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Old January 14th, 2016, 04:02 PM
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Old May 26th, 2017, 09:49 AM
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Can you provide me the syllabus of Ph D programme offered by India-based Neutrino Observatory (INO) under TIFR (Tata Institute of Fundamental Research)?
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Old May 26th, 2017, 09:51 AM
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The syllabus of Ph D programme offered by India-based Neutrino Observatory (INO) under TIFR (Tata Institute of Fundamental Research) is as follows:

Physics Syllabi for INO Ph. D Program

• Particle Physics IPHY 201

– Symmetries in particle physics: charge conjugation, parity, time reversal, isospin
and SU(2), motivation for the quark model and SU(3).

– Introduction to relativistic kinematics: Mandelstam variables, phase space,
calculation of cross-sections and decay widths.

– The Dirac equation and its solutions,

– Basics of quantum electrodynamics: electron-positron annihilation, electronmuon
scattering, Bhabha scattering, Compton scattering.

– Deep inelastic scattering: Bjorken scaling, parton model, scaling violation,
introduction to quantum chromodynamics.

– Introduction to weak interactions: parity violation, (V-A) theory, pion and
muon decay, neutrino scattering and cross-sections.

– The gauge theory of electroweak interactions: Glashow-Salam-Weinberg model,
applications of the model, neutral current phenomena, The physics of W-and
Z-bosons, physics of the Higgs boson

• Experimental Methods I IPHY 203

– Vacuum generation and measurement - rough, high, UHV.

– Cryogenics - low and ultra low temperatures.

– Generation and measurement of voltage, current, time, frequency and examples
of measuring resistance, temperature, pressure, magnetic field.

– Basic semiconductor device physics: p-n junction, diodes, I-V curve, rectifiers.
Transistor (NPN, PNP), JFET, MOSFET

– Principle of Negative feedback.

– Differential amplifier + OPAMP, applications-differentiator, integrator, summing,
inverting amplifier.

– Sensors for specific gases, light etc.

– Particle accelerators - DC, RF, storage rings, colliders. Secondary beams using
high current electron, proton and heavy ion accelerators. Beam transport

- dipole magnets including fast kickers, quadrupoles, higher order correction
magnets. Beam measurement - energy, current, X-Y-time intensity distribution,
beam emittance.

– Keeping track of dimensions, dimensional arguments, order of magnitude estimation cross section, efficiency, count rates.

Syllabus of Ph D programme INO under TIFR



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File Type: pdf Syllabus of Ph D programme INO under TIFR.pdf (36.4 KB, 0 views)
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