Researchers have found a dimmer switch inside a protein. It tunes the protein’s configuration to take advantage of quantum mechanics during photosynthesis. Two parallels with human engineering leave no doubts about the engineered origins of this light collector.

How would you do if someone spun you around every few seconds all day long? Marine algae repeatedly get tossed about in coastal surf, and they cope quite well. Researchers want to find out how. The latest set of experiments has revealed built-in machinery that helps these single-celled creatures thrive amid the turbulence.

The takeoff and flight of butterflies has long been derided by evolutionists as being an unstable and inefficient product of evolution. However, a new study has shown that the spectacular complexity and efficiency of butterfly wing design is an optimized system worthy of emulating in a new generation of flying robotic drones.¹

How in the world did a creature as odd as the duck-billed platypus originate? This creature lays eggs like a reptile, has venom like a reptile, spurs like a chicken, excretes milk from belly patches to nurse its young, has fur that glows, webbed feet like a duck, and uses its sensor-filled duck-like bill to find aquatic prey like paddlefish do since it swims with its eyes closed.

All plant and animal genomes studied so far exhibit complex and distinct three-dimensional (3-D) structures in their chromosome configurations depending on the type of cell (e.g., heart, liver, brain, etc.). Given the incredible variability among genome configurations within a single type of creature, let alone that which exists between creatures (e.g., human vs.