

52. “Opto-Analytical Sensing, Imaging, and Stimulation (OASIS),” Department of Mechanical

Engineering, Columbia University, Feb 2016.

53. “Opto-Analytical Sensing, Imaging, and Stimulation (OASIS),” OSA Chapter, Rice University, Feb

2015.

54. “Opto-Analytical Sensing, Imaging, and Stimulation (OASIS),” School of Dentistry, University of

Texas Health, Jan 2016.

55. “Opto Analytical Sensing, Imaging, and Stimulation,” Neural Engineering Workshop, Rice

University, Oct 2015.

56. “Light-based molecular sensing and imaging for translational biophotonics,” Seminar, CREOL,

University of Central Florida, Apr. 2015.

57. “Novel Nanomaterials and Instruments for Translational Biophotonics Applications,” Seminar, ECE

Department, University of Minnesota, Feb. 2015.

58. “Novel plasmonic nanomaterials and instruments for biomedical applications,” Workshop on Light-

Driven Processes in Bio-Inspired Materials, Rice University, Huston TX, Dec. 2014.

59. “Mesoporous plasmonic nanoparticles for Biomedical Applications,” Department of Biomedical

Engineering, Johns Hopkins University, Baltimore MD, Jul. 2014.

60. “Mesoporous plasmonic nanoparticles for Biomedical Applications,” National Institute of Aging,

National Institute of Health, Baltimore MD, Jul. 2014.

61. “Mesoporous plasmonic nanoparticles for sensing and imaging,” Department of Photonics, National

Jiao Tung University, Hsinchu Taiwan, Jun. 2014.

62. “Mesoporous plasmonic nanoparticles,” Department of Mechanical and Automation Engineering and

Department of Physics, Chinese University of Hong Kong, HK SAR China, Jun. 2014.

63. “Biomimetic plasmonic quasi nanocrystals,” Fitzpatrick Center of Photonics, Duke University,

Durham NC, Apr. 2014.

64. “Label-free molecular sensing using Raman and SERS,” Department of Electrical and Computer

Engineering, University of Texas at Arlington, Arlington TX, Mar. 2014.

65. “Label-free molecular sensing using Raman and SERS,” Department of Electrical and Computer

Engineering, Wayne State University, Detroit MI, Nov. 2013.

66. “Novel microscopy instrument and nanostructured substrates for plasmonic molecular sensing and

imaging,” Department of Electrical and Computer Engineering, University of Nevada at Reno, Reno

NV, Feb. 2013.

67. “Photonic technologies for molecularly-specific sensing, imaging and stimulation,” Department of

Chemistry, University of California at Santa Cruz, Santa Cruz CA, Feb. 2013.

68. “Photonic technologies for molecularly-specific sensing, imaging and stimulation,” Department of

Biomedical Engineering, Vanderbilt University, Nashville TN, May 2013.

69. “Photonic technologies for molecularly-specific sensing, imaging and stimulation,” Department of

Mechanical Engineering, Virginia Commonwealth University, Richmond VA, Oct. 2012.

70. “Photonic technologies for molecularly-specific sensing, imaging and stimulation,” Department of

Biomedical Engineering, Texas A&M University, College Station TX, Sept. 2012.

71. “Quantitative Bio Raman Spectroscopy and Imaging”, Department of Mechanical Engineering,

University of Houston, Houston TX, Jan. 2011.

72. “Toward integrated sensing and diagnosis,” Schlumberger, Sugar Land TX, Jun. 2010.

73. “Toward integrated sensing and diagnosis,” Department of Electrical Engineering, National Taiwan

University, Taipei Taiwan, Jan. 2010.

74. “Toward integrated sensing and diagnosis,” Department of Mechanical Engineering, National Chiao

Tung University, Hsin-Chu Taiwan, Jan. 2010.

75. “Optical sensing and Micro/Nanotechnology,” Schlumberger, Sugar Land TX, May 2009.

76. “Toward intelligent optical sensing and diagnosis,” Department of Electrical and Computer

Engineering, University of Houston, Houston TX, Mar. 2009.

77. “Toward intelligent optical sensing and diagnosis,” Department of Mechanical and Automation

Engineering, Chinese University of Hong Kong, HK SAR China, Feb. 2009.

78. “Toward intelligent optical sensing and diagnosis,” Department of Mechanical Engineering, Hong

Kong University, HK SAR China, Feb. 2009.

79. “Label-free, non-invasive sensing and diagnosis using optical spectroscopy,” Department of

Biomedical Engineering, Rensselaer Polytechnic Institute, Oct. 2008.

80. “How sweet are you?”, Department of Electrical and Computer Engineering, University of

Minnesota, Feb. 2008.

81. “Quest for carbohydrates and hydrocarbons,” Department of Electrical and Computer Engineering,

Tufts University, Jan. 2008.

82. “Quantitative biological Raman spectroscopy,” MIT Modern Optics and Spectroscopy (MOS)

Seminar, Massachusetts Institute of Technology, Cambridge MA, Mar. 2006.

83. “Diffractive optical elements with analog micromechanical actuation,” MIT Microphotonics Center,

Cambridge, MA, Apr. 2002.