Physics Summer Camp
A one week commuter (non-residential) camp for students interested in the physical sciences, including physics and engineering, mathematics and computers.
Dates: July 6 - July 10, 2015 Application Deadline: Applications must be postmarked by May 15, 2015 Cost: $500.00 ($50 due upon acceptance; balance due on first day of program) Instructor: Dr. Gillian Winters Eligibility:
Students entering 10th, 11th or 12th grade in the fall of 2015. Students with a strong interest and background in math and science are encouraged to apply. This camp is not for students who have taken Physics.
Hours: Monday - Thursday
Friday 9:00am-3:00pm Lunch: Students may bring bag lunches or may purchase food at the university Student Activities Center.
Goal: Introduce motivated high school students to aspects of physics through a variety of hands-on activities. The activities will be supplemented by short lectures and demonstrations from guest speakers, as well as tours of the university facilities. Activities may include, but are not limited to:
- Demonstrate physical concepts. Many magic tricks use physics-related concepts to deceive the audience or make the unexpected occur. We will explore the science behind some classic tricks.
- Design and build simple electrical circuits, with the goal of understanding simple household light fixtures and switches.
- Build a simple circuit game such as a reaction tester or heads-or-tails using a kit. These kits require soldering, so participants will be introduced to (or reminded of) basic soldering techniques.
- Explore statistical processes. Complex systems, such as global warming, economic uncertainty, and even sports, are best understood using statistical reasoning. We will use games and computer programs to explore some statistically-based events.
- Create a light-maze using lasers and mirrors, and discuss eyes and vision while we explore lenses.
- Frank Lloyd Wright’s famous Fallingwater house is spectacularly cantilevered over a waterfall. We will explore structures and cantilevers through a variety of design and build projects.
For additional information or questions, please call (631-632-9750) or e-mail (firstname.lastname@example.org).
December 4: Astronomy Open Night - "Supermassive black holes: the most powerful and ancient objects in the University" (Dr. Takamitsu Tanaka)
December 11: Physics Open Night - "Chirality: from ancient Egypt to tomorrow's technologies" (Dr. Dmitri Kharzeev)