Uncommon Descent Serving The Intelligent Design Community
Category

Design inference

Confusing Probability: The “Every-Sequence-Is-Equally-Improbable” Argument

Note to Readers: The past few days on this thread there has been tremendous activity and much discussion about the concept of probability.  I had intended to post this OP months ago, but found it still in my drafts folder yesterday mostly, but not quite fully, complete.  In the interest of highlighting a couple of the issues hinted at in the recent thread, I decided to quickly dust off this post and publish it right away.  This is not intended to be a response to everything in the other thread.  In addition, I have dusted this off rather hastily (hopefully not too hastily), so please let me know if you find any errors in the math or otherwise, and I will be happy Read More ›

FFT: Antikythera, Paley, Crick, Axe, the “first computer” claim and the design inference on sign

The Antikythera mechanism is a fascinating object (thanks, EA . . . ), one that is often called the “first” [Analogue] Computer. It was recovered from a Roman shipwreck (likely c. 50 – 80 BC) near the island of that name, and the origin of the mechanism has been a challenge ever since a key observation described thusly by Wiki inadvertently speaking against interest: The Antikythera mechanism was discovered in 45 metres (148 ft) of water in the Antikythera shipwreck off Point Glyphadia on the Greek island of Antikythera. The wreck was found in April 1900 by a group of Greek sponge divers, who retrieved numerous large artefacts, including bronze and marble statues, pottery, unique glassware, jewellery, coins, and the mechanism. All Read More ›

Design Disquisitions: Peter S. Williams on Intelligent Design

In the latest post at Design Disquisitions I focus on the excellent work on ID by British philosopher Peter S. Williams. He has published several papers, and has many high quality articles and media presentations on the subject. His work was instrumental in initiating my change of mind from theistic neo-Darwinism to design. Highly recommended stuff! Peter S. Williams on Intelligent Design  

Fred Hoyle thought that there is design in nature

Science historian Michael Flannery offers a vid link below. He notes, Two things are important to bear in mind: first, nothing in Hoyle’s rejection bears upon a teleological universe (Hoyle’s steady state can–and did–coexist with a purposeful and intelligently guided universe); and second, Hoyle’s rejection of the big bang still allows him to have very skeptical view of “safe” science and government power. The frequently repeated claim that Fred Hoyle was an atheist has been greatly exaggerated. While Hoyle had been an atheist early in his career, he didn’t end that way. This is made clear in his book, The Intelligent Universe (1983) where he argued that “the information-rich” universe was guided and controlled by an “overriding intelligence,” and in Read More ›

Tim Maudlin: Defending a “homey and unfashionable ” view of time

From George Musser at Nautilus: It has a built-in arrow. It is fundamental rather than derived from some deeper reality. Change is real, as opposed to an illusion or an artifact of perspective. The laws of physics act within time to generate each moment. Mixing mathematics, physics and philosophy, Maudlin bats away the reasons that scientists and philosophers commonly give for denying this folk wisdom. The mathematical arguments are the target of his current project, the second volume of New Foundations for Physical Geometry (the first appeared in 2014). Modern physics, he argues, conceptualizes time in essentially the same way as space. Space, as we commonly understand it, has no innate direction — it is isotropic. When we apply spatial Read More ›

The Antikythera Mechanism and the Design Inference

Today’s Google Doodle honors the Antikythera mechanism discovered in 1901 from the Antikythera shipwreck. This remarkable object has been the subject of intense study for more than a century, with various theories about its precise origin and construction still being put forward.  Debates have played out about when it was constructed, by whom it was constructed, and the purpose of its construction. Yet no-one has questioned whether it was designed. It was clear from the characteristics of the object itself that it was designed. It was clear that it was designed before subsequent questions were asked or (tentatively) answered about who designed it, when it was designed, how it was designed, where the designers came from, what their purpose was, whether there Read More ›

Could a signature of specified complexity help us find alien life?

From Bob Holmes at New Scientist: How can we search for life on other planets when we don’t know what it might look like? One chemist thinks he has found an easy answer: just look for sophisticated molecular structures, no matter what they’re made of. The strategy could provide a simple way for upcoming space missions to broaden the hunt. Until now, the search for traces of life, or biosignatures, on other planets has tended to focus mostly on molecules like those used by earthly life. Thus, Mars missions look for organic molecules, and future missions to Europa may look for amino acids, unequal proportions of mirror-image molecules, and unusual ratios of carbon isotopes, all of which are signatures of Read More ›

Design Disquisitions: A Dialogue Between Peter S. Williams & Denis Alexander

Read More ›

FFT: TJG ponders the design inference- objecting mindset

. . . through a case in point: >>tjguyApril 12, 2017 at 2:28 am rvb8 @2 Thank god (heh:), the obvious has been consigned to the rubbish bin of understanding, and we now prefer evidence, experimentation, and the unobvious, to the vacuous, empty, ‘obvious’. What is the problem with this way of thinking? He just assumes this “obvious” thing too will be relegated to the dustbin of understanding. That is what he believes – which is great, but it is nothing more than opinion/belief/worldview deduction, etc. right now. It is just as possible that the Materialist view of OoL will be relegated to the dustbin of understanding. And get this! He thinks that since we were able to learn how Read More ›

Cells turned into “complex biocomputers”?

From BeauHD at Slashdot: Computer hardware is getting a softer side. A research team has come up with a way of genetically engineering the DNA of mammalian cells to carry out complex computations, in effect turning the cells into biocomputers. The group hasn’t put those modified cells to work in useful ways yet, but down the road researchers hope the new programming techniques will help improve everything from cancer therapy to on-demand tissues that can replace worn-out body parts. More. No, they were not “turned into” complex biocomputers. They always were that. The researchers found a way to potentially make them work for us instead of just themselves, somewhat like milking cows. See also: Cells communicate to navigate a crowded Read More ›

Discovery of 7 times higher complexity of protein folding!

Can protein folding complexity be formed by stochastic processes? With 14 intermediate steps?
JILA Team Discovers Many New Twists in Protein Folding

Biophysicists at JILA have measured protein folding in more detail than ever before, revealing behavior that is surprisingly more complex than previously known. . . .
They fold into three-dimensional shapes that determine their function through a series of intermediate states, like origami. Accurately describing the folding process requires identifying all of the intermediate states.
The JILA research revealed many previously unknown states by unfolding an individual protein. For example, the JILA team identified 14 intermediate states—seven times as many as previously observed—in just one part of bacteriorhodopsin, a protein in microbes that converts light to chemical energy and is widely studied in research.
“The increased complexity was stunning,” said project leader Tom Perkins, a National Institute of Standards and Technology (NIST) biophysicist working at JILA, a partnership of NIST and the University of Colorado Boulder. “Better instruments revealed all sorts of hidden dynamics that were obscured over the last 17 years when using conventional technology.”
“If you miss most of the intermediate states, then you don’t really understand the system,” he said.
Knowledge of protein folding is important because proteins must assume the correct 3-D structure to function properly. Misfolding may inactivate a protein or make it toxic. Several neurodegenerative and other diseases are attributed to incorrect folding of certain proteins.

Read More ›

Kingdom of Speech: But is Everett wrong about Piraha?

Noel Rude, a specialist in native American languages Nez Perce, Sahaptin, Klamath, wrote to offer some thoughts on Tom Wolfe’s takedown of Noam Chomsky’s language theories in The Kingdom of Speech. Chomsky’s theories dominated linguistics for decades. His progressive politics, which were, strictly speaking, irrelevant to his work are often considered to play a role in his prominence. Along the way, he clashed with linguist Daniel Everett who had, with an inexcusable lack of political correctness, found an apparent exception to Chomsky’s theories in a remote Brazilian language, Piraha. Wolfe chronicles the conflict from both sides, making clear that current theories about the origin of human language are not useful. Here is the perspective of Noel Rude, an ID-friendly linguist (a Read More ›

Researchers: Pre-mammalian reptile evolved venom 100 million years before snakes

From ScienceDaily: Euchambersia was a dog-sized pre-mammalian reptile living 260 million years ago in a deadly South African environment: Living in the Karoo, near Colesberg in South Africa, the Euchambersia developed a deep and circular fossa, just behind its canine teeth in the upper jaw, in which a deadly venomous cocktail was produced, and delivered directly into the mouth through a fine network of bony grooves and canals. “This is the first evidence of the oldest venomous vertebrate ever found, and what is even more surprising is that it is not in a species that we expected it to be, ” says Dr Julien Benoit, researcher at the Bernard Price Institute for Palaeontological Research at the University of the Witwatersrand in Read More ›

RNA self-editing: “It sounds simple, but in real life it was really complicated”

From Kelly Rae Chi at Nature: n 2004, oncologist Gideon Rechavi at Tel Aviv University in Israel and his colleagues compared all the human genomic DNA sequences then available with their corresponding messenger RNAs — the molecules that carry the information needed to make a protein from a gene. They were looking for signs that one of the nucleotide building blocks in the RNA sequence, called adenosine (A), had changed to another building block called inosine (I). This ‘A-to-I editing’ can alter a protein’s coding sequence, and, in humans, is crucial for keeping the innate immune response in check. “It sounds simple, but in real life it was really complicated,” Rechavi recalls. “Several groups had tried it before and failed” Read More ›