- Dr avinash khare
- 4 members
- Plasma physics and nuclear physics
- Doing since 7 yrs
- dusty plasma (new) or fusion plasma
- Theoritical and computational
- Fusion reactors and energy and plasma reactors
- To make sun on the earth
- Tunneling is important.
- Plasma heating (sorting out various ways )
- TokaMak is a device to confine this hot plasma by magnetic confinement.
- Self programmed c++ used.
- IPR Gandhinagar , SINP calcutta used for practical Instructions.
- Plasma is a gas of charged particles
- When we introduce some large particles of few microns into plasama the also get charged it is called dust plasama
Plasma physics and nuclear physics
Nuclear instrumentation of germanium detectors
Davinder Siwal
§ National govt. affiliation
§ Investigations on signals analisis
§ Algo development
§ VME digital signals processor
§ Data acquisation
§ Colab. With germans
§ Their softwares
§ Using c &c++
§ Ct scan and det scan
§ First time in nuclear phy.
§ Used in non linear dynamics,Chaos,energy , astro -physics
§ Took 6 years
§ Wavelet transformation
§ Germanioum arry
§ FAIR FUNDAMENTAL antipro
§ Dr. samith mandal lab
§ Investigation on gama ray detection
Nuclear physics
Rather than the more experimental nuclear reactions, Dr. Suresh Kumar's group focuses on the more theoretical aspect of nuclear physics - the internal structure of atomic nuclei. The group is currently working on the structure of Cesium-136 nucleus, specifically, the neutrino less double beta decay of this nucleus.
Although the standard model consists of both a neutrino and it's antiparticle, the anti-neutrino, the neutrino less beta decay of the Cesium-136 nuclei point towards a completely new discovery. As mentioned by one of the researchers of this group, the anomaly in this decay process might prove that "neutrinos are anti-neutrinos". This might even turn out to be an error in the calculation, but if really this discovery comes out, it will have far reaching implications on contemporary physics.
The group uses experimental data from national nuclear labs like the IUSC, TIF and the VCC.
§ Dr. Suresh kumar
§ Reactions and nuclear structure and reactors
§ Nuclear structure – structures of cs-136
§ Exp.,theoretical and conceptual
§ IUSC ,TIF,VCC,
§ Nuterinoless double β decay
§ Nutreno are antinutreno
§ Xe-136---àBa---àCs
Thin film, composite material and Gulcose bio sensors
o HEADED BY Prof. R.P.Tandon
o 10-12 members
o Thin film and composite material
o Gulcose bio sensors are being developed
o Would be effective for sugar patients
o Vacum Thermal Evaporation machine
-Thin films are made with this machine
o Bio-sensors apps
-Zno , nb2o5
o Npl ,diu , do mahalautra
o First grow and characterisation
o USIC study
o TEM,FTIR ,SRD,ETC
o Merging and diversing various fields
o Improvements
o Medicines (profitable)
o Growth rate maintained by monitor
o From nano meters to microns
Theoretical cosmology
· CMBR (15- 20 years )
· 6 students
· Generation of primadeial megnatic fields
· Mech. Of re ionisation of universe
· Inflation in cosmoilogy in early universe
· Teoratical and conceptual
· Research and pure science is like poetry
· Surface is 2d in spherical
· Cosmology is a subject of astro physics
· 100 billion years
· Royal astronomical society (monthly notices),joseph and junction
Dr. T.R. Sheshadri is one of the savants in the department who rather than experimental physics, took hardcore physics as a field of research. With his six students, he conducts research on the various baffling questions of modern cosmology including the generation of primordial magnetic fields, mechanism of the re-ionization of universe and inflation in the early universe.
According to Dr. T.R. Sheshadri, research in pure science is like poetry. Dr. T.R. Sheshadri refers to the monthly notices of the royal astronomical society for keeping up to date with the cosmological research being conducted around the world.
Subscribe to:
Posts (Atom)