Nanoscale Microscopy is a one-week, hands-on, science learning opportunity for high school students on scientific imaging, a topic that is typically only accessible in an advanced college-level course. Specifically, students will be able to explore three essential microscopy techniques for nanoscience research: fluorescence microscopy, scanning probe microscopy, and electron microscopy.
For participating students who intend to become science majors in college, this course will provide foundational knowledge of a key element in scientific observation methods. For participating students who might not pursue a science career, the course offers a glimpse into how scientists study the invisible world of atoms and molecules, which enables key technical innovations, from novel drug delivery methods to advanced energy and computational hardware systems.
MIMG 15, Nanoscale Microscopy Lab is an exploratory introduction to three key microscopy techniques for nanoscience research: fluorescence microscopy, scanning probe microscopy, and electron microscopy. Nanoscience is an umbrella term that encompasses a diverse, interdisciplinary branch of modern science research, including molecular sciences, biotechnology, material science, chemistry, biochemistry, and various fields of engineering.
Microscopy has been an indispensable tool in the advancement of nanoscience. This course aims to give an overview of the most important modalities of microscopy that are commonly used in nanoscale research. The course will begin with an introduction of the common principles of microscopy and then cover light and confocal microscopy, which itself has had a long and fascinating history. We will then move on to electron microscopy, cryo electron microscopy and tomography, and scanning probe microscopy. The course will include laboratory time for sample preparation techniques and measurements at the instruments. It will also consider few examples highlighting advanced research applications.
Students are required to make a final presentation on a team project.
