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Magnetic fields in interstellar water masers
2008We report the first detection of Zeeman splitting in the (616−523) rotational transition of interstellar H2O masers. The measurements of Stokes parameter V and I spectra (circular polarization) have been performed at the MPIfR 100-m telescope. Depending on the hyperfine transition that is actually masing, we derive typical magnetic field strengths of B‖
D. Fiebig, R. Güsten
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Magnetic fields in dense interstellar clouds
Philosophical Transactions of the Royal Society of London. Series A, Mathematical and Physical Sciences, 1981Abstract Evidence is presented that shows that magnetic fields pervade the entire interstellar medium including interstellar gas clouds of both low and high density. The magnetic field in the ‘seed’ gas from which the denser clouds form is 0.2-0.3 nT (1T — 104G). Zeeman effect measurements of neutral hydrogen show that stronger fields
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Interstellar Polarization, Galactic Magnetic Fields, and Ferromagnetism
Science, 1949L, Spitzer, J W, Tukey
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Magnetic field morphology in interstellar clouds with the velocity gradient technique
Nature Astronomy, 2019Alex S. Hill, Yue HU, Felix Lockman
exaly
Multi‐component 3D modeling of the heliospheric interface: effects of interstellar magnetic field
AIP Conference Proceedings, 2006V V Izmodenov
exaly

