Amitabh Joshi's lab at JNCASR works with theoretical (largely simulations) and mostly experimental work on multiple questions in evolutionary biology and population dynamics. Their experimental work involves long-term studies with lab populations of Drosophila. Amitabh is the founding Member of the Indian Society of Evolutionary Biologists (ISEB).
TNC Vidya is interested in vertebrate behaviour and socioecology, while maintaining broader interests in the areas of behavioural ecology, conservation biology, phylogeography, and evolutionary biology. Her lab specializes in studying the socioecology of the Asian elephant in southern India.
Procheta Mallik graduated with Physics Honours, B.Sc. (University of New Hampshire, USA, 2005) and completed his Ph.D. in Astronomy (University of Glasgow, UK, 2009), followed by a year of post-doctoral research. Upon returning to India, Procheta pursued his passion in science education by doing astronomy popularisation activities for schools across Bangalore, before joining Innovation and Science Promotion Foundation (ISPF) at its inception in 2014. In 2017, he also co-founded the social enterprise, ThinkTac. Procheta is a Trustee of ISPF and the Principal Scientist at both organisations. He is an avid traveller, sports freak and classical musician.
Lakshmi Jois is an Engineering graduate in electronics and communications with an objective to help children understand concepts. She is a certified counsellor and a Life education teacher to help achieve her objective with a holistic approach. She has been associated with kids for the past 15 years conducting Robotics , Hands- on science, Clay modelling and Life education classes.
A virtual version emerging in pandemic times can be found here
Ramya Sethuram is currently a Project Scientist at India-TMT Centre at the Indian Institute of Astrophysics (IIA), Bengaluru. After completing her PhD from IIA on dwarf galaxies, she did her postdoctoral research work at the Institut d'Astrophysique de Paris, Paris and at Shanghai Astronomical Observatory, Shanghai. Her research interests are star formation processes in dwarf galaxies, low surface brightness galaxies, stellar populations and star formation histories in low luminosity galaxies and has immense interest in astronomical instrumentation as well.
Dorje Angchuk is the Engineer-in-Charge at the Indian Astronomical Observatory and is among the key staff members involved in the commissioning and operation of the telescopes at the IAO. Apart from his professional contribution, he is an outstanding astrophotographer. His pictures have been featured in leading publications such as the New York Times and The New Yorker magazine.
Sreerup Raychaudhuri is a theoretical physicist at TIFR who works on the physics of elementary particles and their interactions. He is a Ph.D. from the University of Calcutta and worked as a postdoc at TIFR and CERN. He taught at IIT Kanpur for nearly nine years before joining the Faculty at TIFR. His research interests lie in interfacing theory with experiments, especially in the physics of electroweak interactions. He is also interested in science popularisation and the history of science.
Insects dominate the earth in sheer numbers and biodiversity. There are more insects in the world than all other animals combined. What makes insects so successful from an evolutionary standpoint? There are many answers to this question. First, the evolution of flight which enabled them to colonize remote niches and allowed them to hunt or escape better. Second, their ability to adapt to diverse environments, with unique adaptations that highlight their ability to survive. Third, in many cases, their ability to collectively alter their environment to suit their purpose. In our presentation, we will focus on each one of these facets to showcase the fascinating field of insect behaviour.
The Insect flight lab is housed in the National Centre for Biological Sciences, a campus of the Tata Institute of Fundamental Research. Since 2007, we have been studying two major questions relating to insects: the biomechanics, neurobiology and ecophysiology of flight, and collective nest building. Because insects do not respect human-made boundaries between disciplines, our approach is interdisciplinary and experimental. We are a ragtag bunch of students from different fields ranging from physics and engineering to zoology. As a lab, we are also deeply concerned in the recently reported declines in insects across the world.
A living cell is a highly complex chemical organization in which many different types of molecules exist and play different roles. Through their interactions the molecules end up cooperating with each other to collectively endow the cell as a whole with the property of life, even though each molecule is individually a non-living object. A puzzle in the origin of life is: How can such a complex organization of molecules emerge spontaneously in an environment such as that of the pre-biotic earth? The talk will discuss a possible scenario for such an emergence.
The origin of life unleashed a new creative exploration of the universe through the evolution of life. The talk will survey some landmarks in this process, including the emergence of multicellularity, intelligence and human societies, and the occurrence of mass extinctions. The talk will end with some reflections on the place of life in the universe, in the light of its origin and evolution on Earth and its possible existence elsewhere.
Dipani Sutaria is an environmentalist and ecologist who studies aquatic systems and mega fauna such as whales, dolphins, sharks and rays in India. She is a Senior Research Fellow at JCU, Australia, a member of the IUCN Cetacean Specialist Group, the Society of Marine Mammalogy International Affairs committee, and IUCN Marine Mammal Protected Area Task Force. As an independent researcher she advises MSc and PhD students in India and abroad. Based in Ahmedabad, she also teaches ecology to students of architecture, design and planning at CEPT. Caring for her nursery of native flora and her large family of non-human creatures keeps her grounded.
Tirthankar Roy Choudhury is a theoretical astrophysicist working at the National Centre for Radio Astrophysics, Tata Institute of Fundamental Research in Pune. He did his PhD from IUCAA (Pune) and worked in postdoctoral positions at SISSA (Trieste) and IoA (Cambridge). He worked as a faculty at HRI (Allahabad) before moving to his present position. His research is focussed on cosmology, mainly the formation of the first stars in the Universe. Besides his research, Tirthankar enjoys teaching physics and astrophysics subjects. He is also involved in Indian participation in building the largest radio telescope in the world, the Square Kilometre Array.