08Feb 2020 by Post

Michael Denton: Remarkable Coincidences in Photosynthesis

coincidences, Energy, genetics, ID The Future, improbability, Intelligent Design, Life Sciences, light, Michael Denton, oxygen, photosynthesis, Podcast, water
On a classic episode of ID the Future, listen in on a a few minutes from a lecture given by medical geneticist and CSC Senior Fellow Michael Denton. Download the podcast or listen to it here. We’ve all heard of the importance of photosynthesis as an oxygen-creating process. In this segment, Denton explains the “remarkable set of coincidences” that makes the creation of oxygen through photosynthesis possible. From the specific energy of visible light to the unique properties of water, this degree of improbability screams DESIGN. Photo source: “Why Our Sun and Atmosphere Appear Intelligently Designed,” via Discovery Institute. The post Michael Denton: Remarkable Coincidences in Photosynthesis appeared first on Evolution News.
Read More
04Jan 2020 by Post

Forty Parameters of the Designed Body

equilibrium, Goldilocks principle, Howard Glicksman, human body, ID The Future, Intelligent Design, Leonardo da Vinci, Life Sciences, Podcast, Steve Laufmann, Tod Butterfield, Vitruvian Man
On a classic episode of ID the Future, host Tod Butterfield interviews Steve Laufmann about Dr. Howard Glicksman’s 81-part Evolution News series, “The Designed Body.” Mr. Laufmann is a consultant in the field of enterprise architecture, dealing with the design of very large, very complex, composite information systems that are orchestrated to perform specified tasks in demanding environments. Hey, that sounds like the human body! Listen in as Laufmann reflects on the body’s fight against equilibrium, the Goldilocks principle, and more! Download the podcast or listen to it here. Image: Vitruvian Man, by Leonardo da Vinci [Public domain], via Wikimedia Commons. The post Forty Parameters of the Designed Body appeared first on Evolution News.
Read More
23Dec 2019 by Post

Alles Klar? Jerry Coyne on an “Argument from Incredulity”

Alex Kacelnik, archerfish, argument from incredulity, Evolution, guesses, inferences, Intelligent Design, Jerry Coyne, larval wasp, Life Sciences, nature video, Popular Science Monthly, Stefan Schuster, University of Oxford, Why Evolution Is True
If you look at Jerry Coyne’s blog Why Evolution Is True from over the past weekend, you will find his rebuttal to what Coyne calls an argument from incredulity. He comments, “You will recognize this argument as the basis for Intelligent Design.” We have taken Coyne’s rebuttal, deleted the inessentials, and placed in bold all of the inferential steps, credulous guesses, and other leaps of imagination. It is astonishing that anyone would think the result a scientific argument, or, even, an argument at all. From “A creationist writes in espousing the Argument from Incredulity,” suitably modified: Let’s take the larval wasp…The way to address the incredulity argument is to postulate a plausible step-by-step process in which each step is adaptive…. In the case of the wasp, all that is required is that…
Read More
16Dec 2019 by Post

The Ultimate Recycler

ADP, ATP, ATP synthase, biochemistry, body weight, cell membrane, cell's, cities, citrate, cytoplasm, electron transport chain, Energy, Genome Biology, glucose, hydroelectric plant, Intelligent Design, Life Sciences, machines, metabolism, mitochondria, NADH, protein complexes, pyruvate, recycling, succinate
When a city starts out with a major energy deficit, there are two changes that should be made: to be really, and I mean really efficient at recycling the critical resource, or to buy more energy. What about in biology? Cells are like cities, right? Out of Balance We already know from a previous post (“The Mystery of Energy Metabolism”) that the cell has an energy budget that is out of balance based solely on biosynthesis and use of ATP. It is in a predicament. It has an extreme shortfall in ATP in its balance sheet, needing six ATP just to make one. ATP is a high energy molecule. All that energy has to be loaded into the molecule during its synthesis by using up other ATP molecules. If chemical A is…
Read More