OPTICS AND EDUCATION

 
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ABOUT LENA 

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Lena Wolfe spent four years as an optical engineer at Microsoft, working on the Kinect for Xbox One and the display subsystem for the HoloLens V1. She worked extensively on developing color perception metrics and testing for the holographic displays in the HoloLens, designed the focusing optics to reduce eye fatigue, and has a patent for ghost reduction in diffractive coupling wearable image display systems. 

She has a B.S. in Optical Sciences and Engineering from the world renowned College of Optical Sciences at the University of Arizona. While studying, she was employed as an undergraduate research assistant under Russell Chipman in the Polarization Laboratory. She supported design and test analysis of the Multi-Angle Spectral Polarimetric Imager (MISPI) as partnered with NASA's Jet Propulsion Laboratory (JPL).

Lenaโ€™s areas of expertise are polarization, waveguide optics, diffractive optics, color science and colorimetry, human visual perception in augmented reality devices, nonlinear optics, rigorous coupled wave analysis (RCWA), perceptually accurate image processing, and multi-system integration optical product development. She has class 100 cleanroom experience, knowledgeable of VESA and ASNI image quality standards and testing methodology, extensive experience with precision optics mounting, handling and cleaning.
Her favorite applications of optical technologies are augmented reality, 3D depth scanning and body tracking. Contact Lena for consulting on projects involving display optics, experimental or proof-of-concept setups, off-the-self optical system specifications or optical testing metrology. Lenaโ€™s quickness in learning approaches c and she absorbs new information as well as any blackbody!

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 TUTORING

Lena is an active academic tutor working in STEM education and outreach, especially focusing on girls in science and art. Want to know what makes a rainbow form? How does facial ID work in a cell phone? How to derive Maxwellโ€™s equations in both differential and integral form? Look no further than this passionate nerd! She nurtures curiosity to encourage her students to look at creative solutions for both academic and artistic prospects.

  • High School Physics

    • General

    • AP Physics (algebra based)

    • AP Physics (calculus based)

  • High School Math

    • Geometry

    • Algebra I and II

    • Trigonometry 

    • Pre-Calculus

    • Calculus AB

    • Calculus BC

  • College Physics

    • Mechanics

    • Electricity and Magnetism

    • Geometric Optics

    • Physical Optics

  • College Mathematics

    • Calculus I

    • Calculus II

    • Vector Calculus

    • Differential Equations

    • Linear Algebra/Matrix Mathematics

  • Software

    • MatLab (standard and image processing toolbox)

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