S. N. Bose National Centre for Basic Sciences
Under Department of Science and Technology, Govt. of India
Research Highlights
- Amalgamated hybrid materials enable brain-mimicking artificial synapses for computing breakthroughs
- Quantum Advantage Unveiled: From Theory to Real-World Demonstration
- Mechanism identified behind exotic disordered state of matter could be used for optical data transmission & communications
- A New Sustainable, Efficient Amide Synthesis Process can Streamline Drug Production & Reduce Costs
- Scientists take a major step towards unification of classical & quantum gravity
- Mechanically gated transistor developed using single molecule for faster, greener electronics
- New study on quantum nonlocality expands scope of its use
- Computational protocol provides cheaper route to manage cholesterol levels
- Osmolyte - protein interaction study can help treatments for Alzheimer's & Parkinson's
- Study of Kindlins reveal novel pathways to cancer treatment
- Single-molecule techniques reveal new dynamics of protein folding associated with Alzheimer's disease progression
- A new alloy developed can act as alternative magnetic refrigerant for minimizing greenhouse gas emissions
- Molecular research shows path towards better treatment of kidney ailments
- Efficient electrodes for superior supercapacitors synthesized
- Researchers find doping technique to create material for efficient memory devices
- New chemically stable cathode material can make Li-ion batteries more efficient
- Scientists design first-ever 2D composite quantum material useful for spintronic devices like transistors & diodes
- Gut bacteria respond quickest to sudden changes of optimum size in surrounding environment
- Novel features spotted on radiation emitted from black hole due to atoms falling into it could help understand unification of quantum theory with gravity.
- Doctors may soon diagnose peptic ulcer & disease stage by recognising breath patterns Doctors may soon diagnose peptic ulcer & disease stage by recognising breath patterns
- Mathematical structure of Quantum Theory reconstructed from Information Principle
- New artificial light-harvesting system using organic nanotubes useful for solar cells, photocatalysis, optical sensors & tunable multi-color light emitting materials
- A chance discovery of a new material could have far reaching implications in superfast data transmission, a major goal of the National Quantum Mission
- Weaning information from fluctuations in electrical resistance in a graphene sheet can help in designing low noise electronic transistors
- Substrate promiscuity of fungi generated enzyme Laccase shows potential in degrading industrial dye effluents
- Machine learning helps predict new materials for nano alloys, semiconductors & rare earths
- Harnessing quantum entanglement for futuristic energy storage technology
- Study of dust from cosmic dance of a white dwarf and companion star could unravel mysteries behind start of life
- SNBNCBS develops a No-touch & Painless device for non-invasive screening of bilirubin level in new-borns
- New theoretical explanation for a unique reversing motion of bacteria can help building more efficient artificial micro and nano-motors
- Certifying Quantum Entanglement: A step towards Quantum Security
- Researchers find ways for broader design & engineering of reconfigurable magnonic crystals that can transfer information more efficiently than electrons
- A device that can detect gastric disorders from exhaled breath
- Newly designed additive molecules may obviate need for long pipelines for transporting natural gas
- Scientists found clue to anomalous behaviour of self-propelled particles like fish schools & flocking birds