Indian Institute of Science

General Electric Company

Ambarish Ghosh

Srinivasan Swaminathan

Arindam Ghosh

Sridhar Pakanati

Gayathri Honnenahalli Niranjana Murthy

Souvik Ghosh

Debayan Dasgupta

The present disclosure relates to a method for locomotion of at least one nanorobot through a biochemical environment. The present disclosure also reveals a method for locomotion of nanorobots for use in drug delivery, delivery of materials for medical imaging and medical diagnosis.

Method for locomotion of a nanorobot and implementations thereof

There is provided markers, systems, and methods for creating and utilizing a marker containing identification information. The embodiments include an identifying marker comprised of high temperature material for tracking a component in a high temperature environment. The marker may be disposed on the component such that the marker is subject to high temperatures while affixed to the component. The marker may provide the ability to track a history of the component the marker is attached to for maintenance.

System to track hot-section flowpath components in assembled condition using high temperature material markers

The present subject matter described herein relates to a Magnetically Augmented Plasmonic Tweezer (MAPT), a method for fabrication of the MAPT, and a method for trapping and maneuvering one or more colloidal particles inside a fluid. The fluid may correspond to a fluid inside a microfluidic device or a biological fluid. The MAPT can comprise a helical support structure to provide maneuverability in fluid. Further, a magnetic component is integrated in the MAPT for motion control. Plasmonic nanostructures are integrated in the MAPT for optical trapping of particles.

Magnetically augmented plasmonic tweezers

Growing community of inventors

Bengaluru, India

Ambarish Ghosh