Materials science, nanomedicine, and nano-fabrication breakthroughs from India
DST's Agharkar Research Institute unveiled a biodegradable silica nanocarrier that delivers two gene-silencing siRNAs into breast-cancer cells, shrinking tumours in animal models, an Indian public-lab entry into a Western-dominated field.
Manik Gupta
Author
With the new Wadhwani-IISc centre, ₹720 crore for quantum-chip fabs and a sensors-and-MEMS track in ISM 2.0, India is turning its shared nano-fabrication cleanrooms into a pipeline for deep-tech startups.
Manik Gupta
Author
Scientists at CSIR-NEIST in Assam demonstrated a process to upgrade low-grade Northeast-India graphite into graphene oxide, an import-substitution play at the raw-material level of the carbon-materials chain.
Manik Gupta
Author
Kerala approved India's first comprehensive graphene policy, backing an industrial park in Palakkad and subsidies to build a domestic graphene cluster, an attempt to close India's lab-to-fab gap in advanced carbon materials.
Manik Gupta
Author
Graphite India's board approved a ₹4,330 crore push into synthetic graphite anode materials for lithium-ion cells, an attempt to localise a carbon-materials chokepoint that China dominates.
Manik Gupta
Author
IIT Madras and Australian partners built a silicon-nanotube platform that injects chemotherapy directly into breast-cancer cells, reporting a 23-fold lower effective dose while sparing healthy cells.
Manik Gupta
Author
