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Articles tagged: interstellar

  • Kepler, shock breakout, supernova shock wave, Type II Supernovae 22 March 2016 Astronomers catch a supernova shock wave in visible light for the first time

    ... the mechanisms involved in these explosive but rare events, supernovae also play a significant role in enriching the interstellar medium with higher mass elements such as iron. Observations such as these can thus allows researchers to better...

    • Kepler
    • shock breakout
    • supernova shock wave
    • Type II Supernovae
  • calcium-48, Majorana particle, neutrinoless double beta decay, neutrinos, radioactive decay 13 April 2016 The mystery of neutrino mass to be solved by a calcium isotope

    ... the universe (at essentially the speed of light) without interference as they are not absorbed by intervening matter or deflected by interstellar magnetic fields. This makes them ideal candidates in which to study processes that can otherwise not...

    • calcium-48
    • Majorana particle
    • neutrinoless double beta decay
    • neutrinos
    • radioactive decay
  • amorphous, NanoSIMS 50L, silicate grains, stardust, transmission electron microscope 09 May 2016 Ancient silicate grains reveal histories of stardust in the Galaxy

    ...at higher temperatures than the amorphous grains. These transmission electron microscope (TEM) images reveal that one interstellar grain consists of a small crystalline enstatite core within a non-crystalline (amorphous) silicate of similar elemental...

    • amorphous
    • NanoSIMS 50L
    • silicate grains
    • stardust
    • transmission electron microscope
  • NASA, NIAC, Phase II 16 May 2016 NASA Invests in the Future of Technological Development

    ..., Inc. in Atlanta Cryogenic Selective Surfaces, Robert Youngquist, Kennedy Space Center in Florida Directed Energy Interstellar Study, Philip Lubin, University of California, Santa Barbara Experimental Demonstration and System Analysis for Plasmonic...

    • NASA
    • NIAC
    • Phase II
  • Edwin Saltpeter, IMF, initial mass function, Network science, stellar evolution 08 June 2016 Long standing initial mass function problem solved

    ... follows is formed independently of the initial mass distribution of proto-stars if the density distribution in the interstellar cloud is fractal. This fractal distribution directly follows from the classical theory of turbulence developed by the...

    • Edwin Saltpeter
    • IMF
    • initial mass function
    • Network science
    • stellar evolution
  • crystalline water ice, DIGIT, HD 142527, Herschel Space Observatory, protoplanetary disc 27 June 2016 Protoplanetary disc shares similarities with our own Solar System say researchers

    ... team state that their findings are comparable to the water ice abundance found in comets and in dense interstellar clouds in the outer regions of our own solar system. Furthermore, it is not only the ice content that...

    • crystalline water ice
    • DIGIT
    • HD 142527
    • Herschel Space Observatory
    • protoplanetary disc
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