Autonomous research institutions under DST have helped India take part in frontier science. Illustrate with recent examples.

The Department of Science and Technology (DST) supports 25 Autonomous Institutions, of which 16 are R&D institutes [1]. Because they can plan their own research for the long term, these bodies have moved India from following global frontier science to helping lead it.

Astrophysics and black-hole research

• ARIES, Nainital coordinated a decade-long (2015–2025) optical study of OJ 287, a rare blazar with two supermassive black holes that orbit each other about every 12 years [2].
• The study involved 106 scientists from 18 countries and 48 institutions using about two dozen telescopes. It produced OJ 287's densest optical record in 150 years and set the central black hole's mass at ≥3.89 billion solar masses [2].
• ARIES also runs the 3.6-m Devasthal Optical Telescope, which gives India its own base for long-term monitoring [3].

Space science, in partnership with ISRO

• IIA, Bengaluru led the development of the Visible Emission Line Coronagraph (VELC), a primary payload on Aditya-L1 [4].
• An onboard automated CME-detection algorithm for VELC sends back only the images that show coronal mass ejections, which reduces the data-transmission load [4].
• IIA's Kodaikanal and Gauribidanur observatories support the mission from the ground [4].

Cosmology and quantum science

• RRI, Bengaluru proposed PRATUSH, a space payload to detect the faint 21-cm hydrogen signal from the Cosmic Dawn. Its long-term goal is a mission to the radio-quiet lunar far side [5].
• In 2025, RRI also reported progress in quantum magnetometry and ultracold matter [1].

Why autonomy makes this possible

• Long time horizons: OJ 287's 12-year cycles need decades of patient observation [2].
• Coordinating global networks: India led a consortium without owning its largest instrument [2].
• Mission-grade engineering: the institutes design payloads that ISRO then flies [4].

DST's autonomous institutes now take part in frontier fields from black holes to the Sun to the early universe. Giving them steady funding, more space-based instruments and closer links with ISRO and universities would strengthen this work. It would also serve the constitutional duty to develop scientific temper (Article 51A(h)) and support the goal of becoming a self-reliant knowledge economy.