| Sl. No. | Registration No. | Name | Faculty of Study | Title of Ph.D. Thesis |
|---|---|---|---|---|
| 1 | 10BB14A03003 | Dr. K. Santosh Kumar | Biological Sciences | Mechanism and physiological role of chiral proofreading modules involved in translation of the genetic code |
| 2 | 10BB15A02015 | Dr. Kanika Verma | Biological Sciences | To understand the contribution of cellular chemical milieu in regulation of protein folding |
| 3 | 10BB17J17001 | Dr. Gaurav Das | Biological Sciences | Chemical modulators targeted to mitochondria and microtubule for cancer therapy |
| 4 | 10CC14A16013 | Dr. Parmar Bhavesh Kumar | Chemical Sciences | Structural and functional studies on multidimensional coordination polymeric networks |
| 5 | 10CC15A04010 | Dr. Rekha Sangwan | Chemical Sciences | Synthetic studies on carbohydrate derived biodynamic molecules and their applications toward bioactive glycoconjugates synthesis |
| 6 | 10CC15A16002 | Dr. Chiranjit Sen | Chemical Sciences | Regioselective CC and CHeteroatom bond formation via CH bond functionalization |
| 7 | 20EE16A32032 | Dr. Sushant Sharma | Engineering Sciences | Studies on multiwalled carbon nanotube based high impact resistance multiscale composites |
| 8 | 20EE15J05010 | Dr. Archana Rajendran | Engineering Sciences | Titanium and titanium alloy with multi-element substituted porous titania layer for biomedical application |
| 9 | 32EE14A06004 | Dr. Satyam Srivastava | Engineering Sciences | Design and development of non-destructive sensing based portable system to predict quality parameters of on-tree fruits |
| 10 | 10PP17J05005 | Dr. Shruti Suriyakumar | Physical Sciences | Nanostructured electrodes and electrolytes for lithium sulfur batteries |
| 11 | 10PP13J28003 | Dr. Nilesh Kumar Jaiswara | Physical Sciences | Drainage pattern characterization of Brahmaputra river system in Eastern Himalaya to understand the role of gradation and tectonics in drainage evolution |
| 12 | 10CC16J32008 | Dr. Srishti Jain | Mathematical & Information Sciences | Chemical characterization and source apportionment of aerosols using receptor models at different urban sites of Indo Gangetic Plains (IGP) of India |
Showing 1 to 12 of 12 entries
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