initial LIGO construction
... Initial LIGO represents an advance over all previous searches of two or three orders of magnitude in sensitivity and in bandwidth. Its reach is such that, for the first time, foreseeable signals due to neutron-star binary “inspirals” from the Virgo Cluster (15 Mpc distant) would be detectable. At th ...
... Initial LIGO represents an advance over all previous searches of two or three orders of magnitude in sensitivity and in bandwidth. Its reach is such that, for the first time, foreseeable signals due to neutron-star binary “inspirals” from the Virgo Cluster (15 Mpc distant) would be detectable. At th ...
https://tel.archives-ouvertes.fr/file/index/docid/1058049/filename/HOU_XIAN_2013.pdf
... be a graduate student working on Fermi gamma-ray pulsars in the Astroparticle group in CENBG, and for having accompanied me in these three years with his fruitful instructive guidance in my work. I appreciate also his American humor and his optimistic attitude for the life, which have brought me hap ...
... be a graduate student working on Fermi gamma-ray pulsars in the Astroparticle group in CENBG, and for having accompanied me in these three years with his fruitful instructive guidance in my work. I appreciate also his American humor and his optimistic attitude for the life, which have brought me hap ...
M060056-07 - LIGO dcc - LIGO Scientific Collaboration
... resonance of the signal recycling cavity), and allows one to tailor the interferometer response according to the character of a source (or specific frequency in the case of a fixed-frequency source). For wideband tuning, quantum noise dominates the instrument noise sensitivity at most frequencies. T ...
... resonance of the signal recycling cavity), and allows one to tailor the interferometer response according to the character of a source (or specific frequency in the case of a fixed-frequency source). For wideband tuning, quantum noise dominates the instrument noise sensitivity at most frequencies. T ...
M060056-08 - DCC - LIGO Document Control Center Portal
... resonance of the signal recycling cavity), and allows one to tailor the interferometer response according to the character of a source (or specific frequency in the case of a fixed-frequency source). For wideband tuning, quantum noise dominates the instrument noise sensitivity at most frequencies. T ...
... resonance of the signal recycling cavity), and allows one to tailor the interferometer response according to the character of a source (or specific frequency in the case of a fixed-frequency source). For wideband tuning, quantum noise dominates the instrument noise sensitivity at most frequencies. T ...
Discovery and Study of Exotic Radio Pulsars Jason William Thomas
... the Arecibo telescope. It is the deepest search of these clusters ever conducted. Our survey employed a higher observing frequency and higher resolution datarecording than the only previous major survey of these clusters with Arecibo, which was conducted 10 years prior to the start of our survey. We ...
... the Arecibo telescope. It is the deepest search of these clusters ever conducted. Our survey employed a higher observing frequency and higher resolution datarecording than the only previous major survey of these clusters with Arecibo, which was conducted 10 years prior to the start of our survey. We ...
Binary and Millisecond Pulsars | SpringerLink
... the limiting (non-rotating) radius of a 1.4 M neutron star with this period is 14.3 km. If a precise measurement for the pulsar mass can be made through future timing measurements (Section 4), then this pulsar could be a very useful probe of the equation of state of super dense matter. While the hu ...
... the limiting (non-rotating) radius of a 1.4 M neutron star with this period is 14.3 km. If a precise measurement for the pulsar mass can be made through future timing measurements (Section 4), then this pulsar could be a very useful probe of the equation of state of super dense matter. While the hu ...
Binary and Millisecond Pulsars
... Rochelobe overflow feeds matter to the neutron star. The strong magnetic field of the young neutron star funnels the accreted matter to the polar cap, which gives rise to pulsed X-ray emission. This phase is identified with MassiveX-ray Binaries (MXRBs).If the mass of the secondary is above M~, it w ...
... Rochelobe overflow feeds matter to the neutron star. The strong magnetic field of the young neutron star funnels the accreted matter to the polar cap, which gives rise to pulsed X-ray emission. This phase is identified with MassiveX-ray Binaries (MXRBs).If the mass of the secondary is above M~, it w ...
M.Evans - LIGO
... LIGO 1 lock acquisition was redesigned successfully using e2e by M.Evans (2000 ~ 2001) Major on going efforts for LIGO I (2001 ~ ) » Realistic noise of the locked state interferometer » Effect of the thermal lensing on the lock acquisition ...
... LIGO 1 lock acquisition was redesigned successfully using e2e by M.Evans (2000 ~ 2001) Major on going efforts for LIGO I (2001 ~ ) » Realistic noise of the locked state interferometer » Effect of the thermal lensing on the lock acquisition ...
Liverpool Telescope 2: a new robotic facility for rapid transient follow
... 2011). Proposed space based missions such as the Swift successor SVOM (Paul et al, 2011) will detect high energy transients and provide triggers for rapid ground based follow-up. The next decade will also see the beginning of the era of ‘multi-messenger’ astronomy, in which astrophysical events are ...
... 2011). Proposed space based missions such as the Swift successor SVOM (Paul et al, 2011) will detect high energy transients and provide triggers for rapid ground based follow-up. The next decade will also see the beginning of the era of ‘multi-messenger’ astronomy, in which astrophysical events are ...
- Repository of the Academy`s Library
... frequency (ULF) waves in the frequency band from fractions of mHz to a few Hz. Interestingly, despite very different spatial scales, MHD wave processes observed in the solar corona have frequencies in the same band. We describe both theoretical models and analysis of observational ground and satelli ...
... frequency (ULF) waves in the frequency band from fractions of mHz to a few Hz. Interestingly, despite very different spatial scales, MHD wave processes observed in the solar corona have frequencies in the same band. We describe both theoretical models and analysis of observational ground and satelli ...
Gravitational-wave signal from binary neutron star merger
... After the recent first direct detections of gravitational waves (GW) from binary black-hole mergers by the Advanced Ligo interferometers [1, 2], the era of gravitational wave astronomy has begun. Now we have a new channel to look (or, with a better analogy, to listen) to the sky, studying high energ ...
... After the recent first direct detections of gravitational waves (GW) from binary black-hole mergers by the Advanced Ligo interferometers [1, 2], the era of gravitational wave astronomy has begun. Now we have a new channel to look (or, with a better analogy, to listen) to the sky, studying high energ ...
Boundless Study Slides
... Boundless.com/physics?campaign_content=book_5869_c hapter_11&campaign_term=Physics&utm_campaign=pow erpoint&utm_medium=direct&utm_source=boundless Free to share, print, make copies and changes. Get yours at www.boundless.com ...
... Boundless.com/physics?campaign_content=book_5869_c hapter_11&campaign_term=Physics&utm_campaign=pow erpoint&utm_medium=direct&utm_source=boundless Free to share, print, make copies and changes. Get yours at www.boundless.com ...
Doeleman_Haystack_Requirements_Astronomy
... • Lens theory predicts ‘odd’ number of images, but almost all systems have 2 or 4: a mystery. B2114+022 ...
... • Lens theory predicts ‘odd’ number of images, but almost all systems have 2 or 4: a mystery. B2114+022 ...
Terahertz Electromagnetic Waves Properties and
... Terahertz waves are quickly gaining attention and research funding. These waves are in the 100 GHz to 10 THz frequency range, this range is also know as the “terahertz gap,” as demonstrated in figure 1. This gap exists because until recently effective methods of generating controlled THz waves, and ...
... Terahertz waves are quickly gaining attention and research funding. These waves are in the 100 GHz to 10 THz frequency range, this range is also know as the “terahertz gap,” as demonstrated in figure 1. This gap exists because until recently effective methods of generating controlled THz waves, and ...
Leaky Stars: Pulsations, Waves, and Turbulence in Stellar Winds
... • In June 1996, the first measurements of heavy ion (e.g., O+5) line emission in the extended corona revealed surprisingly wide line profiles . . . ...
... • In June 1996, the first measurements of heavy ion (e.g., O+5) line emission in the extended corona revealed surprisingly wide line profiles . . . ...
DCC - LIGO Document Control Center Portal
... Predicted by Einstein in 1916, GWs are propagating fluctuations in the curvature of space-time: Perturbations of geometry can be expressed as fractional distortion of proper distances: h = dx / x ...
... Predicted by Einstein in 1916, GWs are propagating fluctuations in the curvature of space-time: Perturbations of geometry can be expressed as fractional distortion of proper distances: h = dx / x ...
Warps, bending and density waves excited by rotating magnetized
... theories have been proposed to explain this phenomenon (e.g. Lamb et al. 1985; Miller, Lamb & Psaltis 1998; Lovelace & Romanova 2007). In a number of AMPs, the difference between peaks does not correlate with the frequency of the star and varies in time significantly (e.g. Sco X-1), and this also re ...
... theories have been proposed to explain this phenomenon (e.g. Lamb et al. 1985; Miller, Lamb & Psaltis 1998; Lovelace & Romanova 2007). In a number of AMPs, the difference between peaks does not correlate with the frequency of the star and varies in time significantly (e.g. Sco X-1), and this also re ...
biennial 2004_05_engl_FINAL.indd - Albert Einstein Institute
... Report by the Managing Director This report surveys the activities of the Max Planck Institute for Gravitational Physics (Albert Einstein Institute, AEI) in the years 2004 and 2005. The 10th anniversary of our institute last year and the coinciding 100th anniversary of Einstein’s annus mirabilis ha ...
... Report by the Managing Director This report surveys the activities of the Max Planck Institute for Gravitational Physics (Albert Einstein Institute, AEI) in the years 2004 and 2005. The 10th anniversary of our institute last year and the coinciding 100th anniversary of Einstein’s annus mirabilis ha ...
Clifford M. Will Theory and Experiment in Gravitational Physics 1993
... precise location of the radio source was an object that had a decidedly stellar appearance, an unusual spectrum, and a luminosity that varied on a timescale as short as 15 min. The name quasistellar radio source or "quasar" was soon applied to this object and to others like it. These disparate and s ...
... precise location of the radio source was an object that had a decidedly stellar appearance, an unusual spectrum, and a luminosity that varied on a timescale as short as 15 min. The name quasistellar radio source or "quasar" was soon applied to this object and to others like it. These disparate and s ...
Files on Scalar Electromagnetics
... spatial gradient that we normally find in shorter, higher-frequency "vectorial" waves. And not only would they be low in frequency, but they would also actually be compound waves composed of the original wavefront and its returning predecessor (akin to a reflection) that just traveled the World in 1 ...
... spatial gradient that we normally find in shorter, higher-frequency "vectorial" waves. And not only would they be low in frequency, but they would also actually be compound waves composed of the original wavefront and its returning predecessor (akin to a reflection) that just traveled the World in 1 ...
Andersen_03
... spatial gradient that we normally find in shorter, higher-frequency "vectorial" waves. And not only would they be low in frequency, but they would also actually be compound waves composed of the original wavefront and its returning predecessor (akin to a reflection) that just traveled the World in 1 ...
... spatial gradient that we normally find in shorter, higher-frequency "vectorial" waves. And not only would they be low in frequency, but they would also actually be compound waves composed of the original wavefront and its returning predecessor (akin to a reflection) that just traveled the World in 1 ...