| 01 |
Magnetization Dynamics in Ferrimagnetic Heterostructure with Domain Wall Junctions(USD3500) |
Dr. Jyoti Ranjan Mohanty |
- |
IEEE MAGNETIC Society |
On going |
| 02 |
Fabrication of encapsulated cavities for bulk micromachined gyroscope structures |
Prof. Prem Pal |
Dr. Ashok Kumar Pandey |
CARS |
- |
| 03 |
3D Imaging based Vein Intrusion Guide System for Pediatric and Geriatric Healthcare |
Dr. Vandana Sharma |
- |
Sree Padmavathi Venkateswara Foundation |
On going |
| 04 |
Bandgap Engineered Lead-free Halide Double perovskites with enhanced emission properties |
Dr. Sai Santosh Kumar Raavi |
Dr.Venkat Rao Kotagiri |
DAE-BRNS |
On going |
| 05 |
Investigation of Magnetoelectric Coupling in Lead Free Based Magnetoelectric Composites for Sensor Applications |
Prof. Saket Asthana |
Dr.Adhiraj Srinivas |
DRDO |
Completed |
| 06 |
Micromagnetic modeling and magnetic microscopy studies in magnetostrictive thin films |
Dr.Jyoti Ranjan Mohanty |
- |
DRDO(CARS) |
- |
| 07 |
Collective behaviour in turbulent environment |
Dr.Anupam Gupta |
- |
DST/NSM |
2021-23 |
| 08 |
Mathematical modeling of tissue morphogenesis with viscoelastic extracellular matrix |
Dr.Anupam Gupta |
- |
SERB |
2023-26 |
| 09 |
Fabrication of encapsulated cavities for bulk micromachined gyroscope structures |
Prof.Prem Pal |
Prof.Ashok Kumar Pandey |
DRDO |
2018-20 |
| 10 |
Hierarchical Hybrid Micro/Nano-Textured Monocrystalline Silicon and Polymer Anti-reflective Surfaces for High Efficiency Solar Cell |
Prof.Prem Pal |
Prof.CS Sharma |
DST |
2017-20 |
| 11 |
Development of high-performance silicon etchant for wet bulk micromachining in MEMS |
Prof.Prem Pal |
Prof.RK Sharma |
CSIR |
- |
| 12 |
Development of processes for SOI wafer dissolution and glass wafer through holes towards the realization of MEMS inertial sensors |
Prof.Prem Pal |
Prof.Ashok Kumar Pandey |
DRDO |
2021-24 |
| 13 |
Explorations in Astrophysical Data Mining, Astrostatistics, and Astroinformatics |
Dr.Shantanu Desai |
Dr.P.K. Srijith |
DST |
2019-23 |
| 14 |
Towards a unified theory of dark matter, neutrino mass and matter antimatter asymmetry of the Universe |
Prof.Narendra Sahu |
- |
DAE-BRNS |
2021-24 |
| 15 |
Understadning Higher Gauge symmetries at the LHC |
Dr.Priyotosh Bandyopadhyay |
- |
SERB |
2019-23 |
| 16 |
Control on the relaxor behaviour through caution engineering in lead free disordered ferro electrics to obtain the optimum recoverable energy storage density |
Prof.Saket Asthana |
- |
SERB |
2020-23 |
| 17 |
Optimization of maximum attainable energy storage density and efficiency of the cationic-site disordered lead free perovskite based piezoceramics and their solid solutions for the green energy harvesting |
Prof.Saket Asthana |
- |
CSIR |
2019-22 |
| 18 |
Investigation of the Structure-Property relationship in lead free relaxor ferroelectric to optimize recoverable energy storage density |
Prof.Saket Asthana |
- |
UGC-DAE |
2022-25 |
| 19 |
Investigations of the elctric field driven effects on structural, ferroelectric and photoluminescence properties in rare earth substituted lead free piezoceramics |
Prof.Saket Asthana |
- |
UGC-DAE |
2017-20 |
| 20 |
Electric field driven phase stabilization and structure property correlation in A-Site disodered leadfree piezoceramics |
Prof.Saket Asthana |
- |
DST-SERB |
2015-18 |
| 21 |
Investigation of magnetoelectric coupling in lead free based magnetoelectric composites for sensor applications |
Prof.Saket Asthana |
- |
DRDO |
2012-16 |
| 22 |
Effect of site specific cation engineering on the physical properties of multiferroic materials |
Prof.Saket Asthana |
- |
DST-Fast Track |
2012-2015 |
| 23 |
To investigate the magnetoelectric coupling in site specific substituted NBT (Na0.5Bi0.5-x RxTi1-yMnyO3) ceramics |
Prof.Saket Asthana |
- |
UGC-DAE |
2012-2015 |
| 24 |
Construction of Advanced Nano-Spintronics Devices based on Self-Organized Functional Oxide Nano Super-Structures |
Prof.Saket Asthana |
- |
JSPS-DST |
2012-2014 |
| 25 |
Indian Institutions Fermialb Collaboration in Neutrino Physics |
Prof.Anjan Giri |
- |
DST |
2009-2014 |
| 26 |
Micromagnetic modelling and magnetic microscopy studies in magnetostrictive thin films |
Dr.Jyoti Mohanty |
- |
DMRL-CARS |
2016-18 |
| 27 |
Investigation of room temperature exchange bias in thin films |
Dr.Jyoti Mohanty |
- |
UGC-DAE |
2018-21 |
| 28 |
Depth Resolved Magnetism in Magnetic Heterostructure Using Polarized Neutron Reflectivity |
Dr.Jyoti Mohanty |
- |
UGC-DAE |
2018-21 |
| 29 |
Role of nano-structuring on the magneto-structural properties of magnetic thin films and multilayers for data storage application |
Dr.Jyoti Mohanty |
- |
DST-DAAD |
2017-19 |
| 30 |
Study of non-collinear spin textures in asymmetric antiferromagnetic & ferromagnetic multilayer nanostructures with the Dzyaloshinskii-Moriya interaction enhanced by interface engineering |
Dr.Jyoti Mohanty |
- |
DST-RFBR |
2017-19 |
| 31 |
Anisotropy engineering in magnetic thin film and multilayer for possible applications |
Dr.Jyoti Mohanty |
- |
EMR-SERB |
2018-21 |
| 32 |
Development of advanced magnetic materials in thin film material for field sensing application |
Dr.Jyoti Mohanty |
- |
NRB-DRDO |
2018-2022 |
| 33 |
Tuning of magnetic skyrmionics spin texture in ferrimagnetic nanostructure for data storage application |
Dr.Jyoti Mohanty |
- |
DST-Nanomission |
2020-Continuing |
| 34 |
Predicting magnetic properties of critical element free permanent magnets for space applications through multi-scale modeling approach |
Dr.Jyoti Mohanty |
- |
ISRO |
approved - June 2023 |
| 35 |
Development of magnetic multilayers for biosensor applications |
Dr.S. Narayana Jammalamadaka |
- |
DST |
Completed (2013 - 2016) |
| 36 |
High magnetic field and low temperature XRD studies on HoFeO3 compounds |
Dr.S. Narayana Jammalamadaka |
- |
UGC DAE CSR Indore |
Completed |
| 37 |
Probing the spin structure of HoFeCrO3 |
Dr.S. Narayana Jammalamadaka |
- |
UGC – DAE CSR - Mumbai |
Completed |
| 38 |
Magnetic analysis of some Fe based complexes |
Dr.S. Narayana Jammalamadaka |
- |
Consultancy (Biological E) |
Completed |
| 39 |
Magnetostrictive nanocontacts operating at room temperature |
Dr.S. Narayana Jammalamadaka |
- |
IIT – DAAD |
Completed |
| 40 |
Magnetic anisotropy dependent conductance switching using RFe2 (R = Tb, Dy and Ho) compounds based break junction devices |
Dr.S. Narayana Jammalamadaka |
- |
IIT – DAAD |
Completed |
| 41 |
Electric field control of exchange bias in FM/AFM hybrid multilayers for energy efficient spintronic applications |
Dr.S. Narayana Jammalamadaka |
- |
DST – SERB CRG |
Ongoing |