Invariance
--Hao Huan, Department of Physics, the University of Chicago
Study
Autumn 2007
Quantum Field Theory-I
Special Topics in Elementary Particle Physics
Winter 2008
General Relativity
Advanced Math Methods of Physics
Spring 2008
Quantum Field Theory-III
Introduction to Cosmology
Autumn 2008
Introduction to Solid State Physics
Autumn 2009
String Theory-I
Topological Quantum Computing
Research
Autumn 2007
ADC Calibration for the ATLAS Group at Chicago
Winter 2008
Monte Carlo Simulation for Minimum Bias Events on LHC
Spring 2008
Physical Implication of Minimum Bias Noise on the Measurement of Jet Energy at CERN
Summer 2008
Synthesis of Lead Sulfide Nanoparticles with Prof. Philippe Guyot-Sionnest's Group
Autumn 2008
Characterizing the Hamamatsu MPPC
Winter 2009
Development of Data Analysis System Based on the DRS4 Evaluation Board
Spring 2009
Firmware Design of Altera FPGA for DRS4-Based GHz Data Acquisition System
Summer 2009
Test Bench Construction for the VMEbus-Based GHz Data Acquisition Test Board with Scientific Linux Support
Autumn 2009
Console and GUI Data Analysis Software Development for the GHz Data Acquisiton Test Bench with ROOT and Qt Libraries
Winter 2010
Functional Test of DRS-VME DAQ Board with the VME_Universe Driver and API Package
Spring 2010
Preliminary Specification of DRS-VME DAQ Board and Related Firmware/Software Development
Summer 2010
Development of the PAPMF Software Package Describing Propagation and Interaction of Photons and Charged Particles across Cosmic Scale
Autumn 2010
Application of Analytic Models and Monte Carlo Simulations to Gamma-Ray Propagation from Extragalactic Blazars
Reading
Autumn 2007
Quantum Field Theory
QED and the Men Who Made It
The Quantum Theory of Fields
The Rise of the Standard Model
Journeys Beyond the Standard Model
An Introduction to Quantum Field Theory
Gauge Theories of the Strong, Weak, and Electromagnetic Interactions
Winter 2008
General Relativity
Aspects of Symmetry
Lie Groups, Lie Algebras, and Some of Their Applications
Spring 2008
The Early Universe
Summer 2008
Facts and Mysteries in Elementary Particle Physics
Autumn 2008
Solid State Physics
Winter 2009
Circuit Design with VHDL
Spring 2009
VMEbus User's Handbook
Summer 2009
C++ Primer Plus
Autumn 2009
String Theory
Winter 2010
Dive Into Python
Spring 2010
Version Control with Subversion
Slackware Linux Essentials
How To Write Shared Libraries
Summer 2010
Linux From Scratch
Beyond Linux From Scratch
Autumn 2010
What Every Computer Scientist Should Know About Floating-Point Arithmetic
Winter 2010
A Rought Guide to Scientific Computing On the PlayStation 3
Writing
Presentation on Dark Matter
Project on Anyons
Final Report for Physics 335 Project
Review on the (2+1)-Dimensional Nonlinear \sigma-Model
Notes on Holographic Dark Energy
Note on Floating-Point Number Numerics
Note on Monte Carlo Simulation of Particle Transport
Note on Polarization Effects in Cosmic Ray Cascades
Note on Photon Propagation with Axion Mixing in Magnetic Fields
Note on Applying Cosmology to Monte Carlo Particle Transport
Graphing
Axion Conversion Probability for 1TeV Unpolarized Photon in 1nG Homogeneous Magnetic Field
Axion Conversion Probability for 1TeV Unpolarized Photon in 1nG 1Mpc Random Magnetic Domain Ensemble at Small Distances
Axion Conversion Probability for 1TeV Unpolarized Photon in 1nG 1Mpc Random Magnetic Domain Ensemble at Large Distances
Comparison of Some Models and Observations for Extragalactic Background Light
You may find me at:
LASR 205
5640 South Ellis Avenue
Chicago, IL 60637
or contact me:
hhuan@uchicago.edu.
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