Spacetime With Stuart Gary

66: Moon's magnetic field lasted far longer than once believed

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Sinopsis

* Moon's magnetic field lasted far longer than once believed New evidence indicates that the Moon's magnetic field lasted up to 2.5 billion years longer than previously thought. The findings have major implications for life and habitability on other moons and planetary bodies. *Is the universe’s dark matter disappearing? A new dark energy study suggests the amount of dark matter in the universe may be decreasing. The new findings are based on data showing a discrepancy between data on the early universe and what we see in the local cosmos today *Strange new type of supernovae Astronomers have identified a white dwarf that may be the leftover remains of a recently discovered type of supernova. The findings indicate that the properties of this unusual white dwarf, known as LP 40-365, may help scientists determine how such unusual supernovae are created. *New deep double white dwarf binaries discovered Astronomers have discovered two detached, eclipsing double white dwarf binaries – which could one day merge to