Gravitation to Levitation: Physics from Supernova to Superconductor (Session 1)
Course is Full
Course Description
Enrollment for this course is closed. We will only admit students from the waitlist if places become available. Please make other selections for your application.
This course introduces students to the foundational concepts of fundamental interactions and its varied applications, such as gravity, electromagnetism, light, particle physics, and quantum mechanics. Students will see how the laws of physics are universal and how the principles of physics can help us understand a range of phenomena from black holes to biology, superconductors to supernovas. The course will be taught in an inclusive and interactive method, with an emphasis on establishing strong conceptual foundations and their application to cutting-edge research.
Course Criteria
Students must have completed pre-calculus to be successful in this course.
Academic Interest
Physical Sciences (e.g., astronomy, physics)
Application Materials
A complete application includes a transcript, two short essays, a letter of recommendation, writing sample, application fee, and a submitted parent confirmation. If you are seeking need-based financial aid, you must indicate that in your application before it is submitted. Please refer to the Application Instructions for complete details.
Instructor(s)
Savan Kharel
Cost
$8,900
This course is completely full. Please choose another course instead. We recommend that you apply for more than one course on your application.
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Pathways in Molecular EngineeringEnrollment for this course is closed. We will only admit students from the waitlist if places become available. Please make other selections for your application.
The emerging field of Molecular Engineering brings together concepts from chemical and mechanical engineering, materials science, physics, and nanotechnology to innovate across a wide range of areas, such as energy storage and harvesting, water purification, and manufacturing electronic, biomedical, and mechanical devices. Molecular engineers may build new materials or objects from the molecule up, or even create new molecules that do not exist in nature. This course will provide an overview of the basic components of engineering -- design principles, modeling, and optimization -- as they can be applied at the molecular level in order to address real-world problems. In addition to lectures, discussions, and labs, students will have the opportunity to use super computers to create models which will inform their optimization efforts. Overall, the program will lead participants beyond the boundaries of traditional scientific disciplines into the intersection of physical, chemical, computational, and engineering sciences – the forefront of technological problem-solving – so that they are able to engage in the lateral, multi-disciplinary thinking that is required to solve some of the most fundamental problems facing society today.
Residential