EINSTEIN@HOME - Team FreeBSD

A team dedicated to the users of FreeBSD running BOINC under linux compatibility mode, or a native FreeBSD BOINC build. Team FreeBSD is dedicated to users of FreeBSD, but not limited to JUST the users. Anyone with the interest in developing a community of people interested in technology, open standards, NIX or BSD based operating systems are welcome and encouraged to earn credits and share ideas and conversation.

http://einstein.extracted.org


EINSTEIN@HOME Links EINSTEIN@HOME on FreeBSD
EINSTEIN@HOME Project
EINSTEIN@HOME APS Page
EINSTEIN@HOME Server Status
EINSTEIN@HOME in the News
EINSTEIN@HOME Message Boards
The FreeBSD Project [Foundation]
EINSTEIN@HOME Beta Testing
BOINC - FreeBSD Ports
ports/astro/boinc-einsteinathome/
BOINC - FreeBSD Install

EINSTEIN@HOME Data Sources
EINSTEIN@HOME Arecibo Binary Radio Pulsar (Re-)Detections
EINSTEIN@HOME Discoveries & Detections of Pulsars in the BRP4 Search
EINSTEIN@HOME Parkes Multibeam Survey (PMsurv) Data
EINSTEIN@HOME Final S3 Results
EINSTEIN@HOME S4 Analysis
EINSTEIN@HOME Report on the first S5 Analysis
EINSTEIN@HOME - Team FreeBSD
Join Team FreeBSD and participate in the EINSTEIN@HOME Project
Team FreeBSD Stats @ http://einstein.phys.uwm.edu/ [message board]
Team FreeBSD Stats @ http://boincstats.com/ [users] [movement]


Open Archives
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Welcome to our Team

27 January, 2012 08:37 CST6CDT

Welcome to our team rick, you are among friends! Keep your boxes blazed!


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EINSTEIN@HOME Discovers a Second New Radio Pulsar from the Arecibo Observatory

10 November, 2011 16:16 CST6CDT

11/08/2011 04:56 AM
Einstein@Home discovers a second new radio pulsar in Arecibo "Mock" data!
Einstein@Home has discovered a fourth new radio pulsar, J1952+25, in data from the Arecibo Observatory. This is the second Einstein@Home discovery in Arecibo data taken with the new "Mock" back-end spectrometer. Further details about the newly-discovered pulsar can be found on this web page, and will be published in due course. Congratulations to our volunteers, and thank you for contributing to Einstein@Home! We have found 14 radio pulsars so far, and I am also optimistic about our prospects for discovering new gamma-ray pulsars and continuous gravitational-wave sources. Bruce Allen Director, Einstein@Home


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EINSTEIN@HOME Discovers a New Radio Pulsar from the Arecibo Observatory

27 October, 2011 17:04 CST6CDT

I am delighted to announce that Einstein@Home has discovered a third new radio pulsar in data from the Arecibo Observatory. This is the first Einstein@Home discovery in Arecibo data taken with the new "Mock" back-end spectrometer. The pulsar is unusually interesting, as is a short-period (millisecond) pulsar in a binary system. Further details about the newly-discovered pulsar can be found on this web page, and will be published in due course. Congratulations to our volunteers, and thank you for contributing to Einstein@Home! Bruce Allen Director, Einstein@Home

Source [Einstein@Home]

Einstein@Home currently processes PALFA Mock spectrometer data from Arecibo Observatory. This search runs is called "BRP4" (short for Binary Radio Pulsar search #4). It uses the computing power donated by volunteers from all over the world to search these data for radio pulsars in binary orbits. Thanks to the enormous amount of donated computing power Einstein@Home conducts the search with the highest sensitivity to pulsars in very tight binary systems.

[http://einstein.phys.uwm.edu/radiopulsar/html/BRP4_discoveries/]


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Welcome to our Team

17 October, 2011 08:01 CST6CDT

Welcome to our team pizzamig, you are among friends! Keep your boxes blazed!


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For those of you wondering what the EINSTEIN@HOME Project is:

Einstein@Home uses your computer's idle time to search for weak astrophysical signals from spinning neutron stars (also called pulsars) using data from the LIGO gravitational-wave detectors, the Arecibo radio telescope, and the Fermi gamma-ray satellite. Einstein@Home volunteers have already discovered more than a dozen new neutron stars, and we hope to find many more in the future. Our long-term goal is to make the first direct detections of gravitational-wave emission from spinning neutron stars. Gravitational waves were predicted by Albert Einstein almost a century ago, but have never been directly detected. Such observations would open up a new window on the universe, and usher in a new era in astronomy.


My name is Andy Wright - the founder, but really the creator of Team FreeBSD. If you want me to add any links, or have any questions or inclinations for such things related to our group (or to just say hi) - send me an e-mail: einstein@extracted.org or Skype name: extracted


''It would be possible to describe everything scientifically, but it would make no sense; it would be without meaning, as if you described a Beethoven symphony as a variation of wave pressure'' -- Albert Einstein


Total Credit, Last 60 days (based on the daily update numbers)


Total Credit, last months


Credit per day, Last 60 days (based on the daily update numbers)


World Position History, lower is better, Last 60 days (based on the daily update numbers)


World Position History, lower is better, last months




EINSTEIN@HOME RSS Feed

02/01/2012 06:56 AM
Einstein@Home volunteers discover three new radio pulsars in Arecibo data
Einstein@Home volunteers have discovered three new radio pulsars in Arecibo PALFA data -- the eighth, ninth and tenth new radio pulsars found by Einstein@Home volunteers in this data set! Congratulations to:
  • Peter van der Spoel, Utrecht, the Netherlands
  • Edvin Grabar, Pula, Croatia
  • Shadowfax, Baltimore, Maryland, USA
  • Cauche Nathanael
  • John-Luke Peck, TerraPower & Intellectual Ventures, Seattle, Washington, USA
  • Mark Henderson, Morristown, Tennessee, USA

Further details about these newly-discovered pulsars can be found on this web page, and will be published in due course. Bruce Allen Director, Einstein@Home