Dark matter discrepancy; unique supernova; extreme galaxies

Dark matter discrepancy; unique supernova; extreme galaxies

Join us today as we look at how the Hubble Telescope may have solved the dark matter discrepancy. A research team has found a unique Type 1a supernova in the super-Chandrasekhar group of novae. Plus, all those extreme galaxies (large and small) seem to be in dense regions with a lot of interactions. Afterward, were joined by astrobiologist Dr. David Grinspoon to talk about his research into potential life on Venus.

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Gravitational waves lead to ground-breaking, “impossible” discovery; Triple-star planetary rings

Gravitational waves lead to ground-breaking, “impossible” discovery; Triple-star planetary rings

Join us today as we examine major news coming out last week from institutions analyzing data from the LIGO and Virgo gravitational wave detectors: the largest and farthest collision detected yet has led to the discovery of an “impossible” black hole. Plus a triple-star system has planetary rings and the camera that will be at the heart of the Vera Rubin Observatory takes its first images… of broccoli.

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Free-flowing water on ancient Mars? Not so fast! Plus a black hole fails to prevent star formation and unequal neutron stars colliding may be noisy.

Free-flowing water on ancient Mars? Not so fast! Plus a black hole fails to prevent star formation and unequal neutron stars colliding may be noisy.

Join us today as we talk about newly released research that suggests the waters on ancient Mars were subglacial and not free-flowing. Also, a black hole goes dormant and star formation goes wild. Meanwhile, computer models show that unequal neutron stars colliding may cause a big “bang” that can be detected on Earth.

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