Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules

understanding of fluidis behavior at the microscale, applications of micro- drops and capsules
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Udemy
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English
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Science
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Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules
159
students
41 mins
content
Dec 2022
last update
$44.99
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Why take this course?

🌀 Master Microfluidics with NanoTRIZ Innovation Academy 🚀

Course Title: Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules

Dive deep into the mesmerizing world of Nanotechnology Part 2, where we explore the intricate realm of Micro-Fluidics, Droplets, and Capsules. This course is your gateway to understanding the fascinating behavior of fluids at the microscale – a scale where every movement, reaction, and interaction can lead to groundbreaking applications.

Course Description:

🔍 Introduction to Microfluidics: At the microscale, the rules change. Fluids behave differently, with viscosity that can turn water as viscous as honey in narrow channels. The fluid-liquid interface becomes charged, creating a unique environment where molecules gather and interact. This course demystifies the complex behavior of fluids at this scale, setting the stage for innovation and discovery.

🌱 Applications Galore: From tiny swimmers like bacteria to advanced microrobots, understanding microfluidics is crucial. It's not just about moving fluids; it's about doing so efficiently and effectively, often with minimal energy or by harnessing the power of electroosmosis. This knowledge can revolutionize fields ranging from agriculture and cosmetics to medicine and environmental science.

🔬 Innovative Devices and Techniques: Explore the latest in microfluidic devices, such as glass capillaries and PDMS (Polydimethylsiloxane) channels, which enable precise control over fluid movement to create droplets, emulsions, and capsules. These tools are transforming research across various domains.

💊 Practical Applications in Drug Discovery: Learn how microfluidics can be leveraged for high-throughput screening, conducting thousands of experiments per second with a mere picoliter of reagent. This technique has been instrumental in the discovery of new drugs and vaccines, accelerating the pace of scientific breakthroughs.

Course Highlights:

  • Real-World Scenarios: Engage with practical examples that bring theoretical concepts to life.
  • Back-of-the-Envelope Calculations: Gain hands-on experience in performing simple calculations to understand the principles of microfluidics without complex mathematics.
  • Interdisciplinary Applications: Discover how microfluidics intersects with various scientific and engineering disciplines, offering a wide array of potential applications.
  • Cutting-Edge Research: Get insights into the latest advancements in microfluidic technology and their impact on society.

Why Take This Course?

If you're a scientist, engineer, or student fascinated by experimental droplet microfluidics, this course is your pathway to mastering the art and science behind these tiny but mighty systems. Join us at NanoTRIZ Innovation Academy to unlock the potential of nanotechnology and stay ahead in the ever-evolving field of microfluidics.

Enroll now to embark on a journey that will transform your understanding of fluid dynamics, open doors to innovative research, and equip you with the skills needed to contribute to the future of science and technology! 🎓✨

Course Gallery

Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules – Screenshot 1
Screenshot 1Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules
Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules – Screenshot 2
Screenshot 2Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules
Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules – Screenshot 3
Screenshot 3Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules
Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules – Screenshot 4
Screenshot 4Nanotechnology Part 2: Micro-Fluidics, Droplets and Capsules

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4955458
udemy ID
01/11/2022
course created date
18/12/2022
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