Webinar on

Nanosensors

January 24, 2022

Nanosensors Webinar 2022

Theme: Nanosensors- A high benchmark in the market

We are delighted to invite all participants from all over the world to the Nanosensor Webinar which will be held on January 24, 2022. The Nanosensor Webinar brings together all the global leaders in sensory and related fields to share their research as part of this exclusive scientific program. The Nanosensor webinar aims to identify advances in sensor technology that broadly cover chemical, electromechanical, biological, and electromagnetic nanosensors. The main application segments are in the biomedical, medical, land defense, automotive, aerospace, and agricultural industries. The Nanosensors webinar awaits members from all over the world, and this webinar will feature plenary sessions, speakers, posters, and presentations. This webinar offers lively discussions on recent advancements, new strategies, and new techniques for developing new sensory materials for global requirements.

Session 1. Nanosensors and Mechanics
The trends of miniaturized products are driving the market growth, miniaturized semiconductors and sensor has fuelled the nanomaterial applications for sensor manufacturing giving rise to nanosensors. Nanoelectromechanical Sensors (NEMS) use nanosized mechanical resonator of nanostructured materials. Some higher order continuum mechanics has been developed for size-effects of the material structure which are applicable for NEMS and nanosensing applications.

Session 2. Nanoscale Electronics
Nanoelectronics is one of the major technologies in the field of nanotechnology. It plays a vital role in the field of electronics and engineering. This term includes a diverse set of materials and devices, with the common characteristics, they are so small that their inter-atomic interactions and quantum mechanical properties need to be studied extensively. The major research are includes the development of carbon nanotube sensors, the application of current methodology is to assess material used for 3D printing.

Session 3. Nanosensors in Chemical Applications
Nanosensors are able to detect very small amounts of chemical vapours. Various types of detecting elements like carbon nanotubes, palladium nanoparticles and Zinc oxide can be used in nanotechnology based sensors. Detection of an even very low concentration of chemical molecule is possible through nanosensors. The main motive is to have small, inexpensive sensors that can sniff out the target chemical to provide signalling.

Session 4. Nanosensors and Food-Agriculture Industry
Food safety is a vital issue in food and agricultural industry, it directly relates to the influence of food on human health. Public health concerns about chemical residue and synthetic additives have driven the need to develop sensitive and reliable methods to detect those food hazards which include the developments of nanosensors with modern Information and Communication Technologies and enables novel and online ways for different components detection with high accuracy. Various types of nanosensors are being developed for food inspections i.e detection of external and internal conditions in food packaging, anions and organic compounds in food, heavy metals, microbial cells, toxins, etc. Go along with us to extend your insight on this session at Nanoparticles and Nanomaterials Conference.

Session 5. Medical Applications of Nano-Biosensors
The development of nano-bio and info-tech based sensors capable of wireless communication will change the way we treat patients with chronic disease. Various biosensors can be integrated into smart-fabrics and independent e-bandaid sensors will be able to monitor a patient’s condition in real time. The most useful and important type of nanosensors is biosensors, they high abilities in cancer, mutation and genetic disorder diagnosis. Nano drug delivery syatem and nanomeds are new and are in the part of developing technologies.

  • Nanosensors and Mechanics
  • Nanosensors in Chemical Applications
  • Nanoscale Electronics
  • Nanosensors and Food-Agriculture Industry
  • Medical Applications of Nano-Biosensors