Related:
A solid-state
A solid-state microwave quantum memory with dopants in silicon
Research Project › Physical Sciences
Control of
Control of quantum information through measurements and feedback in many-body systems
Research Project › Physical Sciences
Energetics of
Energetics of Quantum Technologies in Hybrid and Many-body Systems
Research Project › Mathematical Sciences
Beyond Qubits:
Beyond Qubits: Exploring Quantum Control, Sensing and Many-Body Physics with High-Dimensional Quantum Systems
Research Project › Mathematical Sciences
Design and
Design and Synthesis of Stable, Multifunctional Organic Radicals and Metal Complexes for Long Quantum Coherence Times: Applications to Molecular Qubits and Controlled Spin Transport
Research Project › Chemical Sciences
Related:
Optically Controlled
Optically Controlled Micro/Nano-Welding of Flexible Organic Crystals for Bandwidth-Tuneable Photonic Integrated Circuits
Research Project › Physical Sciences
Self-assembly to
Self-assembly to Photonic Crystals using DNA-Coated Anisotropic Colloids
Research Project › Chemical Sciences
Fabrication of
Fabrication of Bi-dimensional pnictogens and devices thereof to investigate their light-matter interactions in diverse experimental phase-space
Research Project › Physical Sciences
Theoretical Investigation
Theoretical Investigation on Nonlinear Optical Phenomena in Tapered Photonic Crystal Fiber Amplifier for the Application of Pulse Compression
Research Project › Physical Sciences
Optically-controlled programmable
Optically-controlled programmable assembly of multi-component 3D colloidal crystals from evaporating droplets
Research Project › Physical Sciences
Related:
Fabrication of
Fabrication of Reusable Biocatalytic Microcapsules Using Microfluidic Device
Research Project › Chemical Sciences
Digital Microfluidics:
Digital Microfluidics: Design & Applications
Conference Events
Development of
Development of new-generation metallic elastomeric materials suited for large strain dynamic applications with particular reference to soft matter engineering
Research Project › Engineering Sciences
3D-Printed Biodegradable
3D-Printed Biodegradable Materials for Osmotic Microbial Fuel Cell Technology Coupled with a Supercapacitor to Simultaneously Harvest Energy and Deliver Freshwater
Research Project › Engineering Sciences
Development of
Development of Biodegradable Electronic Devices for Sustainable ICT
Research Project › Engineering Sciences
Related:
Recycling spent
Recycling spent alkaline batteries into high-performance energy storage and capacitive deionization electrodes for commercial applications: A strategy of ~98 % materials recovery towards a green environment
Research Project › Physical Sciences
Hierarchical Electrodes:
Hierarchical Electrodes: Advanced Design strategies and Engineering for Na-ion Battery
Research Project › Engineering Sciences
Development of
Development of rechargeable aqueous Zinc-ion battery pouch cell with high specific capacity through electrode material and electrolyte modification
Research Project › Engineering Sciences
Related:
Perovskite Nanocrystal-Sensitized
Perovskite Nanocrystal-Sensitized MoS₂@ZnO-Core-Shell/Conducting Polymer Heterostructures for Improving the Performance of Wearable Flexible Photovoltaic Cells
Research Project › Physical Sciences
Development of
Development of spin dependent smart electrode for DNA bio-sensor.
Research Project › Chemical Sciences
High-Performance supercapacitors
High-Performance supercapacitors and electrochemical biosensors from Ayurvedic biomass waste: A circular economy approach toward sustainable energy and sensing solutions
Research Project › Engineering Sciences
Related:
A new
A new method to fabricate porous 3D graphene-based carbon electrode with a commercial level mass loading for supercapacitors: Towards the practical application
Research Project › Physical Sciences
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