100 Days of James Webb: From Galaxies to Exoplanets

⭐Galaxies observed by James Webb have been surprisingly mature, with early formations resembling more mature disc-shaped galaxies.

🛰️Webb's ability to observe in the far infrared has allowed for the detection of galaxies just a few hundred million years after the Big Bang.

🌌The formation of galaxies in the early Universe is more complex than originally expected, with multiple theories being considered.

🌟Webb has detected the presence of water vapor and carbon dioxide in the atmospheres of exoplanets, providing valuable insights into their composition.

🔭The coronagraph on Webb has enabled the direct imaging of exoplanets, allowing for the study of their physical properties.

What has James Webb discovered about galaxy formation?

—James Webb has observed surprisingly mature galaxies in the early Universe, challenging existing theories of their formation. The galaxies resemble more mature, disc-shaped structures, indicating a more complex process than previously thought.

What have we learned about exoplanets from James Webb?

—James Webb has detected the presence of water vapor, carbon dioxide, and even silica in the atmospheres of exoplanets. This provides valuable insights into their composition and conditions, offering clues about the potential for habitability.

How has James Webb been able to directly image exoplanets?

—James Webb's coronagraph, which blocks the light from stars, allows for the direct imaging of exoplanets. This enables the study of their physical properties, such as their size, orbit, and atmosphere.

What makes James Webb's observations unique?

—James Webb's ability to observe in the far infrared range allows for the detection of galaxies and exoplanets that are otherwise invisible to other telescopes. Its groundbreaking insights challenge existing theories and open up new avenues of research.

What can we expect from James Webb in the future?

—In the future, James Webb will continue to provide stunning images and valuable data on galaxies, exoplanets, and more. Its observations will further refine our understanding of the Universe and potentially uncover new phenomena.

00:00James Webb has revealed stunning images of galaxies and provided groundbreaking insights into their formation.

05:00Webb's observations challenge existing theories of galaxy formation, with early formations resembling more mature disc-shaped galaxies.

10:00The telescope's ability to observe in the far infrared range has allowed for the detection of galaxies just a few hundred million years after the Big Bang, expanding our understanding of the early Universe.

15:00Webb has detected water vapor, carbon dioxide, and even silica in the atmospheres of exoplanets, providing valuable insights into their composition.

20:00The coronagraph on Webb has enabled the direct imaging of exoplanets, allowing for the study of their physical properties such as size, orbit, and atmosphere.