XUE HAN

*** *** **** ****, ***. #*, Louisville, KY, 40206 Cell phone: 502-***-****

acfym6@r.postjobfree.com www.linkedin.com/pub/xue-han/44/306/35b/

SUMMARY

Rich experience and proficient ability of micro-fabrication, bio-optical sensors designs and development, laser

systems, photonics instrumentation and components, optical elements alignment, optical testing experiment

design and data analysis, fabrication processes and experiments design protocols and documentation.

EXPERTISE

• •

Fabrication Atomic Layer Deposition Photolithography

• •

Sputtering Spinner

• •

E-beam Evaporation Molecular Vapor Deposition

• •

Ion Milling Etching Cleanroom experience

• Annealing

• •

Analytical CCD and ICCD camera Oscilloscope

Instruments • •

Spectrographs Lock-in amplifier

• •

UV-Vis Spectrophotometer Non-contact profilometer

• •

Potentiostat PMT Current / Voltage Amplifier

• •

SEM, AFM Power meters

• •

Laser systems Multiple-lines He-Ne laser (Thorlabs) Tunable nanosecond pulsed laser

• (Continuum)

Single-line He-Ne laser (Thorlabs)

•

• Deuterium / tungsten-halogen fiber – coupled

Super continuum laser (Fianium)

light source

• Acousto-optical tunable filter

• Femtosecond tunable laser (Coherent)

• Argon-ion laser (Melles Griot)

• He-Cd laser (Kimon)

• Modeling – Mathematica

Software

• Data Collection programming – Labview

• Data Analysis – Igor, Origin, MS office

EDUCATION

University of Louisville GPA 3.925/4, December

Doctor of Philosophy (Photonics)

2014 (Expected)

University of Louisville GPA 3.925/4, May 2014

Master of Science (Physics)

Dalian University of Technology, China GPA 3.64/4, July 2009

Master of Science (Optics)

Dalian University of Technology, China Rank 14/150

Bachelor of Science

July 2006

(Optical Information Science and Technology)

PROFESSIONAL RESEARCH EXPERIENCE

• Research Assistant in Photonics Lab, 2013-present, University of Louisville

Project: Kinetics of electron transfer between the immobilized proteins and the optical transparent electrode by using

optical impedance measurements.

• Research Assistant in Photonics Lab, 2010 – 2013, University of Louisville

Project: Spectroelectrochemistry studies of electron transfer between immobilized redox proteins and an electro-active

single-mode integrated optical waveguide as working electrode, NSF

• Research Assistant in Photonics Lab, 2009 – 2010, University of Louisville

Project: Fast molecular thin film dynamics studies using a coupled plasmon waveguide resonance sensor with an angle-

multiplexed modulation system, NSF

• Research Assistant in Institute of Near-Field Optics & Nano Technology, 2007 – 2009, Dalian University of

Technology, China

Project: Studies on the gating mechanism of voltage-dependent sodium channel by optical tweezers method, NSFC

PUBLICATIONS

Optical Impedance Spectroscopy with Single-Mode Electro-Active Integrated Optical Waveguides. Xue Han, and

Sergio B. Mendes. Analytical chemistry, 86(3), pp 1468–1477; DOI: 10.1021/ac4030736, 2014

Studies of Redox Reactions in Electro-Active Proteins using Optical Impedance Spectroscopy at Single-Mode

Waveguides. Xue Han and Sergio B. Mendes. Proc. of SPIE Vol. 8812 881207-1; DOI: 10.1117/12.2024106,

2013

Spectroscopic Studies on Ultra-Thin Films of Indium Tin Oxide under Electro-Chemical Modulation. Han Xue ;

Sergio B. Mendes . Proc. of SPIE Vol. 8459 845911-1; DOI:10.1117/12.2000142, 2012

Angle-Multiplexed Waveguide Resonance of High Sensitivity and Its Application to Nanosecond Dynamics of

Molecular Assemblies. Courtney L. Byard, Xue Han, and Sergio B. Mendes. Analytical chemistry, 84 (22), pp

9762–9767; DOI: 10.1021/ac302812u, 2012

Force Calculation of Cells Pushed by Patch Clamp micropipette Using Optical Tweezers. The First National

Conference on the Application of Optical Tweezers, volume 1, pp 23, 2008

PRESENTATIONS

• • Kentucky Nano-Symposium, August 2013

The Optical Society, Optical Sensors, SeTh

3Bb.3, July 2014 • SPIE, Optics and Photonics, 8812-6, August 2013

• American Chemical Society, Chemistry in

Motion, ANYL 237, September 2013

• •

The Optical Society, Advanced Photonics Electron, Ion, and Photon Beam Technology and

Congress, JT3A.34, July 2013 Nanofabrication, P13-03, May 2013

• •

SPIE, Optics and Photonics, 8459-38, August 17th Annual KY EPSCoR Conference, May 2012

2012

• 15th Annual KY EPSCoR Conference, May 2010

GRANTS AND AWARDS

• Dissertation completion award, University of • Sponsored research tuition award, University of

Louisville, 2014 Louisville, 2013

• Traveling grant, The Optical Society, 2013 • Sponsored research tuition award, University of

Louisville, 2010

• Outstanding Undergraduate Student Award, • Third Grade Comprehensive Scholarship, Dalian

Dalian University of Technology, 2006 University of Technology, 2006

• •

Third Grade Comprehensive Scholarship, Third Grade Comprehensive Scholarship, Dalian

Dalian University of Technology, 2005 University of Technology, 2004

• Scholarship of Individual Event, Dalian

University of Technology, 2003

TEACHING EXPERIENCE

• Teaching Assistant, Physics Lab – Classic Mechanics and Physics Lab – Electricity and magnetism,

January 2014 – present and August 2009 – May 2010, University of Louisville

Duty: Explain physics principles, Guide experiments conduction, Answer questions and Grade lab reports.

• Teaching Assistant, Class – Classic Mechanics,

July 2007 – January 2008, Dalian University of Technology, China

Duty: After class tutor

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