If someone told me it's been scientifically proven there's intelligent plasma entities living in the magnetic convection oceans high above the Sun's photosphere, I'd say "yeah that makes sense"

📌 "Relaxation of time-variable neutron-loaded relativistic jets across the photosphere and their GeV-TeV neutrino counterparts" 👤 Kanako Nakama, Kazumi Kashiyama, Nobuhiro Shimizu 🔗 https://t.co/63yaUSClYC #neutrino #hepex

🔥 This isn’t the Sun’s surface. You’re actually looking at a layer of the Sun’s atmosphere called the chromosphere. The true “surface” is the photosphere, the layer just beneath it.

This isn't the surface of the Sun What you are seeing is actually part of the sun's atmosphere. A section known as the chromosphere specifically. The photosphere (next layer down) is considered to be more the surface than any other part. 📸 simon2940/The Stupid Astronomer

Sure, the Sun has dark spots, but it has white ones too. These are called faculae and bright points. They show up on the photosphere, which is the Sun’s visible surface, a hot, glowing layer of gas where most of the sunlight we see comes from. But this surface isn’t smooth.

Did you know? We’ve got nuclear fusion going on… The surface of the $SUNK, known as the photosphere, has a temperature of about 5,500°C (9,932°F). However, its core reaches temperatures of around 15 million°C (27 million°F) due to the intense nuclear fusion occurring there.

Coronal streamers produce slow solar wind – they form above boundaries separating opposite magnetic polarity in the Sun's photosphere.

Photosphere

FIRMS satellite data showing possible site of interest Crimea. Zoom plus Photosphere (dated 2015 45°13'10.7"N 33°10'28.1"E ) from Google Maps

The most detailed image of solar granules The Daniel Inouye Space Telescope allows us to see not only the granules in the Sun's photosphere but also formations known as photospheric striations. These are thin white stripes on the granules. They are magnetic in nature and only

FIRMS satellite data. Pattern consistent with deliberate burning of scrub in an area where previously UKR attacked Ruzz radar. Ground image from Google Maps photosphere 45°26'39.5"N 36°14'21.5"E

Sunspot structure in remarkable clarity ☀️🔍 Active Region NOAA 13415 is observed with the Visible Broadband Imager at the @NSF Inouye Solar Telescope on August 28, 2023. The image was acquired with a 668 nm filter, which allows scientists to observe the solar photosphere. 🧵1/3

Featuring Model Mim Photography: Abhijit Dutta Shot At: Photosphere Studio, India Gear Used: Nikon Z6II • 70 180 2.8 Do support the photographer with a follow in Vero: https://t.co/q4yuUen2vV

Crimea north of Popivka. Possibly just scrub burning but this looks a likely mil occupied location. FIRMS gives an image capture time of 09.41 UTC, Google Maps has drone image/Photosphere POV 45°19'58.1"N 33°03'16.3"E dated 2021

Photosphere Dash

ویدیویی زیبا ا�� تداخل جریان پلاسما و گازهای مختلف در فتوسفر خورشید( Photosphere) که گاهی تا تاج خورشید هم گسترش پیدا میکنند. #ناسا_فارسی

"Aditya-L1's coronagraph is the exact size that lets it nearly mimic the Moon, fully covering the Sun's photosphere and allowing it an uninterrupted view of almost all of the corona 24 hours a day, 365 days a year" https://t.co/9dtzT31FI1

Day 17 of Hypercore Hype! New Map (For 2.1): Photosphere The remnants of a battleground with something to do with the core? #indiegame #gamedev

Today's Sun: Coronado PST, IMX678 camera, EQM-35 mount, Autostakkert 500x500us shots, 2-layer (disk + photosphere) composite.