Time Tables




Date

Time

9 - 10:30 AM

11AM - 12:30 PM

2 - 4 PM

4:30 - 6:30 PM

19 April 2016


Inauguration


SM


MC1/D2


MC1/D2


20 April 2016


SM


SM


MC1/D2


MC1/D2


21 April 2016


RK

SM


R1/D2


R1/D2


22 April 2016


RK

SM


R1/D2


PL1


23 April 2016


SM

Tut-SM (11-12)

Tut-RK (12-1pm)

R1/D2


R1/D2


24 April 2015 (SUNDAY)


25 April 2016


QGP


Nu


R1/D2


G1/D2


26 April 2016


QGP


Nu


G1/D2


G1/D2


27 April 2016


QGP


Nu

G1/D2


PL2


28 April 2016


QGP


Tut-QGP (11-12)

Tut-Nu (12-1pm)

E1/D2


E1/D2


29 April 2016


AC


FL

E2/D1


E2/D1


30 April 2016


AC


FL


MC2/D1

MC2/D1

1 May 2015 (SUNDAY)


2 May 2016


DET


Tut-FL (11-12)

Tut-AC (12-1pm)

MC2/D1


MC2/D1

3 May 2016


DET


DET


R2/D1


R2/D1


4 May 2016


DET


STAT


R2/D1


R2/D1


5 May 2016


STAT


DAQ


R2/D1


R2/D1

6 May 2016


STAT

DAQ


G2/D1


G2/D1


7 May 2016


DAQ

Tut-STAT (11-12)

Tut-DAQ (12-1pm)

G2/D1


G2/D1

8 May 2016(SUNDAY)


9 May 2016


Soc

DET-SL

PL3

Closing



SM - Standard Model & Beyond

RK - Relativistic Kinematics

QGP - Quark Gluon Plasma & Lattice QCD

Nu - Neutrino Physics

FL - Flavour Physics

AC - Accelerator Physics

DET - Detector Physics - Techniques and working principle

STAT - Statistical Methods & Error Analysis

DAQ - DAQ, Trigger, Electronics

Soc - Societal Applications

PL1 - Public Lecture By Prof. S. S. Hasan (Indian Institute of Astrophysics)

PL2 - Public Lecture By Prof. C. S. Unnikrishnan(TIFR)

PL3 - Public Lecture By Prof. Archana Sharma(CERN)

Tut - Tutorials



MC1/MC2 - Monte Carlo Methods (group 1/2)

R1/R2 - Root & Data Analysis Techniques (group 1/2)

G1/G2 - GEANT4 - Basics and some applications (group 1/2)

E1/E2 - Collider Physics Simulation, event generation (group 1/2)

D1/D2 - Experimental Detector Lab (group 1/2)





Instructors:

Lectures:

1. SM & Beyond : Shrihari Gopalkrishna (IMSc)

2. Neutrino Physics : Sanjeev Verma (DU)

3. Flavour Physics : Soumitra Nandi (IITG)

4. QGP & Lattice QCD : Sourendu Gupta (TIFR)

5. Relativistic Kinematics : Ashutosh Bhardwaj (DU)

6. Detector Physics : Subhasish Chattopadhyay (VECC)

7. Accelerators: Kirti Ranjan (DU)

8. Statistical Methods & Error Analysis: Jim Libby (IITM)

9. Societal Applications: Md. Naimuddin (DU)

10. DAQ, Trigger, Electronics - Maria Cepeda (CERN)


Computer Hand-On Sessions:

1. GEANT: Supratik Mukhopadhyay (SINP), Md. Naimuddin (DU)

2. MC Methods: Bipul Bhuyan (IITG), Kirti Ranjan (DU)

3. Root & Data Analysis: Indranil Das (SINP),

Sanjay Swain (NISER), Ashok Kumar (DU)

4. Collider Physics Simulation & Event Generation:

Monoranjan Guchait (TIFR)



Detector/Instrumentation Lab: Local Instructors.