Advertisement · 728 × 90
#
Hashtag
#PlanckSatellite
Advertisement · 728 × 90
Stunning color-coded map of the Milky Way's magnetic field, created by the Planck satellite. The image reveals the strength of the field in the central disk, appearing as swirling blue and orange hues.  This visualization highlights the complex interplay of charged gas and magnetism in our galaxy.

Stunning color-coded map of the Milky Way's magnetic field, created by the Planck satellite. The image reveals the strength of the field in the central disk, appearing as swirling blue and orange hues. This visualization highlights the complex interplay of charged gas and magnetism in our galaxy.

Astronomy Picture from 27/01/2015

Our Galaxy's Magnetic Field from Planck

Source: https://apod.nasa.gov/apod/ap150127.html


#MilkyWayMagneticField #PlanckSatellite #GalacticMagnetism #SpaceScience #AstronomyImage #CosmicBeauty #InterstellarMedium #Astrophysics #GalaxyMap #ScienceImage

0 1 1 0
A full-sky image from ESA's Planck satellite reveals the Milky Way's magnetic field structure.  Curvy lines depict the magnetic field, with dark red indicating the galactic plane.  Arches above the plane are likely remnants of past explosions.  The image highlights the role of magnetic fields in shaping the interstellar medium and influencing star formation.

A full-sky image from ESA's Planck satellite reveals the Milky Way's magnetic field structure. Curvy lines depict the magnetic field, with dark red indicating the galactic plane. Arches above the plane are likely remnants of past explosions. The image highlights the role of magnetic fields in shaping the interstellar medium and influencing star formation.

Astronomy Picture from 17/06/2020

Magnetic Streamlines of the Milky Way

Source: https://apod.nasa.gov/apod/ap200617.html


#MilkyWayMagnetism #InterstellarMedium #PlanckSatellite #CosmicMagneticFields #SpaceScience #Astronomy #Astrophysics #GalaxyEvolution #StarFormation #MagneticFields

0 0 1 0
Stunning infrared image of the Milky Way's dust tapestry, revealing intricate filamentary structures within 500 light-years of Earth.  Red depicts gas at 10 Kelvin, white at 40 Kelvin. The pink band is warm gas in the galactic plane. Bright regions show dense molecular clouds forming stars; dimmer areas are diffuse interstellar gas and dust.  This image combines data from the Planck and IRAS satellites, providing insight into our galaxy's history and star formation.

Stunning infrared image of the Milky Way's dust tapestry, revealing intricate filamentary structures within 500 light-years of Earth. Red depicts gas at 10 Kelvin, white at 40 Kelvin. The pink band is warm gas in the galactic plane. Bright regions show dense molecular clouds forming stars; dimmer areas are diffuse interstellar gas and dust. This image combines data from the Planck and IRAS satellites, providing insight into our galaxy's history and star formation.

Astronomy Picture from 22/03/2010

The Nearby Milky Way in Cold Dust

Source: https://apod.nasa.gov/apod/ap100322.html


#MilkyWay #CosmicDust #InfraredAstronomy #PlanckSatellite #StarFormation #InterstellarMedium #SpaceExploration #GalaxyEvolution #AstronomyImage #Astrophysics

0 0 1 0
Post image

Did you know? 🛰️🌌

The Planck satellite mapped the oldest light in the universe—leftover from the Big Bang 13.8 billion years ago! 💥 Thanks to Planck, we understand the universe’s age & makeup like never before! 🤯✨

#PlanckSatellite #BigBang #CosmicMicrowaveBackground #SpaceScience

0 0 0 0