2023-02-17 · auto-analysis (draft)
Black Holes, Exoplanets & other Webb Telescope Discoveries w/ Amber Straughn (NASA) | EP #27
The conversation introduces the James Webb Space Telescope, its significance, and the search for life on exoplanets, while also discussing the concept of moonshots and the technology required to achieve them. The conversation focuses on the launch, deployment, and early discoveries of the James Webb Space Telescope, highlighting its engineering challenges and NASA's achievements. Amber Straughn discusses the James Webb Space Telescope's observations of the earliest galaxies, the role of dark matter, and the estimated number of galaxies in the universe. The podcast discusses recent discoveries in exoplanet studies and the role of black holes in galaxy evolution, with a focus on the advancements made by the James Webb Space Telescope. The conversation covers the advancements in exoplanet discovery with JWST, the possibility of life in the universe, the future of space exploration, and the
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Topics Space Telescopes Space ▶ 0:00 Discussion about the James Webb Space Telescope (JWST) and its significance.
Black Holes Space ▶ 4:10 Amber Straughn mentions the conversation will include black holes.
Exoplanets Space ▶ 4:15 Amber Straughn discusses the search for life on exoplanets.
Moonshots Other ▶ 9:34 Peter Diamandis discusses the concept of moonshots and the technology required to achieve them.
Galaxy Discoveries Space ▶ 19:35 Highlights the discovery of early galaxies by the JWST, emphasizing its ability to look back in time to the universe's early stages.
Engineering Challenges Space ▶ 15:37 Describes the engineering challenges and deployment process of the JWST, including its origami design and complex deployment system.
NASA's Achievements Space ▶ 18:09 Praises NASA's achievements with the JWST, emphasizing its success and the organization's capabilities.
Galactic Formation Space ▶ 19:47 Amber Straughn discusses the telescope's ability to observe the earliest galaxies formed after the Big Bang.
Dark Matter Space ▶ 22:45 Amber Straughn explains the role of dark matter in galaxy evolution and its effects on early galaxies.
Number of Galaxies Space ▶ 25:03 Amber Straughn provides estimates on the number of galaxies in the universe, ranging from 200 billion to 20 trillion.
Multiverse Theory Space ▶ 28:19 Amber Straughn mentions the Multiverse Theory, acknowledging it as a theory rather than confirmed fact.
James Webb Space Telescope Space ▶ 36:14 Amber Straughn explains how the James Webb Space Telescope is advancing our understanding of galaxy evolution and exoplanet studies.
Sleep and Longevity Health ▶ 37:04 Peter Diamandis shares his personal experience with sleep and promotes a longevity supplement called Peak Rest from Life Force.
Exoplanet Discoveries Space ▶ 38:57 Discussion on how the James Webb Space Telescope (JWST) is improving exoplanet discovery and analysis compared to the Kepler mission.
Predictions made open Amber Straughn : The technology to fulfill the objective of the JWST didn't exist when the objective was set.
“the technology to fulfill what you want to do doesn't exist when you set your objective and because if it existed it would be easy”
Your call:
⏩ Sooner
🎯 On time
🐢 Later
🚫 Never
open Amber Straughn : The JWST will continue to make significant discoveries in the coming years.
“we could talk for hours about the discovery but if I'm going to pick one...”
Your call:
⏩ Sooner
🎯 On time
🐢 Later
🚫 Never
open Amber Straughn : Theories of the early universe will need to be adjusted based on the JWST's observations.
“we have to tweak our theories of the early universe”
Your call:
⏩ Sooner
🎯 On time
🐢 Later
🚫 Never
open Amber Straughn : We will gain a better understanding of how galaxies evolved over cosmic history with the James Webb Space Telescope.
“it's sort of the same concept whereas Hubble was only able to look back so far um with jwst we're able to push back even further and see these processes playing out earlier in the universe”
Your call:
⏩ Sooner
🎯 On time
🐢 Later
🚫 Never
open Amber Straughn : There is other life in the universe, but we may never make contact due to travel times.
“I'm Still Holding Out for warp drive but you know well me too”
Your call:
⏩ Sooner
🎯 On time
🐢 Later
🚫 Never
open Amber Straughn : The James Webb Space Telescope will make an epic discovery, such as the detection of life on an exoplanet, in the next 5 years.
“Discovery of you know a planet that has a surface that has some life form on it”
Your call:
⏩ Sooner
🎯 On time
🐢 Later
🚫 Never
open Amber Straughn : Revolutionary discoveries about the nature of dark matter and dark energy could be made.
“Revolutionary dis discovery about the nature of dark matter or dark energy would be um that would be incredible”
Your call:
⏩ Sooner
🎯 On time
🐢 Later
🚫 Never
Numbers that matter 24/7 continuous monitoring Amber uses a continuous glucose monitor to understand her physiology and genetics. 100 times more powerful than Hubble The James Webb Space Telescope is 100 times more powerful than the Hubble Telescope. 10 new technologies Engineers had to invent 10 brand new technologies to make the JWST a reality. 25 years The JWST mission has been in development for over 25 years. 10 billion USD Budget of the JWST program. 2 weeks Time taken for the JWST to fully deploy in space. 6 months Time taken for the JWST to be fully operational after launch. 100 billion stars per galaxy Average number of stars in a galaxy. 200 billion to 20 trillion galaxies Estimated number of galaxies in the universe. 10,000 galaxies in a small patch of sky Number of galaxies in a small field of view observed by JWST. 6.02 * 10^23 Avogadro's number, which is close to the estimated number of stars in the universe based on the number of galaxies and stars per galaxy. 1-2 The Milky Way galaxy is estimated to have a couple hundred billion stars and probably a trillion of planets. 80% Even if we travel at the speed of light, we still couldn't get to 80% of the stars in the universe. 5% Only 5% of the universe is made up of matter and energy we can see or sense, while 95% is dark matter and dark energy. hundreds Newborn stars visible in the Karina nebula image.