
Goals:
Increase awareness and understanding: Educate students about the Artemis program, its goals, and its significance for space exploration.
Foster interest in STEM: Spark students' curiosity about science, technology, engineering, and mathematics (STEM) fields by showcasing a real-world example of cutting-edge innovation.
Promote international collaboration: Highlight the international partnerships involved in the Artemis program and the importance of global cooperation in space exploration.
Objectives:
Explain the primary goals of the Artemis program:
Returning humans to the Moon.
Establishing a sustainable lunar presence.
Preparing for future human missions to Mars.
Describe key elements of the Artemis program:
The Space Launch System (SLS) rocket.
The Orion spacecraft.
The Lunar Gateway space station.
Commercial lunar landers.
Discuss the scientific and technological challenges of the Artemis program:
Radiation protection.
Resource utilization on the Moon.
Developing new technologies for space exploration.
Explore the potential benefits of the Artemis program:
Advancements in medicine and technology.
Inspiration for future generations of scientists and engineers.
International cooperation and scientific discovery.
Discovering exoplanets is one of the most exciting fields in astronomy today. We have found thousand of planets besides the ones that circle our Sun now, and planet hunting has reached a fever pitch. What are these other planets like? How do we find them? Are any other planets like the Earth?
This Course includes great BONUS LESSONS:
What on Earth is Astronomy?
Mini-Lesson: Eclipses
Mini-Lesson: Meteor Showers
Mini-Lesson: Aurora
Project Artemis: America Returns to the Moon
Exoplanets – Planets Beyond our Solar System
1. Objective & Warm-up activity
2. Meaning, origin and uses of the word “exo”
3. Old and new understandings of solar systems and galaxies
4. History of the search for exoplanets
5. Space-based telescopes and the search for exoplanets: Hubble, Kepler and Spitzer
6. Searching for exoplanets with different lights
What you will learn:
Methods of exoplanet searching:
· Explanation of orbital brightness modulation
· Explanation of radial velocity
· Explanation of direct imaging
Types of exoplanets:
· Hot Jupiters
· Circumbinary
· Super-Earths
· Rogue planets
7. Exomoons
8. Exocomets
9. Brown dwarfs
10. Future exoplanet search tools and missions
11. Description of a scientific model
12. Habitable zones in solar systems
13. Types of stars
14. Binary stars and their planets
15. Naming exoplanets
16. Test questions
17. Cross-curricular activities
My name is Tony Ceraso and I will be your instructor. I sometimes run the planetarium and have written curriculum for the National Air and Space Museum in Washington, DC. I have also written curriculum for NASA’s school visitation program and teach on the college level in NJ.
My goal is for you to thoroughly enjoy this lesson. I love astronomy and I want nothing more out of our time together than for you to have a greater appreciation for the universe through the understanding of this material. Besides the lesson I’m going to preview for you now, the course includes warm up activities, test questions, and cross-curricular activities for you to download as a supplement.