Course Description
When we think of famous astronomers and astronomical discoveries, we have a tendency to look far back in history. We often invoke the names of the great astronomers of the Renaissance, that time period when an enormous amount of knowledge was imparted to the world. But, in doing so, we neglect to pay homage to the Golden Age of Astronomy, which is happening right now. Some of the most profound questions about life are being answered by discoveries being made in our own lifetime, many even in the past decade. This course will explore many of these discoveries, with an emphasis on more recent discoveries that have given us insight into such tantalizing questions as: How did the Universe begin? When did it happen and under what conditions? How do stars form? What are they made of? How was the Earth formed? Are there other planets? Do they have life too?
We will start with the recent discoveries of Exoplanets, or planets that exist outside our solar system. We will explore the conditions that are necessary to form life on these planets. We will then move on discuss Dark Energy, this mysterious force that is believed to comprise most of the Universe. Other topics include the sensational discovery of the Higgs boson particle, a discovery that filled in one of the missing pieces of one the most important concepts in physics; we'll look at the age and expansion of the Universe, gamma-ray bursts, the mysterious Cosmic Microwave Background radiation, and the tantalizing concepts behind String Theory. This comprehensive course will take you on a journey to explore the deepest parts of the Universe and find answers to some of our most fundamental questions.
- Completely Online
- Self-Paced
- 6 Months to Complete
- 24/7 Availability
- Start Anytime
- PC & Mac Compatible
- Android & iOS Friendly
- Accredited CEUs

Learning Outcomes
- Describe the role of space telescopes like Kepler and TESS in identifying exoplanets.
- Explain how atmospheric analysis of exoplanets can help determine their potential to support life.
- Define an exoplanet and list at least three methods used to detect them, such as the radial velocity method, transit method, and direct imaging.
- Explain the significance of the Hubble Space Telescope in discovering exoplanets, particularly Fomalhaut b, and the potential implications for finding extraterrestrial life.
- Define the Doppler Effect and explain its significance in determining the universe's age.
- Describe how the Hubble Space Telescope contributed to refining estimates of the universe's age through the observation of Cepheid variable stars.
- Define and explain the Inflation Theory, including its impact on our understanding of the universe's uniformity.
- Identify and describe the role of Cosmic Microwave Background (CMB) radiation in supporting the theory of baryogenesis and its implications for the matter-antimatter imbalance.
- Identify and compare the theories proposed to explain dark energy, including the cosmological constant and quintessence, and evaluate their viability based on current observations.
- Define the concept of dark energy and discuss its implications for the expansion of the universe
- Define Dark Matter by identifying its composition and explaining why it does not emit, absorb, or reflect light.
- Recognize the importance of Dark Matter in galaxy formation by analyzing its gravitational effects on celestial structures and galaxy rotation curves.
- Identify and explain the process of star formation from nebular clouds, detailing the stages from gas and dust accumulation to nuclear fusion ignition.
- Demonstrate mastery of lesson content at levels of 70% or higher.
Assessment Guide
Assessment | Points |
---|---|
Introduce Yourself | 2 points |
Lesson 1 Review Exam | 20 points |
Lesson 2 Activity | 1 points |
Lesson 2 Review Exam | 20 points |
Lesson 3 Activity | 1 points |
Lesson 3 Review Exam | 20 points |
Lesson 4 Review Exam | 20 points |
Lesson 5 Review Exam | 20 points |
Lesson 6 Activity | 1 points |
Lesson 6 Review Exam | 18 points |
Lesson 7 Activity | 1 points |
Lesson 7 Review Exam | 20 points |
Lesson 8 Activity | 1 points |
Lesson 8 Review Exam | 19 points |
Lesson 9 Activity | 1 points |