Quantum computers, creating Life 2.0: Meet Indian science's finest GenNext, Pg1.

Key Highlights:

• Dr. Jagdis G Kapuganti is researching how genetically modified plants can resist pathogens using nitrogen-based nutrients and use nitrogen more efficiently.
• Dr. Deepa Agashe studies evolution using insects to analyze genetic, ecological, and behavioral factors influencing the colonization of new habitats.
• Dr. Debarka Sengupta is developing blood tests for eleven platelet genes that can accurately identify multiple types of cancers.
• Dr. Dibyendu Das focuses on adaptive materials inspired by living matter with potential applications in healthcare and diagnostics, exploring the creation of "life 2.0".
• Dr. Waliur Rahaman studies climate change's impact on ice sheets in Greenland and Antarctica using isotope geochemistry.
• Prof. Shweta Agarwal works on post-quantum cryptography to protect data after quantum computers become available.
• Ankur Garg contributes to India's earth observation capability at ISRO, aiding in fishing zone identification, drought monitoring, and disaster management.

Detailed Insights:

• Dr. Kapuganti's work aims to reduce the excessive use of nitrogen-based fertilizers by creating plants that can use nitrogen more efficiently.
• Dr. Agashe's research highlights the importance of evolutionary biology in understanding how species adapt to new environments and form associations with bacteria.
• Dr. Sengupta's team uses statistics, machine learning, and big data algorithms to analyze molecular portraits of individual cells to recognize cancer cells.
• Dr. Das's research in systems chemistry explores networks of reactions that exhibit life-like properties, potentially leading to the creation of life-like matter.
• Dr. Rahaman's findings have identified critical tipping points for ice sheet growth in West Antarctica, contributing to the understanding of climate change impacts.
• Prof. Basu's expertise in computer architecture focuses on improving the performance and energy efficiency of memory management in computer systems.
• Prof. Agarwal's research in post-quantum cryptography addresses the threat posed by quantum computers to current data encryption methods.
• Prof. Sivaprakasam's team has developed affordable healthcare products, including ophthalmic image computing technology and a mobile unit for cataract surgery.
• The Vigyan Team award was given to the Council of Scientific and Industrial Research (CSIR) for the Aroma Mission, promoting high-value aromatic crops and supporting farmers.

Scientific/Technical Concepts Involved:

• Quantum Computing: A type of computing that uses quantum mechanics principles to solve complex problems faster than classical computers.
• Gut Microbiome: The collection of microorganisms, including bacteria, archaea, fungi, and viruses, that live in the digestive tract of humans and animals.
• Isotope Geochemistry: The study of the distribution and abundance of isotopes in geological materials to understand Earth processes.