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originally posted by: spacemanjupiter
a reply to: neoholographic
Digital is a word we made up.
1. existing in or derived from nature; not made or caused by humankind.
The "engineering capability" you speak of is the genetic code embedded in DNA.
Computational biologist Sergei Maslov of Brookhaven National Laboratory worked with graduate student Tin Yau Pang from Stony Brook University to compare the frequency with which components "survive" in two complex systems: bacterial genomes and operating systems on Linux computers. Their work is published in the Proceedings of the National Academy of Sciences.
Maslov and Pang set out to determine not only why some specialized genes or computer programs are very common while others are fairly rare, but to see how many components in any system are so important that they can't be eliminated. "If a bacteria genome doesn't have a particular gene, it will be dead on arrival," Maslov said. "How many of those genes are there? The same goes for large software systems. They have multiple components that work together and the systems require just the right components working together to thrive.'"
it should be drunk warm and in bed, as much and as often as the patient can bear. I am persuaded tar-water may be drunk with great safety and success for the curing of most diseases, particularly all foul cases, ulcers and eruptions, scurvies of all kinds, nervous disorders, inflammatory distempers, decays, etc.
originally posted by: Phantom423
a reply to: whereislogic
He wants the audience to draw the conclusion that intelligent design is somehow involved in the process. There's no evidence for intelligent design regardless how you twist and turn current knowledge.
denial of realities/facts/truths/certainties without offending someone, li
Here's a video that shares some research that has been done in this regards of what the laws of nature are capable of producing (what kind of effects) and what they are not capable of accomplishing (such as engineering and programming blueprints/specifications/codes for functional machinery and nanotechnology):
originally posted by: Phantom423
a reply to: whereislogic
I have no idea who Dr. Meyer is addressing in that lecture but the guy completely ignores everything we know about stereochemistry as well as the secondary and tertiary conformation of RNA.
Nature... did it.
... never mentions the Van der Waals force, hydrogen bonds, hydrophobic, hydrophilic interactions, ligand interactions. Plus he never mentions the three classes of RNA, each of which have different roles in protein synthesis.
Computational biologist Sergei Maslov of Brookhaven National Laboratory worked with graduate student Tin Yau Pang from Stony Brook University to compare the frequency with which components "survive" in two complex systems: bacterial genomes and operating systems on Linux computers. Their work is published in the Proceedings of the National Academy of Sciences.
Maslov and Pang set out to determine not only why some specialized genes or computer programs are very common while others are fairly rare, but to see how many components in any system are so important that they can't be eliminated. "If a bacteria genome doesn't have a particular gene, it will be dead on arrival," Maslov said. "How many of those genes are there? The same goes for large software systems. They have multiple components that work together and the systems require just the right components working together to thrive.'"
You're welcome to try to give me a logical reason why I should believe nature did something that I've only observed being done by beings with the required intelligence and technological know-how.
This is EXTREMELY INTERESTING especially if you know about Linux and computer programming in general. This goes to the argument of intelligent design. There's parts of the system that can't function without all of the components in place. They can't thrive in the environment without these components working together.
...
Maslov's finding applies equally to these complex networks because they are both examples of open access systems with components that are independently installed. "Bacteria are the ultimate BitTorrents of biology," he said, referring to a popular file-sharing protocol. "They have this enormous common pool of genes that they are freely sharing with each other. Bacterial systems can easily add or remove genes from their genomes through what's called horizontal gene transfer, a kind of file sharing between bacteria," Maslov said.
More evidence that DNA is a ... code that was designed. I'm just glad it's like Linux and not Windows. I hate Windows.
When a person uses a number of established facts to draw a general conclusion, he uses inductive reasoning. THIS IS THE KIND OF LOGIC NORMALLY USED IN THE SCIENCES. ...
originally posted by: bigfatfurrytexan
a reply to: TerryDon79
That we designed computers using concepts we were already familiar with as a basis.
....we have only tried to recreate that which we already know, ...
Mechanical analog computers started appearing in the first century and were later used in the medieval era for astronomical calculations. In World War II, mechanical analog computers were used for specialized military applications such as calculating torpedo aiming. During this time the first electronic digital computers were developed.
...
The differential analyser, a mechanical analog computer designed to solve differential equations by integration, used wheel-and-disc mechanisms to perform the integration. In 1876 Lord Kelvin had already discussed the possible construction of such calculators, but he had been stymied by the limited output torque of the ball-and-disk integrators.[15] In a differential analyzer, the output of one integrator drove the input of the next integrator, or a graphing output. The torque amplifier was the advance that allowed these machines to work. Starting in the 1920s, Vannevar Bush and others developed mechanical differential analyzers.
First general-purpose computing device
Charles Babbage, an English mechanical engineer and polymath, originated the concept of a programmable computer. Considered the "father of the computer",[16] he conceptualized and invented the first mechanical computer in the early 19th century.