NASA - Cosmic Explosion = Among the Brightest in Recorded History

From: Subject: NASA - Cosmic Explosion Among the Brightest in Recorded History Date: Sun, 9 Sep 2007 14:47:57 -0400 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_009F_01C7F2F0.68FE0820" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.3138 This is a multi-part message in MIME format. ------=_NextPart_000_009F_01C7F2F0.68FE0820 Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.nasa.gov/vision/universe/watchtheskies/swift_nsu_0205.html =EF=BB=BF NASA - Cosmic Explosion = Among the Brightest in Recorded History

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Cosmic Explosion Among the Brightest in = Recorded=20 History	02.18.05=20
Scientists have = detected a=20 flash of light from across the Galaxy so powerful that = it=20 bounced off the Moon and lit up the Earth's upper = atmosphere.=20 The flash was brighter than anything ever detected = from beyond=20 our Solar System and lasted over a tenth of a second. = NASA and=20 European satellites and many radio telescopes detected = the=20 flash and its aftermath on December 27, 2004. Two = science=20 teams report about this event at a special press event = today=20 at NASA headquarters. A multitude of papers are = planned for=20 publication. Image/animation above: = Image 1:=20 Artist conception of the December 27, 2004 gamma ray = flare=20 expanding from SGR 1806-20 and impacting = Earth=E2=80=99s atmosphere.=20 Click on image to view animation (no audio). = Credit:=20 NASA The scientists said the light came = from a=20 "giant flare" on the surface of an exotic neutron = star, called=20 a magnetar. The apparent magnitude was brighter than a = full=20 moon and all historical star explosions. The light was = brightest in the gamma-ray energy range, far more = energetic=20 than visible light or X-rays and invisible to our=20 eyes. Such a close and powerful eruption raises = the=20 question of whether an even larger influx of gamma = rays,=20 disturbing the atmosphere, was responsible for one of = the mass=20 extinctions known to have occurred on Earth hundreds = of=20 millions of years ago. Also, if giant flares can be = this=20 powerful, then some gamma-ray bursts (thought to be = very=20 distant black-hole-forming star explosions) could = actually be=20 from neutron star eruptions in nearby = galaxies. Image/animation above: = Image 2:=20 An artist conception of the SGR 1806-20 magnetar = including=20 magnetic field lines. After the initial flash, smaller = pulsations in the data suggest hot spots on the = rotating=20 magnetar=E2=80=99s surface. The data also shows no = change in the=20 magentar=E2=80=99s rotation after the initial flash. = Click on image=20 to view animation (no audio). Credit: NASA=20 NASA's newly launched Swift satellite = and the=20 NSF-funded Very Large Array (VLA) were two of many=20 observatories that observed the event, arising from = neutron=20 star SGR 1806-20, about 50,000 light years from Earth = in the=20 constellation Sagittarius. "This might be a=20 once-in-a-lifetime event for astronomers, as well as = for the=20 neutron star," said Dr. David Palmer of Los Alamos = National=20 Laboratory, lead author on a paper describing the = Swift=20 observation. "We know of only two other giant flares = in the=20 past 35 years, and this December event was one hundred = times=20 more powerful." Image/animation above: = Image 3:=20 Radio data shows a very active area around SGR1806-20. = The=20 Very Large Array radio telescope observed ejected = material=20 from this Magnetar as it flew out into interstellar = space.=20 These observations in the radio wavelength start about = 7 days=20 after the flare and continue for 20 days. They show = SGR1806-20=20 dimming in the radio spectrum. Click on image to = view=20 animation (no audio). Credit: NRAO/CfA/Gaensler = &=20 Univ. of Hawaii. Dr. Bryan Gaensler of = the=20 Harvard-Smithsonian Center for Astrophysics in = Cambridge,=20 Mass., is lead author on a report describing the VLA=20 observation, which tracked the ejected material as it = flew out=20 into interstellar space. Other key scientific teams = are=20 associated with radio telescopes in Australia, The=20 Netherlands, United Kingdom, India and the United = States, as=20 well as with NASA's High Energy Solar Spectroscopic = Imager=20 (RHESSI). A neutron star is the core remains of = a star=20 once several times more massive than our Sun. When = such stars=20 deplete their nuclear fuel, they explode -- an event = called a=20 supernova. The remaining core is dense, fast-spinning, = highly=20 magnetic, and only about 15 miles in diameter. = Millions of=20 neutron stars fill our Milky Way galaxy. Image/animation above: = Image 4:=20 SGR-1806 is an ultra-magnetic neutron star, called a = magnetar,=20 located about 50,000 light years away from Earth in = the=20 constellation Sagittarius. Click on image to view = animation=20 (no audio). Credit: NASA Scientists = have=20 discovered about a dozen ultrahigh-magnetic neutron = stars,=20 called magnetars. The magnetic field around a magnetar = is=20 about 1,000 trillion gauss, strong enough to strip = information=20 from a credit card at a distance halfway to the moon.=20 (Ordinary neutron stars measure a mere trillion gauss; = the=20 Earth's magnetic field is about 0.5 = gauss.) Four of=20 these magnetars are also called soft gamma repeaters, = or SGRs,=20 because they flare up randomly and release gamma rays. = Such=20 episodes release about 10^30 to 10^35 watts for about = a=20 second, or up to millions of times more energy than = our Sun.=20 For a tenth of a second, the giant flare on SGR = 1806-20=20 unleashed energy at a rate of about 10^40 watts. The = total=20 energy produced was more than the Sun emits in 150,000 = years.=20 Image/animation above: = Image 5:=20 Swift is a first-of-its-kind multi-wavelength = observatory=20 dedicated to the study of gamma ray burst (GRB) = science. Its=20 three instruments will work together to observe GRBs = and=20 afterglows in the gamma ray, X-ray, ultraviolet, and = optical=20 wavebands. Swift is designed to solve the 35-year-old = mystery=20 of the origin of gamma-ray bursts. Scientists believe = GRB are=20 the birth cries of black holes. Click on image to = view=20 animation (no audio). Credit: NASA = "The=20 next biggest flare ever seen from any soft gamma = repeater was=20 peanuts compared to this incredible December 27 = event," said=20 Gaensler. "Had this happened within 10 light years of = us, it=20 would have severely damaged our atmosphere. = Fortunately, all=20 the magnetars we know of are much farther away than=20 this." A scientific debate raged in the 1980s = over=20 whether gamma-ray bursts were star explosions from = beyond our=20 Galaxy or eruptions on nearby neutron stars. By the = late 1990s=20 it became clear that gamma-ray bursts did indeed = originate=20 very far away and that SGRs were a different = phenomenon. But=20 the extraordinary giant flare on SGR 1806-20 reopens = the=20 debate, according to Dr. Chryssa Kouveliotou of NASA = Marshall=20 Space Flight Center, who coordinated the = multiwavelength=20 observations. Image/animation above: = Image 6:=20 NASA's Swift satellite was successfully launched = Saturday,=20 November 20, 2004 from the Cape Canaveral Air Force = Station,=20 Fla. Click on image to view animation. Credit:=20 NASA A sizeable percentage of "short" = gamma-ray=20 bursts, less than two seconds, could be SGR flares, = she said.=20 These would come from galaxies within about a 100 = million=20 light years from Earth. (Long gamma-ray bursts appear = to be=20 black-hole-forming star explosions billions of light = years=20 away.) "An answer to the 'short' gamma-ray = burst=20 mystery could come any day now that Swift is in = orbit", said=20 Swift lead scientist Neil Gehrels. "Swift saw this = event after=20 only about a month on the job." = Image left: High = resolution,=20 wide-field image of the area around SGR1806-20 as seen = in=20 radio wavelength, without a location arrow. Credit: = University=20 of Hawaii. Image right: A high resolution, = wide-field=20 image of the area around SGR1806-20 as seen in radio=20 wavelength. SGR1806-20 can not be seen in this image = generated=20 from earlier radio data taken when SGR1806-20 was = =E2=80=9Cradio=20 quiet.=E2=80=9D The arrow locates the position of = SGR1806-20 within=20 the image. Credit: University of Hawaii.=20 Scientists around the world have been = following=20 the December 27 event. RHESSI detected gamma rays and = X-rays=20 from the flare. Drs. Kevin Hurley and Steven Boggs of = the=20 University of California, Berkeley, are leading the = effort to=20 analyze these data. Dr. Robert Duncan of the = University of=20 Texas at Austin and Dr. Christopher Thompson at the = Canadian=20 Institute for Theoretical Astrophysics (University of = Toronto)=20 are the leading experts on magnetars, and they are=20 investigating the "short duration" gamma-ray burst=20 relationship. Brian Cameron, a graduate student = at=20 Caltech under the tutorage of Prof. Shri Kulkarni, = leads a=20 second scientific paper based on VLA data. Amateur = astronomers=20 detected the disturbance in the Earth's ionosphere and = relayed=20 this information through the American Association of = Variable=20 Star Observers (http://www.aa= vso.org). Image above: SGR = 1806-20 is a=20 "magnetar": a rapidly spinning neutron star that not = only has=20 an incredible density, trillions of times greater than = than=20 ordinary matter, but an incredibly strong magnetic = field. Tens=20 of thousands of years ago, a "starquake" fractured the = magnetar's surface. The result was an explosive = release of=20 energy, which sent a pulse of gamma rays racing across = the=20 cosmos at the speed of light. Behind them came the = explosion's=20 fireball, expanding in a lopsided fashion at roughly = one-third=20 the speed of light. The gamma rays swept past the = Earth on=20 December 27, 2004, when they were detected by NASA's = Swift=20 satellite. That initial signal faded away within = minutes. But=20 then came a steady stream of radio waves from the = fireball.=20 Astronomers rushed to ground-based radio telescopes = such as=20 NSF's Very Large Array outside Socorro, New Mexico, = where they=20 have been studying the information-rich signal ever = since.=20 Click on image to view animation (no audio). = Credit:=20 NSF Other observatories and scientific=20 representatives include: Westerbork Synthesis = Radio=20 Telescope, Netherlands -- Prof. Ralph Wijers http://www.astron.nl/p/observing.htm Molonglo=20 Observatory Synthesis Telescope (MOST), Australia -- = Prof.=20 Dick Hunstead http://www.physics.usyd.edu.au/astrop/most/ Australia= =20 Telescope Compact Array -- Prof. Bryan Gaensler = http://www.narrabri.atnf.csiro.au/ Parkes=20 radio telescope, Australia -- Dr. Maura = McLaughlin ht= tp://www.parkes.atnf.csiro.au/ Greenbank=20 Radio Telescope, West Virginia -- Dr. Maura = McLaughlin http://www.= gb.nrao.edu/ Very=20 Long Baseline Array, USA -- Dr. Mike Garrett http://ww= w.vlba.nrao.edu/ Multi-Element=20 Radio Linked Interferometer Network (MERLIN), UK -- = Dr. Rob=20 Fender http://www= .merlin.ac.uk/ Additional=20 information about magentars and soft gamma ray = repeaters can=20 be found at Dr. Robert Duncan=E2=80=99s web site = located at the=20 University of Texas at Austin: http://solomon.as.utexas.edu/~duncan/magnetar.html=20 High Resolution Images: + Animation=20 1 still - beginning of the animation + = A= nimation=20 1 still - end of animation + Animation=20 2 -- 1st still + Animation=20 2 -- 2nd still + Animation=20 4 still + Swift=20 Spacecraft + SGR=20 1806-20 (no arrow) + SGR=20 1806-20 (with arrow) Christopher Wanjek Goddard Space = Flight=20 Center

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			+=20 Freedom of Information Act + = Budgets,=20 Strategic Plans and Accountability Reports + The=20 President's Management Agenda + NASA=20 Privacy Statement, Disclaimer, and Accessibility Certification +=20 Inspector General Hotline +=20 Equal Employment Opportunity Data Posted Pursuant to the No = Fear=20 Act +=20 Information-Dissemination Priorities and = Inventories			Editor: Lynn = Jenner NASA=20 Official: Brian Dunbar Last Updated: February 25, = 2006 + = Contact=20 NASA +=20 SiteMap

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