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MIL-OSI USA: Astrophysics Instruments | ForeignAffairs co nz

MIL-OSI USA: Astrophysics Instruments | ForeignAffairs co nz
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United statesJohn loveNuclear spectroscopic telescope array nuResearch planning integration scientistexpeditionJapan aerospace exploration agencyAlert networkMonthly notices of the royal astronomical societyRecommended sponsor painted moonOriginal artwork directlyInternational space stationInterior composition explorerSpectroscopic telescope arrayAll skyx ray imageOrbiting high energy monitor alert networkAlpha magnetic spectrometerPlanning integration scientistexpedition

Astrophysics Instruments

Instruments on the exterior of the International Space Station provide data on astrophysical phenomena that are helping scientists better understand our

John loveAlert networkJapan aerospace exploration agencyNuclear spectroscopic telescope array nuMonthly notices of the royal astronomical societyResearch planning integration scientistSpace februaryInternational space stationInterior composition explorerSpectroscopic telescope arrayAll skyx ray imageOrbiting high energy monitor alert networkAlpha magnetic spectrometerPlanning integrationAstrophysical journalMassive pulsar

High-energy cosmic rays may originate within the Milky Way galaxy

The most energetic particles in the universe appear to emerge from sources within the Milky Way, our own home.

United statesNicholas cannadyGregory guzikLouisiana state universityUniversity of marylandMilky wayInternational space stationCalorimetric electron telescopeAlpha magneticBaltimore countyPhysical reviewCosmic raysSupernova remnantsInternational space station

High-energy cosmic rays may originate within the Milky Way galaxy

The most energetic particles in the universe appear to emerge from sources within the Milky Way, our own home.

United statesNicholas cannadyGregory guzikUniversity of marylandLouisiana state universityMilky wayInternational space stationCalorimetric electron telescopeAlpha magneticBaltimore countyPhysical review

CALET captures charge-sign dependent cosmic ray modulation

Tokyo, Japan (SPX) Jun 09, 2023 - The movement of cosmic ray particles across space, such as electrons and protons, is influenced by the Sun s magnetic field, causing fluctuations in the intensity of galactic cosmic rays (GCRs) reac

Shoko miyakeYosui akaikeKazuoki munakataWaseda universityShinshu universityWaseda research institute for scienceIbaraki collegeNational institute of technologyElectron telescopeInternational space stationPhysical review lettersAssociate professor yosui akaikeWaseda research instituteAssociate professor shoko miyakeNational instituteProfessor kazuoki munakata