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Yunnan University

Demystifying the Nanoworld Around Us

Yunnan University via XuetangX

Overview

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What Will You Learn?

Nanomaterials science is a field full of wonders and innovations, exploring the unique properties and applications of materials at the nanoscale. In this fascinating scientific journey, we will embark on an exploration of the nano world, uncovering the mysteries of nanoscience and discovering the interdisciplinary applications of nanomaterials—their breadth and depth will surely amaze you. Here, you will learn the scientific principles and real-world applications of nanomaterials, witnessing their critical role in cutting-edge fields and their immense potential.

Nanomaterials have applications across multiple disciplines, including medicine, energy, agriculture, transportation, flexible electronics, and environmental science. In medicine, nanoparticles enable targeted drug delivery and imaging; in energy, they enhance solar cell efficiency; in agriculture, they facilitate plant electronic monitoring; in electronics, nanotechnology is key to miniaturizing modern devices. Looking ahead, we will explore the future of nanoscience and technology, including advances in nanorobots, quantum dots, graphene, and next-generation chips.

What Will You Gain?

Materials science is an interdisciplinary field that covers the composition, structure, properties, and processing of materials, as well as their applications across scientific domains. Regardless of your academic or professional background, this course will provide a comprehensive scientific education while fostering the ability to integrate knowledge from different fields to solve complex problems. This interdisciplinary perspective will empower you to better understand and innovate in materials research and industrial applications.

As an international MOOC, this course encourages students from different countries to engage with scholars from diverse backgrounds, promoting cross-cultural understanding and a global perspective. By the end of the course, you will not only grasp the fundamentals of nanomaterials but also see how this knowledge translates into real-world solutions. This is a journey where theory meets practice, giving you a profound understanding of the potential and future of nanomaterials.

Let’s unveil the mysteries of the nano world together and explore the infinite possibilities of science!

What Is This Course For?

This course is primarily designed for university and high school students worldwide, guiding them into the fascinating world of materials science and inspiring learners from all disciplines. At the same time, it is open to all lifelong learners, ensuring equal access to high-quality educational resources.



Syllabus

  • 1 Chapter I Introduction
    • 1.1 Introduction
  • 2 Chapter 2 A Brief History of the Development of Materials
    • 2.1 Section 1 Stone Age
    • 2.2 Section 2 The Bronze Age
    • 2.3 Section 3 The Iron Age
    • 2.4 Section 4 The Era of Synthetic Materials
    • 2.5 Section 5 The Age of Composites
    • 2.6 Section 6 The Era of Smart Materials
  • 3 Chapter 3 - Nano Sharpshooter - Targeted Anti-Cancer
    • 3.1 Section 1 Introduction to Targeted Anti-Cancer
    • 3.2 Section 2 Injectable hydrogels and microfluidics
    • 3.3 Section 3 Nanogenerators and Photothermal Materials
  • 4Chapter 4 - Plant Electronics - Smart Agriculture
    • 4.1 Section 1 Plant Electronics
    • 4.2 Section 2 Flexible Sensors
    • 4.3 Section 4 Modern Agriculture
  • 5 Chapter 5 - Environmental Functional Materials - Nano Water Purification
    • 5.1 Section 1 Cyanobacterial blooms and their control
    • 5.2 Section 2 Pollution Sources and Wastewater Treatment
    • 5.3 Section 3 Desalination expands freshwater resources
  • 6 Chapter 6 e-Skin - Smart Healthcare
    • 6.1 Section 1 Overview of Electronic Skin Technology
    • 6.2 Section 2 Health Testing and Early Disease Detection
    • 6.3 Section 3 Individualized Treatment
  • 7 Chapter 7 Semiconductor Rising Star - Intelligent Manufacturing Chips
    • 7.1 Section 1 The Mystery of the Chip
    • 7.2 Section 2 Transistors :the functional basis of chips
    • 7.3 Section 3 Semiconductors: The Material Basis of Chips
  • 8 Chapter 8 Flexible Electronics - Smart Wearables
    • 8.1 Section 1 Introduction to Flexible Electronics
    • 8.2 Section 2 Flexible Wearable Devices
    • 8.3 Section 3 Brain-Computer Interfaces
  • 9 Chapter 9 - E-Mobility - Smart Cities
    • 9.1 Section 1 The Concept and Development of Intelligent Transportation
    • 9.2 Section 2 Piezoelectric Materials and Triboelectric Nanogenerators in Nanotechnology
    • 9.3 Section 3 Application of Nanomaterials in Intelligent Transportation
  • final exam

    Taught by

    Yanfen Wan

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