210:. Its cameras combined produces the equivalence of a 600 megapixel camera. The resolution of the camera is about 0.2 arcseconds in the visible spectrum and 0.3 arcseconds in the infrared spectrum. The SNAP would also have a spectrograph attached to it. The purpose of it is to detect what type of supernova SNAP is observing, determine the redshift, detect changes between different supernovas, and store supernova spectra for future reference.
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202:. This consists of a main mirror with a diameter of 2 meters to take in light. It reflects this light to a second mirror. Then this light is transferred to two additional smaller mirrors which direct the light to the spacecraft's instruments. It will also contain 72 different cameras. 36 of them are able to detect
181:
and determine the nature of dark energy. To achieve these goals, the spacecraft needed to be able to detect these supernova when they are at their brightest moment. The mission was proposed as an experiment for the JDEM. The satellite observatory would be capable of measuring up to 2,000 distant
194:
from supernovas than what is seen from Earth. The SNAP would detect redshifts of 1.7 from distant supernovas up to 10 billion light years away. At this distance, the acceleration of the universe is easily seen. To measure the presence of dark energy, a process called weak lensing can be used.
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each year of its three-year mission lifetime. SNAP was also planned to observe the small distortions of light from distant galaxies to reveal more about the expansion history of the universe. SNAP was initially planned to launch in 2013.
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The supernovas that SNAP would detect may not all be SN 1a type. Some other 1b and 1c type supernovas have similar spectra which could potentially confuse SNAP.
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2007:
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Hypothetical gray dust could contaminate results. Gray dust absorbs all wavelengths of light, making supernovas dimmer than they actually are.
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79:(ADEPT), as the highest priority for development in the decade around 2020. This would be a 1.5-meter telescope with a 144-megapixel
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The SuperNova
Acceleration Probe (SNAP) mission was proposed to provide an understanding of the mechanism driving the
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68:
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472:"Supernova/Acceleration Probe (SNAP): An Experiment to Measure the Properties of the Accelerating Universe"
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1975:
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1059:
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Any objects between the viewed supernova and the SNAP could gravitationally produce inaccurate results.
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To understand what is driving the acceleration of the universe, scientists need to see greater
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each year of its three-year mission lifetime, and will additionally study the structure of
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1999:
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light onto an array of solid-state detectors. The mission is designed to be deployed in a
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75:(WFIRST) mission, a renamed JDEM-Omega proposal which has superseded SNAP, Destiny, and
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The behavior of supernovas could potentially be altered by its binary-star system.
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will derive the expansion of the universe by measuring up to 3,000 distant
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The Dark Energy Space
Telescope (Destiny), was a planned project by
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351:"An Integral Field Spectrograph for SNAP Supernova Identification"
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31:
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This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
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This article incorporates text from this source, which is in the
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JDEM recognized several potential problems of the SNAP project:
101:
57:
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67:
In August 2010, the Board on
Physics and Astronomy of the
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144:
with a 1.8 metre primary mirror. The telescope images
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The SNAP would have used an optical setup called the
108:, designed to perform precision measurements of the
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2412:
2313:
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1535:
1387:
1232:
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841:
675:
630:
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2649:Artificial satellites at Earth-Sun Lagrange points
165:The Destiny proposal has been superseded by the
408:"How Is SNAP Going to Learn About Dark Energy?"
87:. The expected cost is around US$ 1.6 billion.
83:focal plane array, located at the Sun-Earth L2
540:
230:The SNAP proposal has been superseded by the
8:
566:
547:
533:
525:
128:in the universe by measuring millions of
271:
52:that planned to focus on investigating
303:
301:
282:. NOAO. 17 August 2006. Archived from
77:Advanced Dark Energy Physics Telescope
96:Dark Energy Space Telescope (Destiny)
7:
314:. Federal Government. Archived from
232:Wide Field Infrared Survey Telescope
167:Wide Field Infrared Survey Telescope
73:Wide Field Infrared Survey Telescope
260:Wide-field Infrared Survey Explorer
173:SuperNova Acceleration Probe (SNAP)
25:
2575:List of proposed space telescopes
1256:Nancy Grace Roman Space Telescope
56:. JDEM was a partnership between
2603:
2602:
491:
452:
420:
388:
331:
244:
1477:Nautilus Deep Space Observatory
112:to provide an understanding of
1:
2585:List of heliophysics missions
2639:Spacecraft using halo orbits
179:acceleration of the universe
18:Supernova/Acceleration Probe
2565:Great Observatories program
69:National Science Foundation
2665:
2056:Orbiting Solar Observatory
134:weak gravitational lensing
2608:Category:Space telescopes
2598:
280:"Destiny project website"
62:U.S. Department of Energy
42:Joint Dark Energy Mission
2570:List of space telescopes
518:1 September 2018 at the
206:and the other 36 detect
200:three-mirror anastigmat
1896:HEAO-2 (Einstein Obs.)
440:"Spacecraft and orbit"
71:(NSF) recommended the
37:
1517:Space Solar Telescope
35:
2634:Cancelled spacecraft
2590:List of planetariums
1487:NRO donation to NASA
450:on 23 November 2016.
152:about the Sun-Earth
140:features an optical
136:survey. The Destiny
36:JDEM design proposal
27:Proposed space probe
2286:(Mission completed)
571:Radio and Microwave
513:JDEM at Berkley Lab
418:on 26 January 2018.
386:on 24 October 2017.
2223:Suzaku (Astro-EII)
2048:OAO-3 (Copernicus)
2032:Mikhailo Lomonosov
1880:Hinotori (Astro-A)
1482:New Worlds Mission
252:Spaceflight portal
38:
2616:
2615:
2514:SIM & SIMlite
1888:Hisaki (SPRINT-A)
1848:Hakucho (CORSA-b)
1402:Astro-1 Telescope
1228:
1227:
479:supernova.lbl.gov
309:"New initiatives"
91:Earlier proposals
16:(Redirected from
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2629:Space telescopes
2606:
2605:
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2401:Hitomi (Astro-H)
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1138:or unclassified)
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446:. Archived from
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382:. Archived from
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356:. Astro-ph. 2003
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2271:Yokoh (Solar-A)
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2239:Tenma (Astro-B)
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2000:LISA Pathfinder
1994:
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1856:HALCA (MUSES-B)
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376:"SNAP homepage"
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118:space telescope
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2013:
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1639:ASCA (Astro-D)
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1437:Hypertelescope
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1417:Fresnel Imager
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1060:Max Valier Sat
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1041:
1033:
1025:
1017:
1009:
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996:HXMT (Insight)
993:
988:Einstein Probe
985:
977:
972:Chandra (AXAF)
969:
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958:
948:
947:
945:
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928:
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703:constellation
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507:External links
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321:on 10 May 2013
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286:on 18 May 2019
270:
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208:infrared light
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160:Lagrange point
155:
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85:Lagrange point
50:Einstein probe
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2283:Hibernating
2035:(2016–2019?)
1578:(1962, 1964)
1472:Nano-JASMINE
1296:NEO Surveyor
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483:. Retrieved
478:
466:
448:the original
444:snap.lbl.gov
443:
434:
416:the original
412:snap.lbl.gov
411:
402:
384:the original
380:snap.lbl.gov
379:
370:
358:. Retrieved
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323:. Retrieved
316:the original
288:. Retrieved
284:the original
274:
229:
212:
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189:
176:
164:
99:
66:
45:
41:
39:
29:
2644:Dark energy
2396:(2014–2015)
2348:(2012–2013)
2314:Lost/Failed
2305:(1998–2010)
2297:(1998–2005)
2274:(1991–2001)
2266:(2001–2010)
2250:(1970–1973)
2242:(1983–1985)
2234:(1975–1980)
2226:(2005–2015)
2218:(2003–2020)
2210:(2011–2019)
2202:(1979–1985)
2194:(1975–1979)
2186:(1972–1973)
2178:(1992–2004)
2170:(1995–2012)
2162:(1990–1999)
2154:(2002–2018)
2146:(1983–1984)
2138:(2009–2013)
2122:(2006–2016)
2051:(1972–1981)
2043:(1968–1973)
2027:(1996–1997)
2019:(2003–2019)
2011:(2015–2017)
2003:(2015–2017)
1995:(1997–2002)
1987:(1990–2001)
1979:(2009–2018)
1971:(1996–2004)
1963:(1978–1996)
1955:(1996–1998)
1947:(1995–1996)
1923:(1989–1993)
1915:(2000–2008)
1907:(1979–1981)
1899:(1978–1982)
1891:(2013–2023)
1883:(1981–1991)
1875:(2009–2013)
1867:(1977–1979)
1859:(1997–2005)
1851:(1979–1985)
1843:(1989–1998)
1835:(1987–1991)
1827:(1990–1992)
1819:(2003–2013)
1811:(1987–2001)
1803:(1999–2007)
1795:(1992–2001)
1787:(1983–1986)
1776:Explorer 11
1747:(2017–2019)
1739:(1989–1993)
1731:(1975–1982)
1723:(2006–2013)
1715:(1991–2000)
1707:(2003–2008)
1699:(1996–2003)
1691:(1974–1976)
1683:(1983–1991)
1642:(1993–2000)
1634:(1973–1974)
1626:(2017–2019)
1618:(1979–1982)
1610:(1974–1980)
1602:(1971–1972)
1594:(1967–1969)
1570:(1962–1972)
1562:(1993–2005)
1554:(2006–2011)
1546:(2007–2024)
843:Ultraviolet
262:(2009–2011)
114:dark energy
54:dark energy
2623:Categories
2255:Vanguard 3
1567:Alouette 1
1407:AstroSat-2
1124:XMM-Newton
640:James Webb
267:References
234:(WFIRST).
184:supernovae
169:(WFIRST).
150:halo orbit
138:spacecraft
122:supernovae
2458:Eddington
2413:Cancelled
1920:Hipparcos
1328:Spektr-UV
1193:Mini-EUSO
1185:ISS-CREAM
1036:Spektr-RG
956:Gamma-ray
851:Aditya-L1
742:Hayabusa2
619:Queqiao 2
563:Operating
192:redshifts
142:telescope
48:) was an
2509:Sentinel
2207:Spektr-R
2143:RELIKT-1
1984:Kristall
1872:Herschel
1696:BeppoSAX
1452:JEM-EUSO
1447:iWF-MAXI
1389:Proposed
1352:LiteBIRD
1344:Spektr-M
1076:MinXSS-2
1004:INTEGRAL
867:Astrosat
693:Astrosat
632:Infrared
516:Archived
485:14 March
360:14 March
325:14 March
290:14 March
238:See also
146:infrared
130:galaxies
110:universe
60:and the
2558:Related
2469:FINESSE
2447:Destiny
2430:Astro-G
2393:Tsubame
2385:Astro-E
2361:ABRIXAS
2215:Spitzer
2199:Solwind
2151:R/HESSI
2111:Orion 2
2103:Orion 1
1808:Kvant-1
1704:CHIPSat
1667:Astro-2
1647:Astro-1
1623:ASTERIA
1615:Ariel 6
1607:Ariel 5
1599:Ariel 4
1591:Ariel 3
1583:Ariel 2
1575:Ariel 1
1536:Retired
1527:THESEUS
1512:Solar-D
1507:PhoENiX
1347:(2030+)
1304:JASMINE
1272:Xuntian
1240:SPHEREx
1233:Planned
782:NEOSSat
677:Optical
603:Queqiao
64:(DOE).
2534:TAUVEX
2441:Darwin
2420:Aelita
2404:(2016)
2388:(2000)
2380:(1999)
2372:(1996)
2369:HETE-1
2364:(1999)
2356:(1965)
2340:(1976)
2332:(1970)
2324:(1966)
2258:(1959)
2175:SAMPEX
2135:Planck
2130:(2018)
2127:PicSat
2119:PAMELA
2114:(1973)
2106:(1971)
2008:MinXSS
1976:Kepler
1939:(1983)
1931:(2024)
1912:HETE-2
1904:HEAO-3
1864:HEAO-1
1840:Granat
1784:EXOSAT
1779:(1961)
1771:(2010)
1763:(2008)
1755:(1993)
1744:CXBN-2
1680:Astron
1675:(1995)
1650:(1990)
1586:(1964)
1559:ALEXIS
1502:PETREL
1462:LUVOIR
1412:EXCEDE
1379:(2035)
1371:(2035)
1368:Athena
1363:(2033)
1355:(2032)
1339:(2030)
1331:(2030)
1323:(2029)
1315:(2028)
1307:(2028)
1299:(2027)
1291:(2027)
1283:(2027)
1275:(2026)
1267:(2026)
1259:(2026)
1251:(2026)
1248:K-EUSO
1243:(2025)
1217:STEREO
1153:AMS-02
1116:XPoSat
1092:NuSTAR
931:STEREO
875:Hibari
766:Hubble
758:HiRISE
734:Euclid
726:DSCOVR
718:CHEOPS
595:STEREO
481:. 2001
126:matter
116:. The
81:HgCdTe
2529:SPOrt
2524:SPICA
2504:OSO K
2499:OSO J
2353:OSO C
2337:CORSA
2329:OAO-B
2321:OAO-1
2302:TRACE
2247:Uhuru
2191:SAS-C
2183:SAS-B
2159:ROSAT
2096:OSO 8
2091:OSO 7
2086:OSO 6
2081:OSO 5
2076:OSO 4
2071:OSO 3
2066:OSO B
2061:OSO 1
2040:OAO-2
1992:LEGRI
1928:ILO-X
1824:Gamma
1816:GALEX
1768:EPOXI
1760:EPOCh
1728:Cos-B
1720:CoRoT
1655:BBXRT
1543:AGILE
1522:THEIA
1492:ORBIS
1442:ILO-1
1427:HabEx
1422:FOCAL
1397:Arcus
1360:Taiji
1320:ARIEL
1264:PLATO
1169:DAMPE
1161:CALET
1108:XRISM
1084:NICER
1052:Swift
1020:GECAM
1012:Fermi
980:DAMPE
964:CALET
952:X-ray
939:Swift
915:SOLAR
859:ASO-S
822:Swift
814:SOLAR
710:CHASE
701:BRITE
656:SOLAR
475:(PDF)
354:(PDF)
319:(PDF)
312:(PDF)
132:in a
2549:XIPE
2544:XEUS
2519:SNAP
2494:LOFT
2489:JDEM
2474:GEMS
2464:FAME
2452:EChO
2425:AOSO
2377:WIRE
2345:CXBN
2294:SWAS
2263:WMAP
2167:RXTE
2016:MOST
1968:IXAE
1944:IRTS
1936:IRAS
1800:FUSE
1792:EUVE
1736:COBE
1467:Lynx
1457:LUCI
1376:LISA
1336:UVEX
1288:LORD
1280:COSI
1201:SOHO
1177:IBEX
1100:LEIA
1068:MAXI
1044:SVOM
1028:IXPE
954:and
907:SOHO
891:IRIS
830:TESS
806:SOHO
790:Odin
750:Gaia
664:WISE
648:Odin
611:Wind
579:NCLE
487:2021
362:2021
327:2021
292:2021
104:and
102:NASA
58:NASA
46:JDEM
40:The
2539:TPF
2484:IXO
2479:HOP
2024:MSX
1960:IUE
1952:ISO
1752:DXS
1688:ANS
1671:HUT
1660:HUT
1631:ATM
1497:OST
1432:HWO
1145:ACE
899:SDO
798:SDO
685:Aoi
106:DOE
2625::
1673:)
477:.
442:.
410:.
378:.
300:^
162:.
1669:(
548:e
541:t
534:v
500:.
489:.
461:.
429:.
397:.
364:.
340:.
329:.
294:.
156:2
154:L
44:(
20:)
Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
