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High Energy Seminars
Great Lakes 2012
Great Lakes 2020
Spock mini-conference (main organizer Philip Argyres)
Spock mini-conference in youtube (main organizer Philip Argyres)
High Energy Seminars in youtube (main organizer Nima Lashakri)
Courses
QFT II (Spring 2023)
663
Syllabus
Lecture Notes
classicalGaugeTheories
quantumGaugeTheories
Magnetic moment of the electron
perturbativeGaugeTheories
renormalizationOfGaugeTheories
QuarkCorrectionToBetaFunction
CrossSectionsBookNormalization
Partial_Waves_and_Unitarity
Optical_Theorem_Froissart_bound
Amplitude bounds
Axial_Anomaly
QFTII_PathIntegrals1.pdf
Homework Problems
Hwk1.pdf
Hwk2.pdf
Hwk2_extra.pdf
Hwk3.pdf
Homework Solutions
S1
S2
S3
Extra Material
QCD review and experimetal checks from PDG
Online Lecture on Tuesday 2/7/2023
QFT I (Fall 2022)
662
Syllabus
Lecture Notes
qft_lecv0.pdf
freeBosons.pdf
freeFermions.pdf
pertTheory.pdf
Renormalization0.pdf
Renormalization1.pdf
Renormalization2.pdf
Phi4 theory in the large N limit
non-linear sigma model in the large N limit
Polymers and random walks
Homework Problems
Hwk1a.pdf
Hwk2a.pdf
Hwk3a.pdf
Hwk4a.pdf
Homework Solutions
S1
S2
S3
S4
Extra Material
PathIntegrals
DiracFormulasSummary
Feynman Integrals
Sunset Feynman diagram
Scaling hypothesis in RG
QM I
660
Syllabus
Lecture Notes
Lec1-4
Lec5-9
SquareWell
SpinChain
TimeDependence
HarmonicOsc
3Dpotentials
Bell inequality
Quantum Key Distribution
Angular Momentum
Composition of Angular Momenta
Path Integrals
H atom using Klein-Gordon eqn.
Homework Problems
Hmwk1.pdf
Hmwk2.pdf
Hmwk3.pdf
Hmwk4.pdf
Hmwk5.pdf
Homework Solutions
Hwk1_sol.pdf
Hwk2_sol.pdf
Hwk3_sol.pdf
Hwk4_sol.pdf
Numerical solution to x^4 potential (Hwk 3):
maple
matlab (by O. Odele)
Hwk5_sol.pdf
Extra Material
Stern's nobel lecture on molecular rays
Physics today article on Stern-Gerlach experiment
Clebsch-Gordan coefficients
(from Particle Physics Booklet).
QM II
661
Syllabus
Lecture Notes
qmii_lec_V0.pdf
Homework Problems
Hmwk1
Hmwk2
Hmwk3
Hmwk4
Hmwk5
Hmwk6
Homework Solutions
Hmwk1
x2+x4pot.pdf
x2+x4pot.mw.zip
Hmwk2
Thorium_alpha_decay.mw.zip
Thorium.png
Hmwk3
Hmwk4
Hmwk5
Hmwk6
Extra Material
Clebsch-Gordan coefficients
For measurement (E2S-E1S)/h =2 466 061 413 187 074 (34) Hz see:
(Experiment)
Maple program
Yukawa-pot.pdf
Yukawa-pot.mws
Nuclear Data Center chart
QFT II (conformal theories)
663
Syllabus
Lecture Notes
Lec1b.pdf
Lec2b.pdf
Lec3b.pdf
Lec4b.pdf
Homework Problems
Hwk1.pdf
Hwk2.pdf
Hwk3.pdf
Homework Solutions
S1
S2
S3
Extra Material
Maple and Matlab files
Semi definite programming notes and examples (by Peter Anderson)
Eff. Action
1
2
3
QFT I (conformal theories)
662
Syllabus
Lecture Notes
qft_lecv0.pdf
Lec1a.pdf
Lec2a.pdf
Lec3a.pdf
Lec4a.pdf
Lec5a.pdf
Lec6a.pdf
Homework Problems
Hwk1a.pdf
Hwk2a.pdf
Homework Solutions
S1
Extra Material
QFT I (particle physics)
662
Syllabus
Lecture Notes
qft_lecv0.pdf
Lec2-4.pdf
Lec5-7.pdf
Lec8-14.pdf
Lec15-18.pdf
Lec18b.pdf
Lec19-21.pdf
Lec22-23.pdf
PathIntegral1.pdf
Homework Problems
Hwk1.pdf
Hwk2.pdf
Hwk3.pdf
Homework Solutions
S1
S2
S3
Extra Material
Formulas.pdf
QFT II (particle physics)
663
Syllabus
Lecture Notes
QFTII_Lec1.pdf
QFTII_Lec2.pdf
QFTII_Lec3.pdf
QFTII_Lec4.pdf
QFTII_PathIntegrals1.pdf
Homework Problems
QFTIIHwk1.pdf
QFTIIHwk2.pdf
Homework Solutions
S1
S2
S3
Extra Material
String Theory
570
Syllabus
Lecture Notes
Notes on String theory
General Physics
219
Syllabus
Lecture Notes
Lecture notes
Publications and Talks
Publications
See publication list and statistics in Inspire HEP:
M. Kruczenski Profile
Talks
(power point and pdf)
String / gauge theory duality and spin chains. [
ppt
] [
pdf
]
Spin chains and Strings in Ypq and Lpq|r manifolds. [
ppt
] [
pdf
]
Spiky strings and giant magnons on S5. [
ppt
] [
pdf
]
Planar diagrams in light-cone gauge. [
ppt
] [
pdf
]
Summing planar diagrams in light-cone gauge. [
ppt
] [
pdf
]
Spiky strings, light-like Wilson loops and a pp-wave anomaly. [
ppt
] [
pdf
]
Strings in AdS pp-waves. [
ppt
] [
pdf
Spiky strings in Bethe Ansatz approach. [
ppt
] [
pdf
]
Mesons in AdS/CFT. [
ppt
] [
pdf
]
Miami 2009 conference. [
ppt
]
Shock waves. [
ppt
] [
pdf
]