- 1 GSLV-F17 Successfully Launches EOS-05
- 2 Aditya-L1 Detects Early Warning Signs of Solar Flares
- 3 Magnetar Offers Strongest Evidence Yet for ‘Non-Empty’ Space
- 4 GalaxEye to Develop Indigenous OptoSAR Earth-Observation Satellite
- 5 IAF Successfully Tests Indigenous Long-Range Glide Bomb Khagantak-243
- 6 RAKSHA Framework to Guide India’s Defence Diplomacy
- 7 India to Acquire US Javelin Anti-Tank Missiles
- 8 Brain Circuit Linked to Chemotherapy-Induced Cold Allodynia
- 9 CRISPR-Edited Stem Cells Could Make Blood-Cancer Therapy Safer
- 10 MIT Builds ‘Living Transistors’ from Engineered Bacteria
- 11 Scientists Develop Method to Delay Quantum Entanglement Loss
- 12 C-DOT Unveils 14 Indigenous Quantum-Safe Products
- 13 DRDO Backs Indigenous 20 mK Dilution Refrigerator for Quantum Technologies
- 14 Google’s Vizag Data Centre Brings Air-Cooling Technology into Focus
- 15 New Nanoparticles Make Trace Chemicals Easier to Detect
- 16 AI-Generated Proof Revives Navier–Stokes Millennium Problem
- 17 Sagar Manthan Boosts India’s Deep-Ocean Research Capability
Peptide Biomaterials Could Power Future Medical Implants
On 3rd September 2026, researchers from CeNS Bengaluru, IISER Kolkata and JNCASR Bengaluru reported a molecular strategy for creating highly efficient piezoelectric biomaterials from peptides, opening the possibility of medical devices that generate electricity from natural body movements such as heartbeat, breathing or walking.
What is Piezoelectricity?
- Piezoelectric materials generate an electrical charge when they are pressed, bent or stretched. This property is already used in pressure sensors, ultrasound devices and energy-harvesting systems.
- Most conventional piezoelectric materials, however, are ceramic-based. Although efficient, they can be brittle, environmentally unfriendly and unsuitable for implantation inside the human body.
How Does the New ....
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Related Content
- 1 Sagar Manthan Boosts India’s Deep-Ocean Research Capability
- 2 AI-Generated Proof Revives Navier–Stokes Millennium Problem
- 3 New Nanoparticles Make Trace Chemicals Easier to Detect
- 4 Google’s Vizag Data Centre Brings Air-Cooling Technology into Focus
- 5 DRDO Backs Indigenous 20 mK Dilution Refrigerator for Quantum Technologies
- 6 C-DOT Unveils 14 Indigenous Quantum-Safe Products
- 7 Scientists Develop Method to Delay Quantum Entanglement Loss
- 8 MIT Builds ‘Living Transistors’ from Engineered Bacteria
- 9 CRISPR-Edited Stem Cells Could Make Blood-Cancer Therapy Safer
- 10 Brain Circuit Linked to Chemotherapy-Induced Cold Allodynia
