|
College |
Year |
Scientific Program |
|
1st |
1976 |
Condensed Matter, Nuclear, Molecular and Particle Physics, Cosmology,
Energy, Environment and Natural Resources |
|
|
2nd |
1977 |
Seismology, Cosmology and Astrophysics,
Non-Conventional sources
of energy, Solid State Physics, Polymer Physics, Lasers |
|
|
3rd |
1978 |
Computational Physics, Physics of Amorphous and Disordered Materials,
Fusion, Astrophysics, Nuclear Physics |
|
|
4th |
1979 |
Atomic,
Nuclear and Particle Physics, Energy and Natural Resources, Computers,
Solid State Physics |
|
|
5th |
1980 |
Astrophysics, Experimental Gravitation, Surface Studies of Materials,
Low Temperature Physics, Fusion, Particle Physics |
|
|
6th |
1981 |
Energy
Problems and Modeling Techniques, Biophysics and Modern Biology,
Lasers, Solar Structures, Materials Science |
|
|
7th |
1982 |
Astrophysics and Particle Physics, Plasma Physics, Lasers, Environment
and Pollution, Materials Analysis, Microprocessors |
|
|
8th |
1983 |
Materials Science, Physics and Technology, Biophysics, Frontiers of
Physics |
|
|
9th |
1984 |
Geo
Physics, Medical Physics, Finite Element Analysis, Nuclear Physics |
|
|
10th |
1985 |
Atmospheric Physics, SSNTDs, Cosmology, Particle Physics,
Observational Astronomy, Renewable Energy Resources |
|
|
11th |
1986 |
Particle
and Plasma Physics, Cosmology, Radiation Chemistry, Materials Science |
|
|
12th |
1987 |
Nuclear
Physics, Physics and Industry, Atomic and Laser Physics, High
Temperature Superconductivity |
|
|
13th |
1988 |
Supernova 87, High Energy Physics, Computational Physics, High
Temperature Super Conductivity |
|
|
14th |
1989 |
Radiation Physics, solid State Physics, Nuclear Spectroscopy |
|
|
15th |
1990 |
Accelerator Physics, Materials Science, Satellite Remote Sensing |
|
|
16th |
1991 |
Materials Science, High Temperature Super Conductivity, Environment,
Safety and Waste Management |
|
|
17th |
1992 |
Computational Physics, Molecular Dynamics, Plasma Physics |
|
|
18th |
1993 |
Surface
Physics, Phase Transformation, High Temperature Superconductivity,
Workshop on Condensed Matter Theories, Workshop on Experimental
Gravitation |
|
|
19th |
1994 |
Particle
Transport, Laser Physics, Workshop on Laser and Quantum Optics |
|
|
20th |
1995 |
Astrophysics and Cosmology, Condensed Matter Physics, Energy,
Environment and Sustainable Development |
|
|
21st |
1996 |
Mathematical Modeling and Computer Simulation, Advances in Materials
Sciences |
|
|
22nd |
1997 |
Fifty
Years of Physics, Frontiers of Physics, Fifty Years of Science,
Science and Technology in Pakistan during the Last Fifty Years |
|
|
23rd |
1998 |
Computational Physics, Software Development, Frontiers of
semiconductors |
|
|
24th |
1999 |
High
Energy Physics, Accelerator Driven Fission, Laser Cooling, Quantum
Computing and Nanotechnology |
|
|
25th |
2000 |
Particle
Physics, Astronomy, Cosmology and Relativity, Condensed Matter
Physics, Computational Fluid Dynamics, Communications, Remote Sensing
and Control |
|
|
26th |
2001 |
Information Technology, Condensed Matter Physics, Carbon and its
Clusters, Computational Fluid Dynamics, Signal Processing and Control |
|
|
27th |
2002 |
Condensed Matter Physics, Particle Physics, Computational Fluid
Dynamics, Signal Processing and Control, Plasma Physics |
|
|
28th |
2003 |
Safety
of High Technology Systems, Condensed Matter Physics |
|
|
29th |
2004 |
Information Technology, Synchrotron Radiation and Laser Physics |
|
|
30th |
2005 |
General
Relativity, Gravity, Cosmology and Particle Physics, Nano-Science and
Its Applications, Seismology and Its Applications |
|
|
31st |
2006 |
Quantum
Informatics and Quantum Devices, Synchrotron Radiation and Nano-Science |
|
|
32nd |
2007 |
Nuclear
Energy & New Energy Technologies, Technology and Applications of
Synchrotron Light Source |
tr>
|
|
33rd |
2008 |
Nano-Transport and
Patterning, Advanced Materials - Astrophysics, Cosmology & Particle Physics,
Plasma Physics &Controlled Nuclear Fusion |
|
|
34th |
2009 |
Energy
Systems Design, Safety, Security & Reliability of Engineering Systems, New and Novel Materials for Energy & Environment, Biophotonics, Photodynamics & Microscopy |
| |
|
|
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