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Creating Access to World Class Science and Engineering for K-12 Teachers and Students |
BCCP Homepage Academy Activity Instructors For Students For Teachers For Berkeley Lab Staff Facilities Center for Science and Engineering EducationAcademy Homepage |
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History and Structure of the Universe |
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Eric Linder - Matter and Antimatter
PDF of Powerpoint Presentation Video clip: Pre-inflation |
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Nao Suzuki - Tour of the Universe
PDF of Powerpoint Presentation
Teacher Resources: Representation of Eras - classroom lesson Orders of Magnitude pdf
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Inverse Square Law - Rich Lohman Students learned about astronomical units (arc- seconds and arc-minutes) and also explored parsec measurements by doing angle measurements of their fists. To understand parallax, students see how objects appear when viewed from different angles.
Light and Distance Discovery Station: Vernier Logger Pro Dick Damian Lights were pulled away from the light probes that were attached to a computer using the Vernier Logger Pro program. This demonstrated the inverse square law by which the intensity of the light decreases rapidly with the distance, forming an inverse square graph.
Hands on Universe - Supernova Discovery Rich Lohman used the Hands-On Universe website to guide students through astronomy concepts such as parallax, expansion of the universe, asteroid & supernovae discovery, periodic measurements, and Kepler's laws. The students processed real telescope images and made physics calculations based on the theory presented.
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Discovery Station: Electromagnetic Spectrum
Each student and teacher was given a diffraction grating slide and a handout that showed the emission spectra for various elements. They then studied the spectra of different gases emitted from arc lamps and were shown the physics behind how the lamp works. The students examined and discussed the differences they saw in the spectral lines as well as the atomic physics behind the emission and absorption of light. Many astrophysics examples were explored as practical uses for spectroscopy.
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Team Media Project
Take a concept from cosmology and explain it in terms that a high school or middle school student would understand. Using an analogy and/or a demonstration, act out a short skit, create a rap, or design a comic book to explain the concept. Be creative. These should be two-three minutes long and everyone in the team is involved. Videos will be made of each project.
Rubric for Concept Map Students were given components of cosmology that would be used to create individual concept maps.
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Day one: Cosmology for the 21st Century Day three: History and Structure of the Universe Day four: Standard Model of Particles and Interactions Day five: Beyond the Standard Model of Particles and Interactions Day six: Cosmologists for the 21st Century
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