hesstelescopes (@hesstelescopes) 's Twitter Profile
hesstelescopes

@hesstelescopes

We're just your average Imaging Atmospheric Cherenkov Telescope array, observing the Universe in gamma rays between 50 GeV and 100 TeV.

ID: 210872342

linkhttp://www.mpi-hd.mpg.de/hfm/HESS/HESS.shtml calendar_today01-11-2010 17:03:27

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SINC (@agencia_sinc) 's Twitter Profile Photo

El chorro que emite el microcuĂĄsar SS 433 se hace invisible poco despuĂ©s de salir, pero reaparece luego a decenas de años luz Investigadores de hesstelescopes han descubierto dĂłnde y cĂłmo se aceleran sus partĂ­culas cuando se vuelve a observar ✹ shorturl.at/prsGK

El chorro que emite el microcuåsar SS 433 se hace invisible poco después de salir, pero reaparece luego a decenas de años luz

Investigadores de <a href="/hesstelescopes/">hesstelescopes</a> han descubierto dĂłnde y cĂłmo se aceleran sus partĂ­culas cuando se vuelve a observar

✹ shorturl.at/prsGK
Fabian SchĂŒssler (@fabianschussler) 's Twitter Profile Photo

The recent results obtained by the hesstelescopes on the microquasar SS 433 are summarized and explained in this very cool video: youtu.be/gsVb96q-KRw?si
 The paper has just been published in Science: science.org/doi/10.1126/sc


Keith Smith (@drkeithsmith) 's Twitter Profile Photo

The hesstelescopes collaboration has mapped gamma-ray emission in a microquasar. They find that particles are accelerated within the jet, about 25 parsecs from the black hole. The results have implications for the origin of cosmic rays. science.org/doi/10.1126/sc


The <a href="/HESStelescopes/">hesstelescopes</a> collaboration has mapped gamma-ray emission in a microquasar. They find that particles are accelerated within the jet, about 25 parsecs from the black hole. The results have implications for the origin of cosmic rays.
science.org/doi/10.1126/sc

Welt der Physik (@weltderphysik) 's Twitter Profile Photo

Aus dem Zentrum manch einer #Galaxie mit einem #SchwarzenLoch strahlt es hell – ein PhĂ€nomen namens #Quasar. Nun erwies ein Miniatur-Quasar als Quelle fĂŒr hochenergetische #KosmischerStrahlung. hesstelescopes weltderphysik.de/gebiet/univers


SINC (@agencia_sinc) 's Twitter Profile Photo

✹El microcuĂĄsar SS 433 es un sistema donde un agujero negro devora a una estrella, emitiendo chorros de partĂ­culas. Ha sido estudiado por una astrofĂ­sica española y otros cientĂ­ficos de la colaboraciĂłn internacional hesstelescopes đŸ–Šïž Por Enrique Sacristan agenciasinc.es/Noticias/Obser


hesstelescopes (@hesstelescopes) 's Twitter Profile Photo

Cosmic ray electrons are often overlooked in studies of the most energetic objects in space. But the H.E.S.S. collaboration has trapped electrons with record energies, hinting at sources in the vicinity of our solar system. tinyurl.com/4y4u7vt5

Cosmic ray electrons are often overlooked in studies of the most energetic objects in space. But the H.E.S.S. collaboration has trapped electrons with record energies, hinting at sources in the vicinity of our solar system.
tinyurl.com/4y4u7vt5