Daniel Sikes

 DanielE. Sikes

Daniel E. Sikes

  • Courses5
  • Reviews22

Biography

Portland Community College - Physics


Resume

  • 2006

    PhD

    Physics

    University of Wisconsin-Madison

  • 2002

    Bachelor of Science (BS)

    Applied Mathematics

    North Carolina State University

    BS

    Physics

    North Carolina State University

  • Electronics

    Science

    Computational Physics

    Atomic Physics

    Spectroscopy

    Vacuum Chambers

    Experimentation

    Interferometry

    Physics

    Analytical Modelling

    Photonics

    Semiconductor Lasers

    Mathematical Modeling

    Mathematica

    LaTeX

    Analytical Reasoning

    University Teaching

    Scientific Computing

    Optics

    Numerical Analysis

    Negative refraction with low absorption using Raman transitions with magnetoelectric coupling

    Negative refraction with low absorption using Raman transitions with magnetoelectric coupling

    Refractive index enhancement with vanishing absorption in short

    high-density vapor cells

    Iron/iron oxide core-shell nanoclusters for biomedical applications

    Measuring the coefficients of kinetic and rolling friction by exploring decaying mass-spring oscillations

    Continuous-wave high-power rotational Raman generation in molecular deuterium

    Coefficient of rolling friction - Lab experiment

    Loop-the-loop Demonstration with Rolling Radius Correction

    D.D. Yavuz

    Negative Refraction using Raman transitions and chirality

    Giant Kerr nonlinearities using refractive-index enhancement

    Conditional phase-shifter in refractive index enhancement scheme

    Daniel

    Sikes

    Univeristy of Wisconsin-Madison

    Portland Community College

    Madison

    WI

    My thesis work focused on new theoretical proposals and models for enhanced refractive index and negative refractive index in atomic systems. Prior to working on my thesis I contributed to experiments focused on ultrafast optical modulation of light by Raman generation. I designed and built diode laser systems

    high finesse optical cavity vacuum system and other optics components. For the last two semesters I have been the teaching assistant for the advanced lab courses for undergraduate physics majors

    where I have supervised students performing experiments and instructed them in laboratory techniques and error analysis

    Graduate Research/Teaching assistant

    Univeristy of Wisconsin-Madison

    Portland

    Oregon Area

    Adjunct Instructor

    Portland Community College

    Phi Kappa Phi

    Phi Beta Kappa

    Duke Energy Technology Scholarship

    Eagle Scout

    Sigma Pi Sigma

    National Science Foundation - Nanoscale Science and Engineering Center Fellowship

PHY 201

1.8(2)

PHY 211

1.4(13)

PHY 212

4.2(5)