Saturn's north polar hexagon in near-infrared as seen by Cassini on April 26th, with processing of Kevin Gill.

L: Assembled using raw uncalibrated near-infrared (CB2, MT2) filtered images.
Saturn - April 26 2017 | Assembled using raw uncalibrated ne… | Flickr
https://www.flickr.com/photos/kevinmgill/33937814040/



R: Assembled using raw uncalibrated near-infrared (CB2), red, green, and blue filtered images.
Saturn - April 26 2017 | Assembled using raw uncalibrated ne… | Flickr
https://www.flickr.com/photos/kevinmgill/34312504115/

Raní mejdan (našeho času). DSN zachytila telemetrii Cassini!
https://twitter.com/CassiniSaturn/status/857491952601767936

https://www.youtube.com/watch?v=YN3UugiF8Xw

Churning storms and clouds of Saturn's atmosphere in the recent raw images sent back from Cassini.



This unprocessed image shows features in Saturn's atmosphere from closer than ever before. The view was
captured by NASA's Cassini spacecraft during its first Grand Finale dive past the planet on April 26, 2017.
https://www.nasa.gov/image-feature/cassini-captures-closest-images-of-saturns-atmosphere

Nominal. Such a beautiful word. Data are flowing back to Earth, over a ~billion miles, a trip that takes 78 minutes.
https://twitter.com/CassiniSaturn/status/857494483948101632





https://eyes.nasa.gov/dsn/dsn.html
https://saturn.jpl.nasa.gov/

https://www.jpl.nasa.gov/news/news.php?feature=6831

NASA CICLOPS press release of the successful first dive of Cassini:
http://ciclops.org/view/8542/NASA-SPACECRAFT-DIVES-BETWEEN-SATURN-AND-ITS-RINGS

Saturn’s Moon Atlas Is Even More Flying Saucery Than Pan | Lights in the Dark
https://lightsinthedark.com/2017/04/13/saturns-moon-atlas-is-even-more-flying-saucery-than-pan/

Shields up ready for Mars shot | Cosmos
https://cosmosmagazine.com/space/shields-ready-mars-shot

A superconductor that deflects cosmic radiation away from interplanetary spacecraft sounds like science fiction, but it’s on its way to becoming reality.

Into the submillimeter—the early universe's formation
https://phys.org/news/2017-04-submillimeterthe-early-universe-formation.html

In order to make sense of our universe, astronomers have to work hard, and they have to push observing technology to the limit.
Some of that hard work revolves around what are called sub-millimeter galaxies (SMGs.) SMGs are galaxies that can only be observed
in the submillimeter range of the electromagnetic spectrum.

The sub-millimeter range is the waveband between the far-infrared and microwave wavebands. (It's also called terahertz radiation.)
We've only had the capability to observe in the sub-millimeter range for a couple decades. We've also increased the angular
resolution of telescopes, which helps us discern separate objects.
SMGs themselves are dim in other wavelengths, because they're obscured by dust. The optical light is blocked by the dust, and
absorbed and re-emitted in the sub-millimeter range. In the sub-millimeter, SMGs are highly luminous; trillions of times more
luminous than the sun, in fact.

'Iceball' Planet Discovered Through Microlensing
https://www.nasa.gov/feature/jpl/iceball-planet-discovered-through-microlensing

Scientists have discovered a new planet with the mass of Earth, orbiting its star at the same distance that we orbit our sun. The planet is likely far too cold
to be habitable for life as we know it, however, because its star is so faint. But the discovery adds to scientists' understanding of the types of planetary
systems that exist beyond our own.

The newly discovered planet, called OGLE-2016-BLG-1195Lb, aids scientists in their quest to figure out the distribution of planets in our galaxy. An open question
is whether there is a difference in the frequency of planets in the Milky Way's central bulge compared to its disk, the pancake-like region surrounding the bulge.
OGLE-2016-BLG-1195Lb is located in the disk, as are two planets previously detected through microlensing by NASA's Spitzer Space Telescope.

Studentka přírodovědecké fakulty na Univerzitě Sfax v Tunisu aktuálně píše odsouhlasenou doktorandskou práci, jejímž cílem je
„popřít objevy známé stovky let, aby se věda dostala do souladu s Koránem“. Informoval o tom francouzský deník Le Figaro.

Cílem studie je, aby se věda dostala do souladu s Koránem
Studentka Jamael Touirová již šestým rokem pracuje na písemné práci nazvané Plochý geocentrický model, důvody a působení
klimatických a paleoklimatických studií. Snaží se v ní dokázat, že Země je plochá a Slunce se kolem ní otáčí.

„Ve známých fyzikálních zákonech se nám podařilo najít slabiny a vyvrátit Newtonovy, Keplerovy a Einsteinovy zákony a navrhujeme
novou vizi pohybu těles, která bude v souladu s verši Koránu. Rovněž jsme vyvrátili teorii velkého třesku a rozpínání vesmíru,“
píše studentka ve své práci.

Magazín Jeune Afrique ocitoval další části její studie: „Všechna fakta a nábožensko-fyzikální argumenty potvrzují centrální polohu,
fixaci a plochý povrch Země a obíhání Slunce a Měsíce kolem ní.“ Jamael Touirová dále tvrdí, že hvězdy jsou od Země vzdálené pouze
7 milionů kilometrů, mají průměr 292 kilometrů a jejich počet je omezený. Mají tři funkce: zdobit oblohu, kamenovat ďábly a ukazovat
tvorům na Zemi cestu temnotou.

Eurodenik - Doktorandka na tuniské univerzitě píše práci o tom, že Země není kulatá a Slunce obíhá kolem ní
http://eurodenik.cz/...niske-univerzite-pise-praci-o-tom-ze-zeme-neni-kulata-a-slunce-obiha-kolem-ni

Real Time Simulation: Follow Cassini on its Grand Finale
https://www.youtube.com/watch?v=OQKIMz1zLOk


Cassini Grand Finale Realtime Simulation
http://www.lizard-tail.com/isana/orb/misc/cassini_spacecraft/

The Cassini spacecraft’s dive in between Saturn’s rings, explained - Vox
https://www.vox.com/...health/2017/4/26/15420666/cassini-spacecraft-dives-saturn-rings-google-doodle