Faculty Advisor: Independent researcher; Post doctoral researcher, UCLA and CSUN; Ph.D., Astronomy and Astrophysics, Harvard

Research Practicum Introduction

What are exoplanets? How are they detected? Is there life beyond Earth? This program plunges into these intriguing questions and more, providing an in-depth exploration of exoplanet science. Tailored for those intrigued by the universe's mysteries, we will introduce students to the diversity of celestial bodies, with a particular emphasis on exoplanets.

Together, we will journey through the cosmos, learning about the innovative techniques used by astronomers to discover and study these fascinating distant worlds. We'll examine the captivating field of astrobiology, pondering the conditions necessary for life, and delve into our ongoing quest to uncover life beyond our solar system.

An overview of current and upcoming space missions devoted to exoplanet research will highlight the field's present standing and its exciting future. Each interactive lecture will be paired with engaging discussions and quizzes, fostering a dynamic learning environment.

Students will learn about the expansive field of exoplanet research and gain familiarity with key concepts and techniques used in their detection and study. They will develop an understanding of the parameters that define a planet's habitability and the intriguing possibilities of extraterrestrial life. The program will also refine their skills in academic research, analytical thinking and presentation, preparing them for further exploration in the scientific field.

As a culmination of their learning, students will conduct an independent research project on a chosen topic, presenting their findings in an individual research paper and a 5-minute presentation during the final session. This program offers a window into the fascinating world of exoplanets, equipping students with both knowledge and transferable skills for any future career path. Embark on this cosmic journey of discovery!

Standards of Assessment

To excel, students must attend all classes, actively participate in discussions, and demonstrate understanding of the course material through completion of weekly quizzes. They should display curiosity and engagement in the exploration of new concepts. They must also write an individual research paper that goes beyond summarizing existing knowledge, showcasing an original idea or perspective related to the topic at hand. Finally, they should be able to coherently present and defend their project in front of their peers, demonstrating both a deep understanding of their chosen topic and the ability to effectively communicate complex ideas.

Possible Topics For Final Project:

• Unveiling Alien Worlds: The Techniques of Exoplanet Detection

• A Deep Dive into the TRAPPIST-1 System and its Planets

• Upcoming Missions in Exoplanet Research: The Future of Discovery

• The Goldilocks Zone: The Delicate Balance of Habitability

• The Search for Life: Astrobiology and its Potential Discoveries

• The Role of AI and Machine Learning in Exoplanet Discovery

• Or other topics in this subject area that you are interested in, and that your professor approves after discussing it with you.

Program Detail

• Cohort Size: 3-5 students

• Duration: 12 weeks

• Workload: Around 4-5 hours per week (including class time and homework time)

• Target Students: 9-12th grade students who are interested in physics, astronomy, Earth and planetary sciences, or just a general curiosity about the cosmos.

• Prerequisites: Students should have a basic understanding of algebra and geometry to fully engage with the program content. Prior knowledge of physics and/or astronomy is helpful but not mandatory.