Cosmic latte
| Cosmic latte | ||
|---|---|---|
| (98, 15, 70°) | ||
| Source | JHU | |
| ISCC–NBS descriptor | Pale yellow green | |
| B: Normalized to [0–255] (byte) | ||
Due to flawed calculations, the average color of the universe was originally thought to be turquoise.[1] | ||
| Cosmic spectrum green | ||
Cosmic latte is the average color of the galaxies of the
#FFF8E7.
Discovery of the color
Finding the average colour of the universe was not the focus of the study. Rather, the study examined spectral analysis of different galaxies to study star formation. Like Fraunhofer lines, the dark lines displayed in the study's spectral ranges display older and younger stars and allow Glazebrook and Baldry to determine the age of different galaxies and star systems. What the study revealed is that the overwhelming majority of stars formed about 5 billion years ago. Because these stars would have been "brighter" in the past, the color of the universe changes over time, shifting from blue to red as more blue stars change to yellow and eventually red giants.
As light from distant galaxies reaches the Earth, the average "color of the universe" (as seen from Earth) tends towards pure white, due to the light coming from the stars when they were much younger and bluer.[3]
Naming the color
The corrected color was initially published on the Johns Hopkins University (JHU) News website and updated on the team's initial announcement.[4] Multiple news outlets, including NPR and BBC, displayed the color in stories[5] and some relayed the request by Glazebrook on the announcement asking for suggestions for names, jokingly adding all were welcome as long as they were not "beige".[6][1]
These were the results of a vote of the JHU astronomers involved based on the new color:[7]
| Color name | Credit | Votes |
|---|---|---|
| Cosmic Latte | Peter Drum | 6 |
| Cappuccino Cosmico | Peter Drum | 17 |
| Big Bang Buff/Blush/Beige | Several entrants | 13 |
| Cosmic Cream | Several entrants | 8 |
| Astronomer Green | Unknown | 8 |
| Astronomer Almond | Lisa Rose | 7 |
| Skyvory | Michael Howard | 7 |
| Univeige | Several entrants | 6 |
| Cosmic Khaki | Unknown | 5 |
| Primordial Clam Chowder | Unknown | 4 |
Though Drum's suggestion of "cappuccino cosmico" received the most votes, the researchers favored Drum's other suggestion, "cosmic latte". "Latte" means "milk" in Italian, Galileo's native language, and the similar "latteo" means "milky", similar to the Italian term for the Milky Way, "Via Lattea". They enjoyed the fact that the color would be similar to the Milky Way's average color as well, as it is part of the sum of the universe.[7][8] They also claimed to be "caffeine biased".[3]
See also
- Cosmic microwave background – Trace radiation from the early universe
- Electromagnetic spectrum – Range of frequencies or wavelengths of electromagnetic radiation
- List of colors
- Shades of white – Varieties of the color white
- Variations of white– Varieties of the color white
- Visible spectrum – Portion of the electromagnetic spectrum that is visible to the human eye
References
- ^ a b "Universe: Beige, not Turquoise". Wired. 8 March 2002. Archived from the original on 24 July 2008. Retrieved 26 August 2020.
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- ^ a b Glazebrook, Karl; Baldry, Ivan (28 December 2004). "The Cosmic Spectrum". Astrophysics Research Institute. Retrieved 17 August 2017.
- ^ "Color of the Universe Corrected by Astronomers" (Press release). Astrophysics Research Institute. Johns Hopkins University Office of News and Information. 7 March 2002. Retrieved 26 August 2020.
- ^ Valentine, Vikki (7 March 2002). "The Color of the Universe Is..." NPR. Retrieved 17 August 2017.
- ^ "Universe is off colour". BBC. 8 March 2002. Retrieved 17 August 2017.
- ^ a b "The Cosmic Spectrum". 5 October 2002. Archived from the original on 5 October 2002. Retrieved 17 August 2017.
- ISSN 0190-8286. Retrieved 17 August 2017.
External links
- Official project website: The Cosmic Spectrum at the Wayback Machine (archived 22 December 2016)
- NASA Astronomy Picture of the Day: The Average Color of the Universe (1 November 2009)