Not true, at one time or another I have provided links to experiments, case studies and commentary by researchers to support what I say....as well you should know, considering how long these 'debates' have been running on this forum. Including you, but now it's like the past has been wiped, every day a groundhog day.
I even provided a link with quotes describing why quantum effects are a minimal aspect of brain function and that quantum effects do not process information or make decisions. That being the role of the whole brain, architecture and electrochemical activity, inputs and processing of information from the external world and internal states, organs, limbs, etc.
First of all, you quoted a blogger from a magazine.
What you fail to add is the most important part....the blogger is talking about a paper by neuroscientist Peter Clarke with quotes and references. The blogger is not important. The blogger is irrelevant. The necessary information is provided in reference to the neuroscientist and his paper;
Here is the paper from the link in the blog page, the blog page, if you like, being merely a conduit to the article;
Neuroscience, quantum indeterminism and the Cartesian soul.
Clarke PG1.
Abstract
Quantum indeterminism is frequently invoked as a solution to the problem of how a disembodied soul might interact with the brain (as Descartes proposed), and is sometimes invoked in theories of libertarian free will even when they do not involve dualistic assumptions. Taking as example the Eccles-Beck model of interaction between self (or soul) and brain at the level of synaptic exocytosis, I here evaluate the plausibility of these approaches. I conclude that Heisenbergian uncertainty is too small to affect synaptic function, and that amplification by chaos or by other means does not provide a solution to this problem. Furthermore, even if Heisenbergian effects did modify brain functioning, the changes would be swamped by those due to thermal noise. Cells and neural circuits have powerful noise-resistance mechanisms, that are adequate protection against thermal noise and must therefore be more than sufficient to buffer against Heisenbergian effects. Other forms of quantum indeterminism must be considered, because these can be much greater than Heisenbergian uncertainty, but these have not so far been shown to play a role in the brain.