An exoplanet 260 light-years away is being described as the first of its kind ever detected.^1,2 This exoplanet, catalogued as LTT 9779b, is called an “ultra-hot Neptune” because of its large size and nearness to its host star.

Well, there goes another star, disappearing into the night as if it had never existed. For an entire year, Hubble scientists used the space telescope to record snapshots of SN 2018gv—a supernova (SN) or exploded star.

Tim Clarey, Ph.D., and Jake Hebert, Ph.D.

Secular scientists continue to struggle to explain the origin of Earth’s water. And a new study published in Science calls into question their previous assumptions and earlier expectations.¹

Secular scientists are obsessed with attempting to show that life on Earth is not unique and therefore must exist, if not elsewhere in our solar system then somewhere in our Milky Way Galaxy. It is this worldview that resulted in the fruitless, decades-old project called the Search for Extraterrestrial Intelligence (SETI).

This summer, the Hubble Space Telescope took a brilliant new photograph of Saturn and its rings.¹ Saturn’s moons Mimas and Enceladus can also be seen in the photo. For a number of years now, the Hubble Space Telescope has been taking yearly photographs of Saturn at about the time that Earth is closest to the planet, about 840 million miles away.