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== Episode 1 Why Study Exoplanets?  ==
== Episode 1 Why Study Exoplanets?  ==
[[Image:exo_E1.jpg|left]] I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E1.jpg|left]] My review...</br>


<blockquote>''Learn about the exciting mission of exoplanetary science--the study of planets orbiting stars beyond the Sun. Review the eight planets in our solar system, which provide a baseline for understanding…''</blockquote>
<blockquote>''Learn about the exciting mission of exoplanetary science--the study of planets orbiting stars beyond the Sun. Review the eight planets in our solar system, which provide a baseline for understanding…''</blockquote>
Line 15: Line 15:


== Episode 2 How to Find an Exoplanet  ==
== Episode 2 How to Find an Exoplanet  ==
[[Image:exo_E2.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E2.jpg|left]]  My review...</br>


<blockquote>''Given the extreme faintness of a planet relative to the star it orbits, how can astronomers possibly find it? Learn about direct and indirect methods of detection. As an example…''</blockquote>
<blockquote>''Given the extreme faintness of a planet relative to the star it orbits, how can astronomers possibly find it? Learn about direct and indirect methods of detection. As an example…''</blockquote>
Line 21: Line 21:


== Episode 3 Doppler and Transit Planet-Finding Methods  ==
== Episode 3 Doppler and Transit Planet-Finding Methods  ==
[[Image:exo_E3.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E3.jpg|left]]  My review...</br>


<blockquote>''Explore two other indirect approaches for finding exoplanets: first, by measuring the Doppler shift in the color of a star due to the pull of an unseen orbiting planet; and…''</blockquote>
<blockquote>''Explore two other indirect approaches for finding exoplanets: first, by measuring the Doppler shift in the color of a star due to the pull of an unseen orbiting planet; and…''</blockquote>
Line 27: Line 27:


== Episode 4 Pioneers of Planet Searching  ==
== Episode 4 Pioneers of Planet Searching  ==
[[Image:exo_E4.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E4.jpg|left]]  My review...</br>


<blockquote>''Chart the history of exoplanet hunting--from a famous false signal in the 1960s, through ambiguous discoveries in the 1980s, to the big breakthrough in the 1990s, when dozens of exoplanets…''</blockquote>
<blockquote>''Chart the history of exoplanet hunting--from a famous false signal in the 1960s, through ambiguous discoveries in the 1980s, to the big breakthrough in the 1990s, when dozens of exoplanets…''</blockquote>
Line 33: Line 33:


== Episode 5 The Misplaced Giant Planets  ==
== Episode 5 The Misplaced Giant Planets  ==
[[Image:exo_E5.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E5.jpg|left]]  My review...</br>


<blockquote>''Investigate 51 Pegasi b, the first planet detected around a Sun-like star, which shocked astronomers by being roughly the size of Jupiter but in an orbit much closer to its…''</blockquote>
<blockquote>''Investigate 51 Pegasi b, the first planet detected around a Sun-like star, which shocked astronomers by being roughly the size of Jupiter but in an orbit much closer to its…''</blockquote>
Line 39: Line 39:


== Episode 6 Explaining the Misplaced Giant Planets  ==
== Episode 6 Explaining the Misplaced Giant Planets  ==
[[Image:exo_E6.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E6.jpg|left]]  My review...</br>


<blockquote>''The standard theory of planet formation is based on our solar system. But does this view require revision based on the existence of misplaced giant planets--hot Jupiters circling close to…''</blockquote>
<blockquote>''The standard theory of planet formation is based on our solar system. But does this view require revision based on the existence of misplaced giant planets--hot Jupiters circling close to…''</blockquote>
Line 45: Line 45:


== Episode 7 The Transits of Exoplanets  ==
== Episode 7 The Transits of Exoplanets  ==
[[Image:exo_E7.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E7.jpg|left]]  My review...</br>


<blockquote>''A tiny percentage of exoplanets can be detected transiting--or passing in front of--their host stars. Combined with Doppler shifts, transits provide information about a planet's size, mass, density, and likely…''</blockquote>
<blockquote>''A tiny percentage of exoplanets can be detected transiting--or passing in front of--their host stars. Combined with Doppler shifts, transits provide information about a planet's size, mass, density, and likely…''</blockquote>
Line 51: Line 51:


== Episode 8 Sniffing Planetary Atmospheres  ==
== Episode 8 Sniffing Planetary Atmospheres  ==
[[Image:exo_E8.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E8.jpg|left]]  My review...</br>


<blockquote>''Survey the history of spectroscopy to understand how a telescope and a diffraction grating can disclose the composition of a star and its planet. Then learn how transits and occultations…''</blockquote>
<blockquote>''Survey the history of spectroscopy to understand how a telescope and a diffraction grating can disclose the composition of a star and its planet. Then learn how transits and occultations…''</blockquote>
Line 57: Line 57:


== Episode 9 Stellar Rotation and Planetary Revolution  ==
== Episode 9 Stellar Rotation and Planetary Revolution  ==
[[Image:exo_E9.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E9.jpg|left]]  My review...</br>


<blockquote>''Trace Professor Winn's own search for the subtle signs that tell whether a star has a tilted axis. Discover why this is an important clue in the mystery of misplaced…''</blockquote>
<blockquote>''Trace Professor Winn's own search for the subtle signs that tell whether a star has a tilted axis. Discover why this is an important clue in the mystery of misplaced…''</blockquote>
Line 63: Line 63:


== Episode 10 Super-Earths or Mini-Neptunes?  ==
== Episode 10 Super-Earths or Mini-Neptunes?  ==
[[Image:exo_E10.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E10.jpg|left]]  My review...</br>


<blockquote>''Learn how a sensitive new instrument led the way in finding planets smaller than the Jupiter-sized giants that dominated the earliest exoplanetary discoveries. Halfway in size between Earth and Neptune,…''</blockquote>
<blockquote>''Learn how a sensitive new instrument led the way in finding planets smaller than the Jupiter-sized giants that dominated the earliest exoplanetary discoveries. Halfway in size between Earth and Neptune,…''</blockquote>
Line 69: Line 69:


== Episode 11 Transiting Planets and the Kepler Mission  ==
== Episode 11 Transiting Planets and the Kepler Mission  ==
[[Image:exo_E11.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E11.jpg|left]]  My review...</br>


<blockquote>''The planet search took a giant leap forward in 2009 with the launch of the Kepler spacecraft, which used the transit technique to observe nearly 200,000 stars over a four-year…''</blockquote>
<blockquote>''The planet search took a giant leap forward in 2009 with the launch of the Kepler spacecraft, which used the transit technique to observe nearly 200,000 stars over a four-year…''</blockquote>
Line 75: Line 75:


== Episode 12 Compact Multiplanet Systems  ==
== Episode 12 Compact Multiplanet Systems  ==
[[Image:exo_E12.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E12.jpg|left]]  My review...</br>


<blockquote>''Dig deeper into the treasure trove of data from the Kepler mission, which discovered hundreds of compact multiplanet systems, with planets much more closely packed than in our solar system.…''</blockquote>
<blockquote>''Dig deeper into the treasure trove of data from the Kepler mission, which discovered hundreds of compact multiplanet systems, with planets much more closely packed than in our solar system.…''</blockquote>
Line 81: Line 81:


== Episode 13 Planets Circling Two Stars  ==
== Episode 13 Planets Circling Two Stars  ==
[[Image:exo_E13.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E13.jpg|left]]  My review...</br>


<blockquote>''See how data from the Kepler spacecraft confirms a scenario straight out of the movie Star Wars: a planet with two suns. Investigate the tricky orbital mechanics of these systems.…''</blockquote>
<blockquote>''See how data from the Kepler spacecraft confirms a scenario straight out of the movie Star Wars: a planet with two suns. Investigate the tricky orbital mechanics of these systems.…''</blockquote>
Line 87: Line 87:


== Episode 14 Lava Worlds  ==
== Episode 14 Lava Worlds  ==
[[Image:exo_E14.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E14.jpg|left]]  My review...</br>


<blockquote>''Explore the theoretical limit of the smallest possible orbit for a planet, taking into consideration tidal stresses and other destructive processes. Then focus on Professor Winn's search for such objects,…''</blockquote>
<blockquote>''Explore the theoretical limit of the smallest possible orbit for a planet, taking into consideration tidal stresses and other destructive processes. Then focus on Professor Winn's search for such objects,…''</blockquote>
Line 93: Line 93:


== Episode 15 Earthlike Planets  ==
== Episode 15 Earthlike Planets  ==
[[Image:exo_E15.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E15.jpg|left]]  My review...</br>


<blockquote>''Begin your search for planets that may harbor life by studying the conditions that make Earth habitable, including its distance from the Sun, surface temperature, atmosphere, and oceans. Then examine…''</blockquote>
<blockquote>''Begin your search for planets that may harbor life by studying the conditions that make Earth habitable, including its distance from the Sun, surface temperature, atmosphere, and oceans. Then examine…''</blockquote>
Line 99: Line 99:


== Episode 16 Living with a Dwarf Star  ==
== Episode 16 Living with a Dwarf Star  ==
[[Image:exo_E16.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E16.jpg|left]]  My review...</br>


<blockquote>''The most common stars are class M dwarf stars, which are smaller and less luminous than the Sun (class G). Earth-sized planets are much easier to detect around M-dwarf stars,…''</blockquote>
<blockquote>''The most common stars are class M dwarf stars, which are smaller and less luminous than the Sun (class G). Earth-sized planets are much easier to detect around M-dwarf stars,…''</blockquote>
</br>
</br>


== Episode 17 Breakthroughs of Early Greek Astronomy ==
== Episode 17 Living with a Giant Star ==
[[Image:exo_E17.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E17.jpg|left]]  My review...</br>


<blockquote>''Why were the motions of the Sun, Moon, and stars so important to ancient people? Investigate key astronomical directions noticed by all cultures. Then embark on your study of Stonehenge,…''</blockquote>
<blockquote>''In billions of years, the Sun will expand into a red giant, possibly engulfing Earth. Learn how planet-finding techniques give astronomers insight into the processes inside giant stars. Then study…''</blockquote>
</br>
</br>


== Episode 18 Our Nearest Exoplanetary Neighbors  ==
[[Image:exo_E18.jpg|left]]  My review...</br>


== Episode 18 The Genius of Hipparchus  ==
<blockquote>''Pinpoint the location of the nearest exoplanetary systems to Earth. First, get the big picture on the layout of our Milky Way galaxy, its size, and the Sun's position. Also…''</blockquote>
[[Image:exo_E18.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
 
<blockquote>''Why were the motions of the Sun, Moon, and stars so important to ancient people? Investigate key astronomical directions noticed by all cultures. Then embark on your study of Stonehenge,…''</blockquote>
</br>
</br>


== Episode 19 Finding Planets with Gravitational Lensing  ==
[[Image:exo_E19.jpg|left]]  My review...</br>


== Episode 19 Revealing the Antikythera Mechanism  ==
<blockquote>''Get a lesson in Einstein's general theory of relativity to understand an effect called gravitational microlensing, which allows astronomers to deduce a planet's existence without recording any light from the…''</blockquote>
[[Image:exo_E19.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
 
<blockquote>''Why were the motions of the Sun, Moon, and stars so important to ancient people? Investigate key astronomical directions noticed by all cultures. Then embark on your study of Stonehenge,…''</blockquote>
</br>
</br>


== Episode 20 Finding Planets with Direct Imaging  ==
[[Image:exo_E20.jpg|left]]  My review...</br>


== Episode 20 How the Antikythera Mechanism Worked  ==
<blockquote>''Turn to the most obvious way to find exoplanets: direct imaging. Explore the optics of telescopes to learn why spotting an exoplanet next to its parent star is so difficult.…''</blockquote>
[[Image:exo_E20.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
 
<blockquote>''Why were the motions of the Sun, Moon, and stars so important to ancient people? Investigate key astronomical directions noticed by all cultures. Then embark on your study of Stonehenge,…''</blockquote>
</br>
</br>


== Episode 21 Near-Term Future Planet-Finding Projects  ==
[[Image:exo_E21.jpg|left]]  My review...</br>


== Episode 21 Achievements and Legacy of Ptolemy  ==
<blockquote>''The success of exoplanetary science has spurred a wave of new projects to increase our knowledge of worlds beyond our solar system. Survey ground- and space-based programs that are now…''</blockquote>
[[Image:exo_E21.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
 
<blockquote>''Why were the motions of the Sun, Moon, and stars so important to ancient people? Investigate key astronomical directions noticed by all cultures. Then embark on your study of Stonehenge,…''</blockquote>
</br>
</br>


== Episode 22 Long-Term Future Planet-Finding Projects  ==
[[Image:exo_E22.jpg|left]]  My review...</br>


== Episode 22 Star Catalogs from around the World  ==
<blockquote>''Peer into the future at ambitious projects that may one day succeed in collecting light directly from an Earth-sized planet in the habitable zone of a nearby star. Examine three…''</blockquote>
[[Image:exo_E22.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
 
<blockquote>''Why were the motions of the Sun, Moon, and stars so important to ancient people? Investigate key astronomical directions noticed by all cultures. Then embark on your study of Stonehenge,…''</blockquote>
</br>
</br>


== Episode 23 How Ancient Astronomy Ended ==
== Episode 23 The Search for Life on Exoplanets ==
[[Image:exo_E23.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
[[Image:exo_E23.jpg|left]]  My review...</br>


<blockquote>''Why were the motions of the Sun, Moon, and stars so important to ancient people? Investigate key astronomical directions noticed by all cultures. Then embark on your study of Stonehenge,…''</blockquote>
<blockquote>''Join the quest for life on exoplanets, focusing on the search for extraterrestrial intelligence (SETI)--a hunt for signals from alien civilizations inspired by a landmark paper in 1959. See how…''</blockquote>
</br>
</br>


== Episode 24 Coming Soon: Biosignatures, Moons, and More!  ==
[[Image:exo_E24.jpg|left]]  My review...</br>


== Episode 24 Ancient Astronomy and Modern Astrophysics  ==
<blockquote>'Explore the distinctive biosignatures that show the presence of life of any kind on an exoplanet. Then close with Professor Winn's tip sheet on exoplanetary discoveries likely in the near…''</blockquote>
[[Image:exo_E24.jpg|left]]  I really liked Episode 1 as it starts to describe Stonehenge and importance of tracking the motions of the sun to its northern and southern extremes at the solstices for tracking the seasons, and thus why building alignments to determine this were important.</br>
 
<blockquote>''Why were the motions of the Sun, Moon, and stars so important to ancient people? Investigate key astronomical directions noticed by all cultures. Then embark on your study of Stonehenge,…''</blockquote>
</br>
</br>


Latest revision as of 13:58, 20 March 2019

Exoplanets.jpg

As I mentioned on the main The Great Courses page, I haven't watched this show yet, but look forward to it. For now, here is the episode guide

The Search for Exoplanets: What Astronomers Know

This is the general description of the course/series.

Half a century ago, television viewers thrilled to the exploits of the original Star Trek series with its mission “to explore strange new worlds.” Today, astronomers are doing exactly that, analyzing the data from advanced telescopes and discovering strange worlds orbiting other stars in our galaxy.


Episode 1 Why Study Exoplanets?

Exo E1.jpg

My review...

Learn about the exciting mission of exoplanetary science--the study of planets orbiting stars beyond the Sun. Review the eight planets in our solar system, which provide a baseline for understanding…


Episode 2 How to Find an Exoplanet

Exo E2.jpg

My review...

Given the extreme faintness of a planet relative to the star it orbits, how can astronomers possibly find it? Learn about direct and indirect methods of detection. As an example…


Episode 3 Doppler and Transit Planet-Finding Methods

Exo E3.jpg

My review...

Explore two other indirect approaches for finding exoplanets: first, by measuring the Doppler shift in the color of a star due to the pull of an unseen orbiting planet; and…


Episode 4 Pioneers of Planet Searching

Exo E4.jpg

My review...

Chart the history of exoplanet hunting--from a famous false signal in the 1960s, through ambiguous discoveries in the 1980s, to the big breakthrough in the 1990s, when dozens of exoplanets…


Episode 5 The Misplaced Giant Planets

Exo E5.jpg

My review...

Investigate 51 Pegasi b, the first planet detected around a Sun-like star, which shocked astronomers by being roughly the size of Jupiter but in an orbit much closer to its…


Episode 6 Explaining the Misplaced Giant Planets

Exo E6.jpg

My review...

The standard theory of planet formation is based on our solar system. But does this view require revision based on the existence of misplaced giant planets--hot Jupiters circling close to…


Episode 7 The Transits of Exoplanets

Exo E7.jpg

My review...

A tiny percentage of exoplanets can be detected transiting--or passing in front of--their host stars. Combined with Doppler shifts, transits provide information about a planet's size, mass, density, and likely…


Episode 8 Sniffing Planetary Atmospheres

Exo E8.jpg

My review...

Survey the history of spectroscopy to understand how a telescope and a diffraction grating can disclose the composition of a star and its planet. Then learn how transits and occultations…


Episode 9 Stellar Rotation and Planetary Revolution

Exo E9.jpg

My review...

Trace Professor Winn's own search for the subtle signs that tell whether a star has a tilted axis. Discover why this is an important clue in the mystery of misplaced…


Episode 10 Super-Earths or Mini-Neptunes?

Exo E10.jpg

My review...

Learn how a sensitive new instrument led the way in finding planets smaller than the Jupiter-sized giants that dominated the earliest exoplanetary discoveries. Halfway in size between Earth and Neptune,…


Episode 11 Transiting Planets and the Kepler Mission

Exo E11.jpg

My review...

The planet search took a giant leap forward in 2009 with the launch of the Kepler spacecraft, which used the transit technique to observe nearly 200,000 stars over a four-year…


Episode 12 Compact Multiplanet Systems

Exo E12.jpg

My review...

Dig deeper into the treasure trove of data from the Kepler mission, which discovered hundreds of compact multiplanet systems, with planets much more closely packed than in our solar system.…


Episode 13 Planets Circling Two Stars

Exo E13.jpg

My review...

See how data from the Kepler spacecraft confirms a scenario straight out of the movie Star Wars: a planet with two suns. Investigate the tricky orbital mechanics of these systems.…


Episode 14 Lava Worlds

Exo E14.jpg

My review...

Explore the theoretical limit of the smallest possible orbit for a planet, taking into consideration tidal stresses and other destructive processes. Then focus on Professor Winn's search for such objects,…


Episode 15 Earthlike Planets

Exo E15.jpg

My review...

Begin your search for planets that may harbor life by studying the conditions that make Earth habitable, including its distance from the Sun, surface temperature, atmosphere, and oceans. Then examine…


Episode 16 Living with a Dwarf Star

Exo E16.jpg

My review...

The most common stars are class M dwarf stars, which are smaller and less luminous than the Sun (class G). Earth-sized planets are much easier to detect around M-dwarf stars,…


Episode 17 Living with a Giant Star

Exo E17.jpg

My review...

In billions of years, the Sun will expand into a red giant, possibly engulfing Earth. Learn how planet-finding techniques give astronomers insight into the processes inside giant stars. Then study…


Episode 18 Our Nearest Exoplanetary Neighbors

Exo E18.jpg

My review...

Pinpoint the location of the nearest exoplanetary systems to Earth. First, get the big picture on the layout of our Milky Way galaxy, its size, and the Sun's position. Also…


Episode 19 Finding Planets with Gravitational Lensing

Exo E19.jpg

My review...

Get a lesson in Einstein's general theory of relativity to understand an effect called gravitational microlensing, which allows astronomers to deduce a planet's existence without recording any light from the…


Episode 20 Finding Planets with Direct Imaging

Exo E20.jpg

My review...

Turn to the most obvious way to find exoplanets: direct imaging. Explore the optics of telescopes to learn why spotting an exoplanet next to its parent star is so difficult.…


Episode 21 Near-Term Future Planet-Finding Projects

Exo E21.jpg

My review...

The success of exoplanetary science has spurred a wave of new projects to increase our knowledge of worlds beyond our solar system. Survey ground- and space-based programs that are now…


Episode 22 Long-Term Future Planet-Finding Projects

Exo E22.jpg

My review...

Peer into the future at ambitious projects that may one day succeed in collecting light directly from an Earth-sized planet in the habitable zone of a nearby star. Examine three…


Episode 23 The Search for Life on Exoplanets

Exo E23.jpg

My review...

Join the quest for life on exoplanets, focusing on the search for extraterrestrial intelligence (SETI)--a hunt for signals from alien civilizations inspired by a landmark paper in 1959. See how…


Episode 24 Coming Soon: Biosignatures, Moons, and More!

Exo E24.jpg

My review...

'Explore the distinctive biosignatures that show the presence of life of any kind on an exoplanet. Then close with Professor Winn's tip sheet on exoplanetary discoveries likely in the near…



4.5-stars.png

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