According to a recent paper by a math professor at the University of Arkansas, the existence of life on Earth provides proof that abiogenesis is relatively easy on planets similar to Earth, refuting the “Carter argument” conclusion. Does the presence of life on Earth provide any insight into the likelihood that abiogenesis—the process by which life first emerges from inorganic substances—occurs elsewhere? That is a question that has baffled scientists for a while, as well as everyone else inclined to think about it. Astrophysicist Brandon Carter makes the widely accepted claim that the selection effect of our own existence limits our ability to observe. Nothing can be concluded about the likelihood of life existing elsewhere based on the fact that we had Read More ›

Paul Scott Anderson writes: We know that life originated on Earth some 3.7 billion years ago. But we still don’t understand exactly how life came to be. Likewise, we know little to nothing about life on other rocky worlds, even those that might be similar to Earth. Is life a rare occurrence, or is it common? Or somewhere in between? Scientists debate the subject of abiogenesis, the idea of life arising from non-living material. If it can happen on Earth, can it happen elsewhere, too? A new paper from retired astrophysicist Daniel Whitmire at the University of Arkansas argues that it can. Whitmire published his new peer-reviewed paper in the International Journal of Astrobiology on September 23, 2022. Abiogenesis and our own existence Basically, the paper is a counter-argument to the view held Read More ›