Notes

FYUG

All in one folder

Lecture Notes

Digital Electronics Book

Electronics Lab

Nobel Prize 2022

PHY C 433
Nuclear Physics

Powerpoint-Complete

Seminar Topics

1 AJAY P MAHEENDRAN Energetics of nuclear reactions – Weisskopf diagram for reaction
mechanisms Notes
2 ALISHA V G Partial wave method of calculating cross section - Reciprocity theorem- ppt -Notes
3 ASWATHY K S Compound nucleus hypothesis - Scattering matrix - Breit-Weigner one level
formula - ppt - notes
4 ANJU AG Resonance scattering- Energy production in stars - ppt- notes
5 ATHIRA B S Doublet method of mass spectroscopy- Hofstadter experiment -.
ppt -Notes
6 BHAVYA RAJ A R Bethe-Weizscaker formula for nuclear binding energy -
ppt - Notes
7 ATHIRA B R Segre chart Notes
8 BISMI BOSE Bohr & Wheeler theory of nuclear fission - ppt - Notes
9 CHITHRA S Shell model-Magic numbers, - Notes
10 NEENU JAIN RAJU Shell model-Magic numbers, (Contd.) notes
11 JISHNU S NAIR Spin-orbit coupling, Magnetic moments and Schmidt lines- Notes
12 KRISHNENDU S Collective model of Bohr and Mottelson -Notes
13 LAKSHMI VINOD B Fermi’s theory of β-decay - Notes
14 LAKSHMI M Kurie plot - Selection rules the Co-60 experiment- Notes
15 DEVIKA S Helicity of neutrino Notes
16 PRIYANKA G PRATHAP Multipole transitions in nuclei - Angular momentum and parity selection
rules Notes

17 SHABINA S Internal conversion -.Nuclear Isomerism
Notes Low Energy Neutron-Proton Scattering

PHY X 411
Foundations of Astronomy

Lecture Notes

Reflections 2019 batch

PHY 533 Nuclear Physics

Notes/ Seminar

Low n-p scattering Problem

Power point Show

1	Amritha P	Energetics of nuclear reactions – Weisskopf diagram for reaction mechanisms
2	Anju Thankappan	Partial wave method of calculating cross section - Reciprocity theorem-
3	Arya Lekshmi I T	Compound nucleus hypothesis - Scattering matrix - Breit-Weigner one-level formula -
4	Ashika Vijayan	Resonance scattering- Energy production in stars
5	Aswathy A Mohan	Doublet method of mass spectroscopy- Hofstadter experiment -.
6	Aswathy U	Bethe-Weizscaker formula for nuclear binding energy -
7	Aswini Thampi	Segre chart
8	Deepa S Suresh	Bohr & Wheeler theory of nuclear fission -
9	Gayathri Murali	Shell model-Magic numbers,
10	Gayathry Ganesh	Shell model-Magic numbers, (Contd.)
11	Indhuja Lekshmi J	Spin-orbit coupling, Magnetic moments and Schmidt lines –
12	Lidiya Pious	Collective model of Bohr and Mottelson
13	Muhammed Muhsin A	Fermi’s theory of β-decay
14	Nisha C S	- Kurie plot - Selection rules the 60Co experiment -
15	Reji R V	Helicity of neutrino
16	Rukzana K	- Multipole transitions in nuclei -
17	Thasneem Aslam	Angular momentum and parity selection rules - Internal conversion -.
18	Varsha S	Nuclear isomerism

PHY 523 Statistical Mechanics 2016

SL. No.	Name of Student	Seminar Topic
1	Adarsh S Pillai	Laws of Thermodynamics
2	Adersh V	Thermodynamic Functions of ideal gas
3	Akhila Chandran B A	Thermodynamic Potentials
4	Akhila S S	Maxwell’s Relation
5	Amrutha V R	Entropy of Ideal gas
6	Arathy Chand B	T dS Equations
7	Athira Raveendran	Entropy and disorder
8	Dhanush S R
9	Mayadevi M S
10	Muhsina R
11	Nima A M	Thermodynamic Potentials
12	Nithin Gopi
13	Nithin J S	Entropy of Ideal gas
14	Pravitha P	T dS Equation
15	Preksha Vishnu	Entropy and disorder
16	Shahna Shajahan	Heat Capacity Equations
17	Sinu Kurian	Laws of Thermodynamics
18	Sruthy Karthik

Basics of Thermodynamics
Power Point

PHY C 411 Mathematical Physics
Notes-Reshma

PHY 511 Mathematical Physics (Seminar Topics)

M Sc I Year Batch 2015-17

SL. NO.	Name of Student	Topic of discussion
1.	Adarsh S Pillai	Eucledian Vector Space
2.	Adersh V	Grad, Div, Curl and Laplacian in cylindrical and spherical coordinates
3.	Akhila Chandran B A	Linear Second order Partial Diffrential Equations
4.	Akhila S S	Subspace and ordered Dimension
5.	Amrutha V R	Linear Independence
6.	Arathy Chand B	Postulates of Vector Space
7.	Athira Raveendran	Solutions of Wave Equations
8.	Dhanush S R	Eigen Vector and Eigen Values
9.	Mayadevi M S	Hilbert Space
10.	Muhsina R	Reciprocal Basis video Link
11.	Nima A M	Hermitian and Unitary Matrix
12.	Nithin Gopi	Singular Matrices and Inverse of Matrix
13.	Nithin J S	Orthogonal curvilinear coordinates
14.	Pravitha P	Linear Equations
15.	Preksha Vishnu	Sepration of Variables
16.	Shahna Shajahan	Eigen Value problems and Orthogonal matrices
17.	Sinu Kurian	Solutions of Partial Differential Equations
18.	Sruthy Karthik	Diagonalisation

Hand written Notes by Dr. Sibi K S

Legendre Differential Equations

Page 1
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Page 3
Page 4
Page 5
Page 6

Notes for Legendre and Bessel's Function

Note 1-Ortho_Legendre_Function
Note 2- Bessel's D E and solution
Note 3- Bessel's_ortho
Note 4-Bessel's Gen_fn
Note 5-Bessel's_imp_problem
Note 6-Hermite Differential Equation

Note 4- Bessels' ortho new
PDF

Laguerre's Differential Equation

New Notes_Unit 1

PHY523 Statistical Mechanics and Thermodynamics
Seminar Topics (2014-15 Batch)

Assignment-Partition Function

No:	Student	Topic

1	Amrithakrishnan B	Entropy and Probability
2	Anu B Chandran	Entropy and number of eigen states
3	Arsha M S	Thermodynamic functions of a monoatomic gas
4	Gadha G S	Partition function
5	Gayathri P Nair	Entropy and Free Energy
6	Haritha B	Energy and Heat capacity
7	Jyothis G S	Effect of zero energy level
8	Lekshmi B S	Separation of Partition function
9	Muhammed Shemeem A	Translational Partition function
10	Nayana K S	Translational Thermodynamic functions
11	Parvathy G H	Rotational Partition functions
12	Sajin S S	Nuclear spin effects
13	Shibina S	Vibrational Partition functions
14	Shyna S S	Frank- Hertz Experiment
15	Siji S Saju	Determination of Planck’s constant
16	Sreerag S J	Faraday’s Effect
17	Vijitha V R	Arc Spectra -Constant Deviation 1&2
18	Vishnu Prasad V	Particle size Measurement using Laser

Hartmann's Constant _ Mercury Spectrum
Arc Spectrum - Brass

Analysis of XRD
Constant Deviation Spectroscopy
Constant Deviation Spectroscopy II
Diffraction in a Single Slit
Milikan's Oil Drop Expt-Video
Milikan's Oil drop expt.ppt
UV Visible Expt
Determination of e/k

PHY 542: Electronics III

Seminar Topics

Strain Guage, GuageConfiguaration -Akhila
DisplacementTransducers- Capcitive, inductive, Differential - Akhil
DisplacementTransducer - Oscillation, Piezoelectric, potentiometric, velocity - Aneesh
TemperatureMeasuring Transducers-Resistance thermometers, Thermocouples - Aswathy V S
Thermistors-applications(4)- Athira
Photosensistivedevices-Vacum tube, Gas filled Phototube - Athul A T
Photosensistive devices- Multiplier Phototube, photo conductive cells, Photovoltaic cells - Jijitha S S
Classification ofinstrumentation Systems - Linsha
InterfacingTransducers-Instrumentation amplifiers-Chs, circuit, circuit analysis - Neethu R
Various methods(Interfacing)-Differential method, Guarding - Remya
Various methods(Interfacing)-Isolation amplfier, Effect of load resistance -current looptransmitters-Sariga C lal
Various method (Interfacing)- Voltage to frequency converter and frequency to volatge converter
Various methods (interfacing)-Fibreoptic data transmission system
Multiplexing (A/Dand D/A)-Swathi
Computer ControlledTest systems-Testing an audio amp-Uma
Computer ControlledTest systems-Testing an radio receiver - Vidhya
IEEE standard 488
Instruments used incomputer controlled instruments- Freq counter, Signal generator, attenuator, Spectrum analyser, IEEE 488, Electrical Interface

Question Paper PHY542 2015
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Scheme and answers for problem

PHY 523: SM and TD

Seminar Topics

PHY 533 Nuclear Physics Seminar Topics

1	Akhila Murali J	Energetics of nuclear reactions – Weisskopf diagram for reaction mechanisms
2	Akhil Kumar	Partial wave method of calculating cross section - Reciprocity theorem-
3	Aneesh Krishnan	Compound nucleus hypothesis - Scattering matrix - Breit-Weigner one-level formula -
4	Aswathy V S	Resonance scattering- Energy production in stars
5	Athira Rajan	Doublet method of mass spectroscopy- Hofstadter experiment -.
6	Athul RT	Bethe-Weizscaker formula for nuclear binding energy -
7	Jijitha S S	Segre chart
8	Linsha Fathima Latheef	Bohr & Wheeler theory of nuclear fission -
9	Neethu R	Shell model-Magic numbers,
10	Remya B R	Shell model-Magic numbers, (Contd.)
11	Sariga C Lal	Spin-orbit coupling, Magnetic moments and Schmidt lines –
12	Sudhakumari S S	Collective model of Bohr and Mottelson
13	Swapna M S	Fermi’s theory of β-decay
14	Swathi R	- Kurie plot - Selection rules the 60Co experiment -
15	Umadevi P N	Helicity of neutrino
16	Vidhya Lalan	- Multipole transitions in nuclei -
17	Vipin K V	Angular momentum and parity selection rules - Internal conversion -.
18	Manimehala U	Nuclear isomerism

PHY533 Nuclear Physics

General Chs of Nuclear Forces
The Deuteron Problem
Meson Theory
Low Energy Neutron-Proton Scattering &
Effective Range Theory

Neutral Current and Standard Model
CP Violation in Kaon Decay
Quark Jets

Grand Unification Theory

Selected Problems

My Personal Notes

Nuclear Physics
Particle Physics

Question Papers and Problem solutions

Nuclear Physics I
Nuclear Physics II
Nuclear Physics III
Nuclear Physics IV
Nuclear Physics V

Nuclear Physics Model Question Paper 2013-15 Batch
Nuclear Physics 2015
Page 1
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Scheme of valuation PHY 533: Nuclear Physics 2015

PHY 511 Mathematical Physics

Seminar Topics

Reg no	Name of student	Topic for seminar
01	Amritha	Postulates – linear independence- subspace- ordered dimensions
02	Anu	Euclidian vector space- reciprocal basis
03	Arsha	Hilbert space-Concept and Brief discussion
04	Gadha	linear equations- eigen value problem- 1
05	Gayathri	linear equations- eigen value problem- 2
06	Haritha	orthogonal matrices – Hermition matrices and Unitary matrices
07	Jyothis	orthogonal matrices – Hermition matrices and Unitary matrices-2
08	Lekshmi	– diagonalization of matrices – eigen vector and eigen values
09	Shameem	– diagonalization of matrices – eigen vector and eigen values-2
10	Nayana	– normal modes of vibration –
11	Parvathy	– normal modes of vibration –2
12	Sajin	singular matrices- inverse of matrix
13	Shibina	singular matrices- inverse of matrix-2
14	Shyna	Orthogonal curvilinear coordinates –discussion
15	Siji	Differential vector operator- Gradient, divergence,
16	Sreerag	curl and Laplacian in cicrcle cylindrical and spherical polar coordinates
17	Vijitha	Linear second order partial differential equations – solutions of partial differential equations-.
18	Vishnu	separation of variables- solution of wave equations

Reference
Curl and Laplacian-Sreerag

Fourier Series
Fourier Transform & Laplace Transforms

Degree of Freedom increases when we know FT

Pic Courtesy _ Bharath (Eloise)

Gibbs Phenomena in FT

Assignments on Fourier and Laplace Transforms

Question Paper

Mathematical Physics 2015
Page 1
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Page 3
Scheme of Valuation

M Phil 2014

Seminar Topics

1	Illustration of concepts-Line, surface and volume integrals by evaluating some case both direct integration and appying stokes and gauss theorem	Arya P J
2	Evaluation of real integrals appying the residue theorem of complex variables	Aswathy B A
3	Linear differential equation of transedental function-frobenius method	Nimmy A V
4	Euler-Lagrange equation in one variable and its application of lagrangian of one dimentional harmonic oscillator	Nitha Mohan
5	Classical Perturbation theory	Rajakumar
6	Problems of small divisors-KAM theorem (qualitative ideas)	Rakhi M
7	Standard Techniques of solving an integral equation (in one variable) by the method of sucessive substitutes
8	Computer stimualtion in fluid dynamics	Sneha A S
9	Monte Carlo simulation	Supin surendran
10	Green's function, boundary value problems. Solution of power equations using greens function	Vasanthi B