RICEx: AP® Physics 2 - Part 3: Optics and Modern Physics
- Duration
- 4 weeks
- Price Value
- $ 49
- Difficulty Level
- Introductory
Welcome to the exciting world of AP Physics 2! This course, Part 3 of our comprehensive AP Physics 2 series, is designed to equip you with the knowledge and skills necessary to excel in the AP Physics 2 exam. Developed by expert AP physics teachers and authorized by the AP Course Audit, this course offers an in-depth exploration of optics and modern physics, providing you with a solid foundation in these fascinating areas of study.
There are no specific prerequisites for this course. However, a strong foundation in basic physics concepts and mathematics would be beneficial.
This course is ideal for:
The skills and knowledge gained from this course have numerous real-world applications:
By successfully completing this course and scoring well on the AP Physics 2 exam, students can:
This course is your gateway to mastering complex physics concepts, preparing for academic success, and laying the groundwork for a potential career in science and technology. Join us on this exciting journey through the fascinating world of optics and modern physics!
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The course provides an introduction to the use of path integral methods in atomistic simulations.
The course covers the basic theory, as well as some relatively advanced topics - how to accelerate path integral simulations, and how to extract approximate quantum dynamics and reaction rates. It combines recorded lectures, written notes and hands-on tutorials using research software. It targets primarily graduate students with a basic understanding of the problems inherent in atomic-scale modeling, but could also be useful to undergraduate students interested in doing a research project on the topic.
The primary goal of the course is to enable the student to understand what semiconductors are, and why they are important to the electronics industry. Students will first learn and understand why some materials are insulators and others are conductors, and will learn how these properties can be modified. The course also explores other situations where the conductivity of an insulator can be drastically changed, such as the situation inside a bolt of lightning or inside a semiconductor.