The Flickr Exoplanets Image Generatr

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This page simply reformats the Flickr public Atom feed for purposes of finding inspiration through random exploration. These images are not being copied or stored in any way by this website, nor are any links to them or any metadata about them. All images are © their owners unless otherwise specified.

This site is a busybee project and is supported by the generosity of viewers like you.

2M1510 (AB) b, a planet in a perpendicular orbit around two brown dwarfs by European Southern Observatory

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2M1510 (AB) b, a planet in a perpendicular orbit around two brown dwarfs

This is an artist’s impression of the exoplanet 2M1510 (AB) b’s unusual orbit around its host stars, a pair of brown dwarfs. The newly discovered planet has a polar orbit, which is perpendicular to the plane in which the two stars are travelling.

Polar planets around single stars had been found before, as well as polar discs of gas and dust capable of forming planets around binary stars. But thanks to ESO’s Very Large Telescope (VLT) this is the first time we have strong evidence that such a planet actually exists in a polar orbit around two stars.

The two brown dwarfs appear as a single source in the sky, but astronomers know there are two of them because they periodically eclipse each other. Using the UVES spectrograph on the VLT they measured their orbital speed, and noticed that their orbits change over time. After carefully ruling out other explanations, they concluded that the gravitational tug of a planet in a polar orbit was the only way to explain the motion of the brown dwarfs.

Credit: ESO/L. Calçada

2M1510 AB, a pair of brown dwarfs with an exoplanet in a perpendicular orbit by European Southern Observatory

Available under a Creative Commons by license

2M1510 AB, a pair of brown dwarfs with an exoplanet in a perpendicular orbit

This image, taken in visible light, shows 2M1510 AB, a pair of brown dwarfs orbiting each other. The two brown dwarfs, A and B, are seen as a single source in this image, but we know there are two of them because they periodically eclipse each other. When monitoring their orbits, astronomers found perturbations that can only be explained by the gravitational tug of an exoplanet circling both brown dwarfs in a perpendicular orbit. This system contains a third brown dwarf, 2M1510 C, which is located too far away to be responsible for these perturbations.

Credit: DESI Legacy Survey/D. Lang (Perimeter Institute)

Artist’s impression of an exoplanet around two brown dwarfs by European Southern Observatory

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Artist’s impression of an exoplanet around two brown dwarfs

This illustration shows an exoplanet orbiting around two brown dwarfs –– objects bigger than gas-giant planets but too small to be proper stars.

Credit: ESO/M. Kornmesser

Webb Forecasts Partially Cloudy Skies on Ultra-Hot Neptune LTT 9779 b. by James Webb Space Telescope

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Webb Forecasts Partially Cloudy Skies on Ultra-Hot Neptune LTT 9779 b.

Today’s weather: 3600F degrees, partly cloudy, and 100% chance of radiation!

Webb gave us a peek into how planets evolve under extreme circumstances, by taking a look at a rare type of exoplanet called an ultra-hot Neptune. According to the lead researcher Louis-Philippe Coulombe, “Finding a planet of that size so close to its host star is like finding a snowball that hasn’t melted in a fire.”

Like Earth’s moon, LTT 9779 b is tidally locked so that one side is always facing its star. Though the day side is a searing 3600F (2000C), reflective clouds keep the western side of that face cooler than the eastern side. It’s likely that this uneven distribution of heat and clouds, is driven by powerful winds that transport heat around the planet. Being close to the star also means the planet is subject to constant radiation. This makes it a unique laboratory for understanding clouds and the transport of heat on highly irradiated planets.

Read more: exoplanetes.umontreal.ca/en/jwst-forecasts-partially-clou...

The image is an artist concept of LTT 9779 b.

Credit: Benoit Gougeon; Université de Montréal

Description: An artist concept of an exoplanet. It shows the brightly lit day-time face, with the left half only shrouded in white clouds. The right half of the planet is organge in appearance. The planet is depicted on a black background. The words Artist Concept appear in white in the right center of the image.

Dimensional Alien Abduction by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Dimensional Alien Abduction

Dimensional Alien Abduction

Seer of Dimensions by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Seer of Dimensions

Seer of Dimensions

Satellite Transmission Fourth Dimension by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Satellite Transmission Fourth Dimension

Satellite Transmission Fourth Dimension

Mergence by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Mergence

Mergence

A Computers Computer Equation by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

A Computers Computer Equation

A Computers Computer Equation

Valley of Times Past by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Valley of Times Past

Valley of Times Past

Seer of Times Past by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Seer of Times Past

Seer of Times Past

Past Present by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Past Present

Past Present

Counterclockwise by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Counterclockwise

Counterclockwise

Sun Moon by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Sun Moon

Sun Moon

Exoplanet Convergence by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Exoplanet Convergence

Exoplanet Convergence

Knowledge Wisdom Understanding by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Knowledge Wisdom Understanding

Knowledge Wisdom Understanding

Artist’s impression of supersonic winds on WASP-127b by European Southern Observatory

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Artist’s impression of supersonic winds on WASP-127b

This artist’s visualisation of WASP-127b, a giant gas planet located about 520 light-years from Earth, shows its newly discovered supersonic jet winds that move around the planet’s equator. With a speed of 9 km per second (33 000 km/h), this is the fastest jetstream of its kind ever measured in the Universe.

By tracking the speed of molecules in the atmosphere with the CRIRES+ instrument on ESO’s Very Large Telescope, researchers found that one side of the planet’s atmosphere is moving towards us and the other away from us. This indicates that there is a powerful wind current going around the planet.

Credit: ESO/L. Calçada

Dimensional Displacement by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Dimensional Displacement

Dimensional Displacement

Dimensional Portal by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Dimensional Portal

Dimensional Portal

Amidst Dimensions by Reginald Staples StrictMaximus

© Reginald Staples StrictMaximus, all rights reserved.

Amidst Dimensions

Amidst Dimensions