Seminar Organizer: Kumar Abhinav
Previous Series Lists [Series 1, Series 2, Series 3, Series 4, Series 5, Series 6, Series 7]
Series 8
Upcoming:
On 10th of February 2025 at 14:00 hrs ICT
Title: TBA
Abstract: TBA
Speaker: Pradeep Bhadola, NAS-MUNA
| Sl. No | Date & Time | Title | Speaker & Afiliation |
| 1 | 1st Sep 2025 @ 14:00-15:30 ICT | Spin Structure of Proton at High Energy | Yossathorn Tawabutr, Chulalongkorn University |
| 2 | 9th Sep. 2025 @ 11:00-12:30 ICT | Testing the standard model of cosmology | Roy Maartens, University of Western Cape, South Africa |
| 3 | 16th Sep. 2025 @ 14:00-15:30 ICT | Symmetry arguments solving the problems of Dark Matter and Dark Energy | Ivan Arraut, University of St. Joseph, Macau |
| 4 | 14th Oct. 2025 @ 11:00-13:00 ICT | On the fundamental forces | Naresh Dadhich, IUCAA Pune, India |
| 5 | 2nd Dec. 2025 @14:00-15:30 ICT | Kinesis movement of animals with energy concern | Thiti Sirithanakorn, NAS-MUNA |
| 6 | 9th Dec. 2025 @ 14:00-15:30 ICT | Cosmology of non-minimally coupled scalar field under exponential potential with holographic vacuum: slow-roll, phase portraits, and late-time trajectories. (NWTP 691 Seminar Course Talk) |
Pakkapon Phaitha, NAS-MUNA |
| 7 | 22th Dec. 2025 @ 14:30-16:30 ICT | Gravitational collapse to regular black holes | Daniele Malafarina, Nazarbayev University |
| 8 | 30th Dec. 2025 @ 14:00-15:30 ICT | Multi-field scenario in Loop Quantum Gravity (Assessment of Student’s Progress and Research Performance for Thesis) | Divya Gupta, NAS-MUNA |
| 9 | 13th Jan. 2026 @ 14:00-15:30 ICT | Quantum Gravity is far from Quantum Cosmology – A top-down approach on the backdrop of discrete quantum gravity | Manabendra Sharma, NAS-MUNA |
| 10 | 27th Jan. 2026 @ 14:00-15:30 ICT | Operator approach of solving Quantum Mechanics | Kumar Abhinav, NAS-MUNA |
| 11 |
10th Feb. 2026 @ 14:00-15:30 ICT | TBA | Pradeep Bhadola, NAS-MUNA |
| 12 | 17th Feb. 2026 @ 14:00-15:30 ICT | TBA | Vishal Cahudhary, NAS-MUNA |
| 13 | 23rd Feb. 2026 @ 14:00-15:30 ICT | Logarithmic corrections to near-extremal entropy of de Sitter black holes | Debangshu Mukherjee, POSTECH, Korea |