Noah Lee
National STEM Challenge Finalist | Complex 2D Crystalline Materials Researcher | Island Lab
Noah Lee
National STEM Challenge Finalist | Complex 2D Crystalline Materials Researcher | Island Lab
Bio
Bio
Noah Lee, bringing two years of specialized research experience, focuses on Electrical Engineering, Physics, Mechanical engineering, and semiconductors. His expertise includes investigating the optical properties of complex crystalline materials. With hands-on experience in advanced techniques like Atomic Force Microscopy (AFM), etching, and Reflective Spectroscopy, as well as proficiency in machine learning and microcontroller technologies, Noah offers invaluable mentorship. As a YRI mentor, Noah guides experimental design, optical characterization, and the application of cutting-edge technologies in material science. Noah’s mentorship aims to foster technical skills, innovative thinking, and effective research strategies among students.
Noah Lee, bringing two years of specialized research experience, focuses on Electrical Engineering, Physics, Mechanical engineering, and semiconductors. His expertise includes investigating the optical properties of complex crystalline materials. With hands-on experience in advanced techniques like Atomic Force Microscopy (AFM), etching, and Reflective Spectroscopy, as well as proficiency in machine learning and microcontroller technologies, Noah offers invaluable mentorship. As a YRI mentor, Noah guides experimental design, optical characterization, and the application of cutting-edge technologies in material science. Noah’s mentorship aims to foster technical skills, innovative thinking, and effective research strategies among students.
Fields Of Specialty
Fields Of Specialty
Mechanical Engineering
Mechanical Engineering
Physics
Physics
Electrical Engineering
Electrical Engineering
Electrical Engineering
Physics
Mechanical Engineering
Past Projects
Past Projects
Capacitance in MoS2
Fabricating and measuring capacitance in MoS2 capacitors, with boron nitride insulative layers, and graphite gates.
May 2024 - Present
Capacitance in MoS2
Fabricating and measuring capacitance in MoS2 capacitors, with boron nitride insulative layers, and graphite gates.
May 2024 - Present
Optical properties of phyllosilicate nanosheets
Utilized AFM and reflective spectroscopy to determine the optical contrast and complex refractive index of phyllosilicate nanosheets (annite, biotite, phlogopite, and muscovite). Determined complex refractive index with a Fresnel Based model. Isolated bilayer annite, biotite, phlogopite, and muscovite.
August 2023 - June 2024
Optical properties of phyllosilicate nanosheets
Utilized AFM and reflective spectroscopy to determine the optical contrast and complex refractive index of phyllosilicate nanosheets (annite, biotite, phlogopite, and muscovite). Determined complex refractive index with a Fresnel Based model. Isolated bilayer annite, biotite, phlogopite, and muscovite.
August 2023 - June 2024