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Another RNA World ‘Missing Link’ Experiment Misses the Point

Magic droplets overcome one hurdle with help from humans, but so what?

Facing Reality About Life on Other Planets, 6: Chemistry and Probability

In this final segment about habitability of exoplanets, Dr Henry Richter looks at chemistry and probability.

Mars Madness Hits

The Curiosity rover is sending back photos of things mission scientists are struggling to understand.

Earth's Geodynamo: An Energy Crisis

A new theory to maintain Earth's magnetic field looks like a case of special pleading to rescue a dogma.

Star Chemistry Constrains Habitable Zone

The chemistry of a parent star can have drastic effects on the habitability of an earth-like planet.

Oozing Life Up Against All Odds

The origin of life clearly requires a major leap in complexity, but not just any complexity. A conglomerate rock is complex, but not alive. Life has functional complexity – the ability to selectively take in materials to grow, move and reproduce. Life also requires growth, but not just any growth. Fire grows and reproduces, but is not alive, whereas a living cell grows and reproduces according to internal programmed instructions. Evolutionists think the origin of life by natural causes is a tractable problem that will eventually be solved. Let’s see a couple of examples of how their work is coming along.
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