A naukri.com initiative
Brighter Side of News
4w
133
Image Credit: Brighter Side of News
Microscopic robots are transforming health, technology, and the environment
- Scientists are exploring the potential of microscopic robots in medicine, materials science, and environmental cleanup, with a focus on active matter and self-propelled particles.
- Stewart Mallory, a professor at Penn State, is researching active matter and how tiny swimmers behave in various environments to address significant challenges.
- Single-file diffusion (SFD) and the movement of particles in tight spaces are crucial for understanding the behavior of microscale machines like drug-delivering robots.
- Research by Mallory's team revealed insights into how active particles' mobility is linked to the compressibility of systems, aiding in designing better microscale devices.
- The study's findings on single-file diffusion behavior have practical implications for guiding micro-robots in medical applications for faster and more reliable therapies.
- Lessons from the behavior of microscopic swimmers like active particles can provide insights into various fields, from transportation to crowd control.
- Understanding and controlling the movement of Phoretic Janus particles through surface chemistry adjustments can lead to advancements in nanoparticle behavior and interaction.
- Self-propelled particles have the potential to revolutionize materials science and environmental cleanup, aiding in self-assembly processes and targeted delivery of treatments.
- Mallory's research shows that active matter could play a significant role in addressing environmental challenges by targeting microplastics and cancer cells, among other applications.
- Simulating particle behavior in diverse environments is crucial for designing microscale devices and advancing knowledge in chemistry, physics, and engineering.
Read Full Article
8 Likes
For uninterrupted reading, download the app