Control Systems in Vertebrate Limbs Further Demonstrate that They Were Designed

accuracy, bioengineers, biological limbs, biology, control systems, Evolution, evolutionary narratives, flexibility, intelligent agent, Intelligent Design, limbs, motor control systems, nervous system, robots, sensors, stability, Stuart Burgess, vertebrate limbs
Even if one limb suddenly transformed into another, the new limb would prove useless until its control system was entirely reengineered. Source
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Popular YouTube Science Educator Professes “Emotional” Response to “Amazing” Flagellum

actuators, axlw, bacterial cell, bacterial flagellum, biochemical motor, chemotaxis, Destin Sandlin, Discovering Intelligent Design, effectors, Evolution, feedback, gears, genes, hydrogen ions, Intelligent Design, Irreducible Complexity, MotAB, operating system, origin of life, philosophy, pinions, Prashant Singh, propeller, protons, Scott Minnich, sensors, shaft, SmarterEveryDay, Technology, Vanderbilt University, YouTubers
In the video, engineer Destin Sandlin explains how he became captivated after watching an online animation of the bacterial flagellum. Source
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Phenology: The Science of Seasonal Adaptation

abiotic changes, Albert B. Phillimore, algorithms, Animal Algorithms, animals, biotic changes, calendars, California poppy blooms, caterpillars, Chaco Canyon, cicada emergences, Current Biology, Darwinian evolution, Darwin’s Bluff, El Niño, Evolution, Farmer’s Almanac, foresight, genetic adaptation, herbaceous plants, Intelligent Design, Kirsty H. Macphie, La Niña, Life Sciences, locust plagues, moisture, mosquito swarms, pandemics, phenology, physiology, plants, PNAS, Robert Shedinger, sensors, Stonehenge, superblooms, temperate, temperature
No, not phrenology — phenology. It’s not pseudoscience, but a lesser-known branch of science that includes birds, bees, and trees. Source
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Minimal Complexity Problem in Prey Detection by the Sand Scorpion

Angstrom, arachnids, beetle, compression waves, Darwinian theory, Fundamentals of Physics, hydrogen atom, Intelligent Design, Irreducible Complexity, Life Sciences, minimal-complexity problem, Mojave Desert, Oregon State University, Philip H. Brownell, Physics, Earth & Space, pincers, propagation speed, Rayleigh waves, sand scorpion, science, scorpion, sensors
The scorpion can detect tiny vibrations, of order 1 Angstrom (the size of a hydrogen atom) in amplitude, that emanate from its prey. Source
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The Design Connection in Biological Tracking Systems

anatomy, antibiotics, biology, CELS 2021, Conference on Engineering in Living Systems, environmental conditions, Evolution, evolvability, information, Intelligent Design, irreducibly complex systems, neo-Darwinian evolution, physiology, sensors, switches, technological innovation, timescales, tracking systems, waiting times, Zoltan Szallasi
If organisms resulted from haphazard undirected processes, their design constraints would be few and highly flexible. Source
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