Датотека:CARMA-7.jpg

Sadržaj stranice nije podržan na drugim jezicima
Ovo je datoteka sa Vikimedijine ostave
S Vikipedije, slobodne enciklopedije

Originalna datoteka(3.536 × 1.172 piksela, veličina datoteke: 908 kB, MIME tip: image/jpeg)

Opis izmene

Opis

The power of the Atacama Large Millimeter/submillimeter Array (ALMA) reveals two immense, rippled jets of dense gas with near-perfect symmetry emanating from a single source at the centre of this image. At their origin lies an extremely young star — called a protostar — that is beginning the long journey to becoming a star much like the Sun.

The infant star, known as CARMA-7, and its jets are located approximately 1400 light-years from Earth within the Serpens South star cluster. This dense cluster, predictably found in the constellation of Serpens (The Serpent), is home to at least 30 more protostars that are sparking into existence in close proximity, providing astronomers with a perfect laboratory in which to study the interactions between stars and their environment.

The first steps of a star’s life are still poorly understood, but astronomers concluded that these knotted, smoky jets are caused by periodic outbursts of gas, ejected at tremendous speeds from CARMA-7 into its surroundings. These outbursts are triggered by material infalling onto the protostar from an orbiting disc. As the jets speed away from their infant star, they collide with interstellar material causing them to slow and spread out. One day, that material may collapse and form yet another generation of stars.
Datum
Izvor https://www.eso.org/public/images/potw1545a/
Autor ESO/A. Plunkett
Dozvola
(Ponovno korišćenje ove datoteke)
This media was created by the European Southern Observatory (ESO).
Their website states: "Unless specifically noted, the images, videos, and music distributed on the public ESO website, along with the texts of press releases, announcements, pictures of the week, blog posts and captions, are licensed under a Creative Commons Attribution 4.0 International License, and may on a non-exclusive basis be reproduced without fee provided the credit is clear and visible."
To the uploader: You must provide a link (URL) to the original file and the authorship information if available.
w:sr:Krijejtiv komons
autorstvo
Ova datoteka je dostupna pod licencom Creative Commons Autorstvo 4.0 Međunarodna.
Dozvoljeno je:
  • da delite – da umnožavate, raspodeljujete i prenosite delo
  • da prerađujete – da preradite delo
Pod sledećim uslovima:
  • autorstvo – Morate da date odgovarajuće zasluge, obezbedite vezu ka licenci i naznačite da li su izmene napravljene. Možete to uraditi na bilo koji razuman manir, ali ne na način koji predlaže da licencator odobrava vas ili vaše korišćenje.

Natpisi

Dodajte objašnjenje u jednom redu o tome šta ova datoteka predstavlja

Stavke prikazane u ovoj datoteci

prikazuje

status autorskog prava Serbian (transliteracija)

zaštićeno autorskim pravima Serbian (transliteracija)

9. novembar 2015

kontrolna suma Serbian (transliteracija)

f251ca8f3dec69444cf6814e6d79b67f59185f8c

veličina podatka Serbian (transliteracija)

929.677 bajt

visina Serbian (transliteracija)

1.172 piksel

širina Serbian (transliteracija)

3.536 piksel

Istorija datoteke

Kliknite na datum/vreme da biste videli tadašnju verziju datoteke.

Datum/vremeMinijaturaDimenzijeKorisnikKomentar
trenutna16:19, 15. maj 2023.Minijatura za verziju na dan 16:19, 15. maj 2023.3.536 × 1.172 (908 kB)Юрий Д.К.{{Information |Description=The power of the Atacama Large Millimeter/submillimeter Array (ALMA) reveals two immense, rippled jets of dense gas with near-perfect symmetry emanating from a single source at the centre of this image. At their origin lies an extremely young star — called a protostar — that is beginning the long journey to becoming a star much like the Sun. The infant star, known as CARMA-7, and its jets are located approximately 1400 light-years from Earth within the Serpens Sout...

Sledeća stranica koristi ovu datoteku:

Globalna upotreba datoteke

Drugi vikiji koji koriste ovu datoteku:

Metapodaci