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731 result(s) found
Electrokinetic transport phenomena involving liquid droplets and hydrophobic surfaces: a numerical and theoretical analysis

"Microfluidics is a special topic in nanotechnology, focusing on the engineering manipulation of ionic fluids and charged particles in submillimetre scales. This technology is widely used in medical diagnostic systems and cell separation. Microscale

Section: Mathematical Sciences (Research Project)
ADHIRATHA: Safety-Certified Navigation for Socially Compliant Autonomous Wheelchairs in Dynamic and Crowded Environment

Around 75 million people, or 1% of the world population, require wheelchairs daily, primarily for neurological and spinal cord problems, cognitive or visual impairments, and older individuals in geriatric care centers and airports. Autonomous wheelch

Section: Engineering Sciences (Research Project)
Coarsegrained CFD-DEM-PBM simulations of industrial granulating beds

The Discrete Element Method (DEM) is a useful tool for simulating rheological phenomena in granular materials, and when coupled with computational fluid dynamics, it can predict features of fluid particle systems like fluidized beds. Population balan

Section: Engineering Sciences (Research Project)
Experimental Investigation and Performance Improvement of Visible Light Communication Systems

The increasing demand for high data rate communications, massive connectivity requirements in IoT applications, and spectral congestion issues in traditional RF-based communications have led to the interest in visible light communications (VLC) due t

Section: Engineering Sciences (Research Project)
Related: Experimental Investigation Experimental Investigation and Performance Evaluation of HARQ Technique for Free-Space Optical Communication Systems Research Project › Engineering Sciences Experimental investigation Experimental investigation & performance evaluation of HARQ technique for free-space optical communication systems Research Project › Engineering Sciences Laser-Driven Phosphor Laser-Driven Phosphor Converted White Light Source for High Brightness Illumination Applications and Visible Light Communication. Research Project › Physical Sciences Experimental Investigation Experimental Investigation of Performance, Combustion and Emission Characteristics of CI engine using Stable Methanol-in-Diesel Emulsion Fuels Research Project › Engineering Sciences Large Wireless Large Wireless Model for Reconfigurable Intelligent Surface-aided Integrated Sensing and Communication Systems Research Project › Engineering Sciences
Design and hardware implementation of regular and time delay chaotic circuits for chaos based computing

This study focuses on designing simple memristor-based chaotic circuits and analyzing their dynamics using analytical, numerical, and experimental investigations. The advantages of nonautonomous circuits are their control over their dynamics by varyi

Section: Physical Sciences (Research Project)
Related: Design and Design and hardware implementation of regular and time delay chaotic circuits for chaos based computing Research Project › Physical Sciences Development of Development of advanced neuromorphic- and memory-centric computing hardware Research Project › Engineering Sciences Quantum Neural Quantum Neural Network-based Adaptive Controller for Nonlinear Dynamical Systems and Applications Research Project › Mathematical Sciences Analytical Modelling Analytical Modelling and Simulations for Ship Dynamics Models using Machine Learning and Wavelets Research Project › Mathematical Sciences UAV-Assisted OTFS UAV-Assisted OTFS for Convergent Communication and Localization in FR1 Research Project › Engineering Sciences
Images of Galois representations attached to Siegel modular forms and their application to obtain a strong multiplicity one theorem

This project aims to obtain a strong multiplicity one theorem for the eigenvalues of Siegel eigenforms of degree two and higher levels. The multiplicity one theorem determines whether the set of Hecke eigenvalues determines the eigenform under consid

Section: Mathematical Sciences (Research Project)
Zepto-Newton-meter silk sensors: design, fabrication and applications

The project aims to create a silk torsion pendulum sensor with the highest sensitivity of 100 zepto-Newton-meter (1 zeptoNm = 10^-21 Nm). Despite being an ancient device since the 18th century, reaching zNm sensitivity has been challenging. The proje

Section: Engineering Sciences (Research Project)
Related: Design and Design and Fabrication of Piezo-phototronic and Tribotronic Devices using Band-engineered Two-dimensional Transition Metal Dichalcogenide Alloys for Self-powered and Mechanical Energy Harvesting Applications Research Project › Engineering Sciences Digital Manufacturing Digital Manufacturing of Self-powered Flexible and Wearable Electronics/ Wearable Sensors by Hybridizing Nanogenerators, Solar cells and Supercapacitors. Research Project › Engineering Sciences Indigenous Development Indigenous Development of Technologies for Advanced Devices and Laboratory Instruments (IDEAL) Research Project › Engineering Sciences Development of Development of Organic Semiconducting Materials for Efficient Indoor Energy Conversion Research Project › Chemical Sciences
Understanding the role of metavalency in ultrafast phase change, for advancing the phase-change memory technology

Materials that show ultrafast phase change with contrasting property changes (phase change materials) are the key components of phase change memory (PCM). PCM technology offers to surpass the Von Neumann bottleneck via in-memory computing, and hence

Section: Chemical Sciences (Research Project)
Related: Crystallization Kinetics Crystallization Kinetics Investigations of Arsenic Doped Phase Change Memory Devices Research Project › Physical Sciences structural characterization structural characterization and device performance of superlattice structure-based phase change memory for low power consumption and high-speed non-volatile data storage applications Research Project › Engineering Sciences Probing the Probing the Swelling Kinetics and Nanoscale Phase Separation in Intrinsically Disordered Protein Thin Films via Multi-scale Structural Analysis Research Project › Physical Sciences On general On general thermo-mechanical criteria for martensitic phase transformations from material heterogeneities Research Project › Engineering Sciences Elucidating the Elucidating the role of GIMAP7 in differentiation and functioning of DCs and antigen-specific CD8+ T cells. Research Project › Life Sciences & Biotechnology
A Unified Total Synthesis of Biologically Relevant Norditerpene Dilactones via a Cascade Strategy and Diels-Alder-Based Approach

This project aims to establish a unified, asymmetric total synthesis for structurally complex norditerpene dilactones. These natural products possess a rare 6/6/6/5-fused ring skeleton and are known for their potent antifungal, anticancer, and anti-i

Section: Chemical Sciences (Research Project)
Related: A unified A unified Total Synthesis of Norditerpene Dilactones Research Project › Chemical Sciences Exploring a Exploring a cyclic dienamine as a template for the construction of complex molecular frameworks and natural product analogs Research Project › Chemical Sciences Development of Development of Reagentless Oxidative [4+2]-Cycloaddition of Quinols: Total Syntheses of Naturally Occurring Bioactive Taiwaniadducts Research Project › Chemical Sciences
ICMR International Fellowship For Indian Biomedical Scientists

ICMR has embarked upon an International fellowship programme for capacity strengthening of scientists of our country. The scheme has been constituted to achieve the objective of building up a highly skilled pool of biomedical researchers in all aspec

Section: Faculty and Scientists (Fellowships)
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