- Physical Constants g = 9.80 m/s2
- Properties of Er-doped III-N light-emitting diodes Hyounguk Jang
- General Physics I Exam 1 -Chs. 1,2,3 -Units, Motion Sep. 16, 2009 Name Rec. Instr. Rec. Time
- The Magnetic Properties of Superparamagnetic Particles by a Monte Carlo Method D. A. Dimitrov and G. M. Wysin
- Electrodynamics II Suggested Problems #2 KSU For: Thursday, January 26, 2006
- General Physics I Quiz 4 -Ch. 5 -Circular Motion & Gravity July 1, 2009 Make your work clear to the grader. Show formulas used. Give correct units and significant figures. Partial credit
- Vacancy effects in an easy-plane Heisenberg model: reduction of Tc and doubly-charged vortices
- Physical Constants g = 9.80 m/s2
- Vortex-vacancy interactions in two-dimensional easy-plane magnets G. M. Wysin
- Physics 811 QM-I Mid Review 2003/02/27 Foundations of QM. Need QM when wave properties are apparent, = h
- Physical Constants k = 1/4 0 = 8.988 GNm2
- Electrodynamics I Final Exam -Part A -Closed Book KSU 2005/12/12 Name Electro Dynamic
- Physical Constants g = 9.80 m/s2
- Physics 709 Exam 2 KSU 98/11/19 1. A two-dimensional isotropic oscillator has the Hamiltonian
- Report on Big 12 Faculty Fellowship Gary M. Wysin, Department of Physics, Kansas State University
- Free vortex and vortex-pair lifetimes in classical two-dimensional easy-plane magnets D. A. Dimitrov and G. M. Wysin
- PHYS 113 General Physics I Fall 2010 KSU -4 credits Section: Instructor: Contact Info.
- Electrodynamics II Suggested Problems #3 KSU For: Thursday, February 2, 2006
- General Physics II Exam 4 -Chs. 27 & 28 -Quantum Physics Apr. 25, 2011 Name Rec. Instr. Rec. Time
- Physics II Exam 2 -Chs. 18A,19,20 -Electric Current, Magnetic Field Feb. 23, 2009 Name Rec. Instr. Rec. Time
- General Physics I Quiz 7 -Ch. 11 -Vibrations & Waves July 22, 2009 Make your work clear to the grader. Show formulas used. Give correct units and significant figures. Partial credit
- General Physics II Exam 1 -Chs. 16,17 -Electric Fields & Potential Feb. 2, 2009 Name Rec. Instr. Rec. Time
- Resonant modes in triangular dielectric cavities G. M. Wysin
- General Physics I Quiz 5 -Ch. 7 -Momentum, Impulse & Collisions July 8, 2009 Make your work clear to the grader. Show formulas used. Give correct units and significant figures. Partial credit
- PHYS 114 General Physics II Spring 2011 KSU -4 credits Section Room Instructor Contact Info. & Office Hours
- Electromagnetic modes in dielectric equilateral triangle resonators G. M. Wysin
- Physical Constants k = 1/4 0 = 8.988 GNm2
- COMPARISON OF VORTEX NORMAL MODES IN EASY-PLANE FERROMAGNETS AND ANTIFERROMAGNETS
- Onsager reaction-field theory for magnetic models on diamond and hcp lattices G. M. Wysin
- Electrodynamics II Exam 2. Part A (152 pts.) Closed Book Relativistic Electrodynamics Name KSU 2006/04/11
- General Physics II Exam 5 -Chs. 27,28 -Quantum Physics April 27, 2009 Name: Rec. Instr.: Rec. Time
- PHYS 113 General Physics I Summer 2009 KSU -4 credits Section: Instructor: Contact Info.
- Physical Constants g = 9.80 m/s2
- Localized magnon mode of in-plane magnetic vortices in easy-plane magnets G. M. Wysin
- General Physics II Exam 5 -Chs. 30, 31 -Nuclear Physics May 10, 2011 Name Rec. Instr. Rec. Time
- General Physics I Recitation Quiz -Kinetic Theory Nov. 24, 2009 For full credit, make your work clear. Don't forget to show the formulas you use, all the essential steps, and
- General Physics I Exam 4 -Chs. 10,11,12 -Fluids, Waves, Sound Nov. 17, 2010 Name Rec. Instr. Rec. Time
- Physical Constants k = 1/4 0 = 8.988 GNm2
- General Physics II Self-Diagnostic Quiz Kansas State University These 7 short questions based on General Physics I ideas. You should be able to answer them without any
- Physical Constants k = 1/4 0 = 8.988 GNm2
- Spinwave damping in the two-dimensional ferromagnetic XY model G. M. Wysin,
- Magnon modes for a circular two-dimensional easy-plane ferromagnet in the cone state B. A. Ivanov
- General Physics I Exam 2 -Chs. 4, 5 & 6 -Forces, Circular Motion, Energy Oct. 15, 2008 Name Rec. Instr. Rec. Time
- General Physics I Quiz 8 -Ch. 13 -Temperature & Kinetic Theory July 30, 2009 Make your work clear to the grader. Show formulas used. Give correct units and significant figures. Partial credit is
- General Physics I Exam 5 -Ch. 13,14 -Thermal Physics Dec. 3, 2008 Name: Rec. Instr.: Rec. Time
- General Physics I Quiz 1 -Chs. 1 -Measurements & Units June 10, 2009 Name: Chapter 1 Score
- General Physics II Exam 4 -Chs. 27, 28 -Quantum Physics April 26, 2010 Name Rec. Instr. Rec. Time
- arXiv:cond-mat/0309640v127Sep2003 Amplitudes for magnon scattering by vortices
- Vortex-in-nanodot potentials in thin circular magnetic dots G. M. Wysin
- General Physics I Exam 2 -Chs. 4,5,6 -Forces, Circular Motion, Energy Oct. 13, 2010 Name Rec. Instr. Rec. Time
- General Physics I Exam 4 -Chs. 10,12,12 -Fluids, Waves, Sound Nov. 18, 2009 Name Rec. Instr. Rec. Time
- Out-of-plane magnetic vortices and central peaks: A Comment M. E. Gouv^ea and G. M. Wysin
- Chapter 6 Equations Work & Kinetic & Potential Energies
- Physical Constants g = 9.80 m/s2
- Possibility of Resonance in Spatial Movement of Electrons in GaAs/Ga1-x AlxAs-type Classic Super lattices
- General Physics II Exam 3 -Chs. 2225 -EM Waves & Optics April 12, 2010 Name Rec. Instr. Rec. Time
- Physics 811 QM-I Final Review 2003/05/05 Unitary Operators. A unitary operator U , by literal meaning of the word, pre-
- Resonant mode lifetimes due to boundary wave emission in equilateral triangular dielectric cavities
- Magnetic properties of spherical fcc clusters with radial surface anisotropy D. A. Dimitrov and G. M. Wysin
- Faraday rotation enhancement of gold coated Fe2O3 nanoparticles: comparison of experiment and theory
- Supplemental Material for "Faraday rotation enhancement of gold coated Fe2O3 nanoparticles: Comparison of experiment and theory" Raj Kumar Dani, Hongwang
- APS/123-QED The Berezinskii-Kosterlitz-Thouless phase transition for the dilute planar rotator
- Hole-vortex-magnons interactions in diluted layered antiferromagnets with planar A. R. Pereira
- 25 May 2005-II Impurity-pinned vortices contribution to the response function in randomly diluted
- Extinction of BKT transition by nonmagnetic disorder in planar-symmetry spin G. M. Wysin
- Relaxation schemes for normal modes of magnetic vortices: Application to S-matrix G. M. Wysin
- Low Temperature Static and Dynamic Behavior of the Two-Dimensional Easy Axis Heisenberg Model
- Magnon modes and magnon-vortex scattering in two-dimensional easy-plane ferromagnets
- Critical anisotropies of two-dimensional magnetic vortices
- Numerical study of vortices in a two-dimensional XY model with in-plane magnetic M. E. Gouv^ea, G. M. Wysin
- MAGNETIC VORTEX MASS IN 2D EASY-PLANE MAGNETS G. M. Wysin
- Lifetime of vortices in 2D easy-plane ferromagnets D. A. Dimitrov and G. M. Wysin
- Normal Modes and Soliton Resonance for Vortices in 2D Classical Antiferromagnets B. A. Ivanov
- NORMAL MODES OF VORTICES IN EASY-PLANE FERROMAGNETS G. M. Wysin
- Effects of Surface Anisotropy on Hysteresis in Fine Magnetic Particles D. A. Dimitrov and G. M. Wysin
- A One-Dimensional Statistical Mechanics Model with Exact Transfer Integral Solution G. M. Wysin
- PHYS 113 General Physics I Fall 2008 KSU -4 credits Section: Instructor: Contact Info.
- General Physics I Solving Physics Problems KSU A. Writing out Solutions of Homework Problems
- Chapter 9 Equations Static Equilibrium
- Chapter 12 Equations In air, v (331 + 0.60 T) m/s, T in
- General Physics I Recitation Quiz -Thermodynamics Dec. 8, 2009 For full credit, make your work clear. Don't forget to show the formulas you use, all the essential steps, and
- Chapter 15 Equations First Law of Thermodynamics (U = internal energy)
- General Physics I Exam 1 -Chs. 1,2,3 -Units, Motion, Vectors Sep. 15, 2010 Name Rec. Instr. Rec. Time
- General Physics I Exam 3 -Chs. 7,8,9 -Momentum, Rotation, Equilibrium Nov. 3, 2010 Name Rec. Instr. Rec. Time
- General Physics I Exam 5 -Chs. 13,14,15 -Heat, Kinetic Theory, Thermodynamics Dec. 14, 2010 Name Rec. Instr. Rec. Time
- General Physics I Quiz 2 -Chs. 4,5,6 -Forces, Circular Motion, Energy Oct. 14, 2009 Name Rec. Instr. Rec. Time
- General Physics I Exam 3 -Chs. 7,8,9 -Momentum, Rotation, Equilibrium Oct. 28, 2009 Name Rec. Instr. Rec. Time
- General Physics I Exam 5 -Chs. 13,14,15 -Heat, Kinetic Theory, Thermodynamics Dec. 15, 2009 Name Rec. Instr. Rec. Time
- General Physics I Quiz 2 -Ch. 2 -1D Kinematics June 17, 2009 For full credit, make your work clear to the grader. Show the formulas you use, all the essential steps, and results
- General Physics I Quiz 3 -Ch. 4 -Newton's Laws & Dynamics June 24, 2009 Make your work clear to the grader. Show formulas used. Give correct units and significant figures. Partial credit
- General Physics I Quiz 6 -Ch. 9 -Static Equilibrium July 15, 2009 Make your work clear to the grader. Show formulas used. Give correct units and significant figures. Partial credit
- General Physics I Exam 1 -Chs. 1,2,3 -Motion Sep. 17, 2008 Name Rec. Instr. Rec. Time
- General Physics I Exam 3 -Chs. 7,8,9 -Momentum, Rotation, Equilibrium Oct 29, 2008 Name: Rec. Instr.: Rec. Time
- General Physics I Final Study Guide Fall 2008 General Tips
- General Physics II Solving Physics Problems KSU A. Writing out Solutions of Homework Problems
- General Physics II Final Study Guide Spring 2009 General Study Tips
- General Physics II Exam 1 -Chs. 1619 -Electric Fields, Potential, Current Feb. 14, 2011 Name Rec. Instr. Rec. Time
- General Physics II Exam 3 -Chs. 23,24,25 -Optics Apr. 11, 2011 Name Rec. Instr. Rec. Time
- General Physics II Exam 2 -Chs. 1921 -Circuits, Magnetism, EM Induction -Mar. 8, 2010 Name Rec. Instr. Rec. Time
- General Physics II Exam 5 -Chs. 30, 31 -Nuclear Physics May 11, 2010 Name Rec. Instr. Rec. Time
- General Physics II Exam 3 -Chs. 18B,21,22 -Electromagnetism Mar. 23, 2009 Name Rec. Instr. Rec. Time
- General Physics II Exam 4 -Chs. 23,24,25 -Optics April 13, 2009 Name: Rec. Instr.: Rec. Time
- Engineering Physics 1 (Phys. 213) Study Guide, Spring 2006 The goal of this course is to help you learn the foundational knowledge of physics and how this
- Applied Quantum Mechanics Fall 1998 Kansas State University Physics 709 TU 9:30 -10:45 Cardwell 146
- Physics 709 Exam 1 KSU 98/10/01 1. A particle of mass m is con ned in an in nite 1D square well of width a centered on the
- Physics 709 Exam 3 (open book) KSU 98/12/14 1. A gas of hydrogen atoms has been prepared in the 2p state jn = 2 l = 1 m = 0i.
- Electrodynamics I Midterm -Part A -Closed Book KSU 2005/10/17 Name Electro Dynamic
- Electrodynamics II Physics 931 KSU
- Electrodynamics II Suggested Problems #1 KSU For: Thursday, January 19, 2006
- Electrodynamics II Problems #6: Four-vectors, Collisions, Photons. KSU For: Thursday, March 2, 2006
- Physical Constants k = 1/4 0 = 8.988 GNm2
- General Physics I Recitation Quiz -Forces, Energy Conservation Oct. 13, 2009 For full credit, make your work clear. Don't forget to show the formulas you use, all the essential steps, and
- General Physics I Exam 4 -Chs. 10,11,12 -Fluids, Waves, Sound Nov. 19, 2008 Name: Rec. Instr.: Rec. Time
- Electrodynamics I Physics 831 KSU
- General Physics II Exam 2 -Chs. 2022 -Electromagnetism & EM Waves -Mar. 14, 2011 Name Rec. Instr. Rec. Time
- Vortex switching in nanomagnetic structures How to control the position,
- Interference effects in the double ionization of hydrogen molecules by fast, highly charged ions1
- GALLIUM NITRATE NUCLEATION LAYERS AND THEIR ROLE IN THE GROWTH AND PROPERTIES OF GaN GALLIUM NITRATE NUCLEATION LAYERS AND THEIR ROLE IN THE GROWTH AND
- Dependence on pressure of the glass transition temperature for a prototypical glass forming liquid
- The optimal tap: three-dimensional nozzle design P McGuinness, W Drenckhan and D. Weaire
- Ketino Kaadze 'Classical' current-voltage characteristics of 4H-SiC p+
- Correlated molecular-field theory for Ising models G. M. Wysin
- PHYS 113 General Physics I Fall 2009 KSU -4 credits Section: Instructor: Contact Info.
- Gamma Rays to Blame for Mass Extinction Brandon Lohman
- Influence of a perpendicular current on the circulation of a pinned magnetic vortex G. M. Wysin
- Instability of In-Plane Vortices in Two-Dimensional Easy-Plane Ferromagnets G. M. Wysin
- Electrodynamics II Problems #4: Scattering of Radiation KSU For: Thursdays, February 9 and February 16, 2006
- Electrodynamics II Exam 1. Part A (176 pts.) Closed Book Radiation and Scattering Name KSU 2006/02/21
- General Physics II Exam 1 -Chs. 16,17,18 -Electric Fields, Potential, Current Feb. 8, 2010 Name Rec. Instr. Rec. Time
- Onsager reaction field theory for 3d anisotropic xy model M. E. Gouv^ea, A. S. T. Pires, and G. M. Wysin
- Quantum Theory for Dielectric Properties of Conductors B. Magnetic Fields and Landau Levels
- Associated Legendre Functions and Dipole Transition Matrix G. M. Wysin
- Probability Current and Current Operators in Quantum Mechanics G. M. Wysin
- Quantum Theory for Dielectric Properties of Conductors C. Effects of Magnetic Fields on Band-To-Band Transitions
- Quantum Theory for Dielectric Properties of Conductors A. Response to Optical Electric Field Only
- Stochastic Spin Dynamics & Langevin-Landau-Gilbert Simulations G. M. Wysin
- Quantization of the Free Electromagnetic Field: Photons and Operators
- Magnetic anisotropy of elongated thin ferromagnetic nano-islands for artificial spin ice G. M. Wysin
