How to solve a radiometric dating problem

02-Feb-2020 06:28

How could electrical signaling, hormonal signaling, defensive response cascades, and defense-optimizing cross talk between cascades have originated?

Considering that many parts are required to make just one defense cascade work at even a minimum level, it stands to reason that all those parts must have originated simultaneously, as though they had been created all at once.

In 1988, scientists at three separate laboratories dated samples from the Shroud to a range of 1260–1390 CE, which coincides with the first certain appearance of the shroud in the 1350s and is much later than the burial of Jesus in 30 or 33 CE. Samples were taken on April 21, 1988, in the Cathedral by Franco Testore, an expert on weaves and fabrics, and by Giovanni Riggi, a representative of the maker of bio-equipment "Numana".

The idea of scientifically dating the shroud had first been proposed in the 1960s, but permission had been refused because the procedure at the time would have required the destruction of too much fabric (almost 0.05 sq m ≅ 0.538 sq ft). P.), which involved about 30 scientists of various religious faiths, including non-Christians. Testore performed the weighting operations while Riggi made the actual cut.

A 2008 study by scientists working in the Netherlands examined "cross talk" in plants.

"Therefore, plants possess elaborate regulatory mechanisms that efficiently coordinate the activation of attacker-specific defenses so that fitness costs are minimized, while optimal resistance is attained," according to the 2008 Netherlands team.

lack of blindness in the measurements is a rather insubstantial reason for disbelieving the result." (t)he Church must respond to the challenge of those who want it to stop the process, who would want us to show that the Church fears the science.

that radiocarbon measurements on the shroud should be performed blind seem to the author to be lacking in merit; …

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Many people understand that molecules move during photosynthesis, but most probably don't realize that plants also dabble in electronics—smartly crafted electronics.

Leaf tissue damage activates both responses, but other plant defenses are up and running all the time.

Other research shows that plants amazingly coordinate these different defenses.

How do damaged leaves communicate so quickly with other leaves on the same plant?

They attached electrodes to the leaves and found that the charge travels at the rate of about 3.5 inches per minute. Upon receiving the electronic signal, faraway leaf tissues produced a chemical called "jasmonate." Botanists recognize this hormone as a key role player in several plant processes, specifically when it comes to initiating one of a plant's many defensive schemes.

Many people understand that molecules move during photosynthesis, but most probably don't realize that plants also dabble in electronics—smartly crafted electronics.Leaf tissue damage activates both responses, but other plant defenses are up and running all the time.Other research shows that plants amazingly coordinate these different defenses.How do damaged leaves communicate so quickly with other leaves on the same plant?They attached electrodes to the leaves and found that the charge travels at the rate of about 3.5 inches per minute. Upon receiving the electronic signal, faraway leaf tissues produced a chemical called "jasmonate." Botanists recognize this hormone as a key role player in several plant processes, specifically when it comes to initiating one of a plant's many defensive schemes.Researchers suspected some form of fast communication within plants when they detected an uptick in defensive chemical production in leaves far removed from those leaves actually undergoing "trauma" or damage.