A recent attempt by European astronomers to use the Hubble Space Telescope to find evidence for the first stars expected by secular theory has failed. This is despite the Hubble Space Telescope’s ability to image objects at vast distances—so vast that these objects were supposedly formed 500 million years after the alleged Big Bang.^1-3

Tens of thousands of volcano-looking features exist across the northern lowlands and other areas across Mars.¹ In the past, these volcanoes were thought to be caused by lava flows from the planet’s interior. However, a new study published in the journal Nature Geoscience has postulated that many of these “volcanoes” may have actually flowed mud, not lava.¹

Astronomers have determined that a distant galaxy discovered three years ago is rotating, making it the most distant rotating disk galaxy yet observed.¹ This disk galaxy has been designated DLA0817g, but has been nicknamed the “Wolfe Disk,” after the late astronomer Arthur M. Wolfe.

The May 2020 issue of Astronomy magazine asks what might have once been seen as an unthinkable question: Is the Big Bang in Crisis?¹ The article cites four major problems with the model: 1) that the Big Bang implies that 95% of the universe’s content is unknown to us, 2) the inability of the Big Bang to explain the enormous matter/antimatter imbalance in the universe, 3) the

Geologists have used high-resolution images obtained by the Mars Reconnaissance Orbiter to infer the existence of past rivers on the Martian surface. Geologist Francesco Salese of Ultrecht University in the Netherlands led the team that analyzed the images of a sedimentary outcrop in the northwest rim of Hellas Planitia, an impact basin in Mars’s southern hemisphere.^1,2