Jai Javan, Jai Kisan, Jai Vigyan, Jai Anusandhan - Hon'ble PM Shri Narendra Modi
Partnerships for Accelerated Innovation and Research (PAIR): Phase-I-
Submisison of proposal is extended up to 10-Feb-2025 (till 5.00 PM)
Strategic Directions
Strategic Directions
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Research Highlights
New prototype developed to generate neurovascular tissues/organoids from autologous blood can help in precision medicine
A new model for generating mass of neurovascular tissues or neurovascular organoids/embryoids (NVOEs) from autologous blood can help in the investigation of impaired brain functioning and development by analysing in neuroimaging (preclinical) scans, correlating with altered blood supply.
Efficient method of hydrogen generation from methanol and formaldehyde combination developed for moving towards 'Hydrogen economy
A group of Indian researchers have developed different nanostructures by controlling the self-assembly pathway of the peptides. This control over the self-assembly process enables the adjustment of material properties in response to mechanical stimuli, effectively enhancing their piezoresponsive characteristics that can be used in energy harvesting, biodevices, soft robotics, flexible electronic and sensing devices.
Mission for Advancement in High-impact Areas (MAHA) : EV-Mission
Partnerships for Accelerated Innovation and Research (PAIR)
The National Education Policy 2020 has envisioned the establishment of ANRF with an overarching goal to enable a culture of research...
Peptide-based tuneable piezoresponsive nanomaterials developed can help in energy harvesting and biodevice applications
A group of Indian researchers have developed different nanostructures by controlling the self-assembly pathway of the peptides.This control over the self-assembly process enables the adjustment of material properties in response to mechanical stimuli, effectively enhancing their piezoresponsive characteristics that can be used in energy harvesting,biodevices,soft robotics, flexible electronic and sensing devices.
Self-shocks turn crystal to glass at ultralow power density
Researchers have shown that utilizing shallow power, a crystalline material called indium selenide can shock itself to a glassy phase. This transformation lies at the heart of memory storage in devices like CDs and computer RAMs. It uses a billion times less electricity than the traditional melt-quench process for converting crystal to glass, and the discovery might revolutionise data storage in gadgets ranging from cell phones to computers.
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