that V vitamin d and vitamin A are all about the photoelectric effect and that I kind of scoff at that and I guess that creates more controversy because the photoelectric effect is a
- Concept
- photoelectric
- Cross-concepts
- vitamin d
- Score
- 4 · causes · because
- Status
- candidate — not yet promoted to canon
Corpus evidence — top 10 passages
Most-relevant passages from the entire indexed corpus (67,286 paragraph chunks across YouTube transcripts, PubMed, arXiv, archive.org, Stanford Encyclopedia of Philosophy, OpenAlex, and more) ranked by semantic similarity (bge-small-en-v1.5).
- 01 · yt0.807
And it makes sense because vitamin D is the hormone, the neuro hormone of the skin. Vitamin A is the neuro hormone of the brain. The skin and the brain come from neuroacttom come from ectoerm in the embryo. So this is after time has expanded you've gone through cutting the umbilical cord. This is the quantum entanglement of how these two organs still maintain communication. In other words, how they maintain timing. So the thing that humans found the most interesting about vitamin A is how it worked in the rodopsin system. And that's been very well worked out. People want to look at it, you sho…
yt/Omug2kdB8VM-dr-jack-kruse-on-the-biological-implications-of-time-cancer-/transcript.txt
- 02 · _intake0.784
When light, specifically UVB photons, hit our atomic lattice in the skin semiconductors, photons effectively become particles and they have a non zero mass. This means unpolarized light from the sun becomes polarized, gains mass, and acquires inertia and momentum. That momentum and inertia is what changes cholesterol to another type of semiconductor for light to capture it for transfer to the kidney for final activation. When a photon is captured by any semiconductor it can no longer act like a wave. It must act as a particle in the semiconductor substrate. That particle is key in making ATP f…
_intake/kruse-blog-corpus/articles/time-10-can-you-supplement-sunlight.md
- 03 · _intake0.780
Moreover, these paradoxes in evolutionary biology should get dermatologists and scientists asking a different questions about the sun then they are today. Why is it that in our modern world sunlight seems to be detrimental to our health? Is it really they sunlight or is it some other factor in us of the environment that we are overlooking? Natural elements in the environment are really fingerprints in this mystery. Light is part of the electo-magnetic spectrum of energies and is natures element. Energy from the sun comes in indivisible chunks, light is both a particle and a wave, and some thin…
_intake/kruse-blog-corpus/articles/quantum-biology-7-vitamin-d.md
- 04 · _intake0.780
When we speak of dietary Vitamin A we are speaking of retinol and not beta-carotene in vegetables. They are not equivalent in a quantized brain. In fact, most of the problems with long-term vegetarians are directly tied to a loss of the Vitamin A cycle in the brain. Vitamin A in the form of retinol only comes in animal foods. [So what does Vitamin A do](http://www.thenakedscientists.com/HTML/content/interviews/interview/1782/)? Most people know that Vitamin A is huge in vision and sight and uses ***opsins***. Vitamin A is critical in the quantum photo-transduction of light in our retina. A lac…
_intake/kruse-blog-corpus/articles/quantum-bio-10-hormone-102-drawn-to-light.md
- 05 · yt0.780
sunlight is incredibly important to your vitamin A cycle that's the reason why it's important because blue lights what makes vitamin A in your brain here's the action spectrum for the blue light hazard you can see starts at 400 but the peak is 435 to 465 that's why all my glasses block that that's the reason why I think Dave is a great guy the fact that two years in a row he bought everybody that blocking glasses the sad part is looking out in this audience not too many of you awaring them okay what's the key cones regenerate at night and darkness Andy is now explosive it's a blue light diseas…
yt/d7qjh4BIGbc-dr-jack-kruse-nourish-vermont-2017/transcript.txt
- 06 · _intake0.778
Vitamin A become uncoupled thermodynamically in cells, not because of a deficit with in……it is because of too much blue light we get in our environment. You cannot take a pill to fix a light problem. Molecules on Earth do not have to touch to interact…….because of resonance that uses solar waves to entangle and connect them. Vitamin A and Vitamin D are two such proteins. This is how the brain and skin componets of ectoderm communicate with one another in the adult form of humans.
_intake/kruse-blog-corpus/articles/dr-tim-jackson-internal-stressors.md
- 07 · _intake0.778
These new links were big** epigenetic clues **that electrons from your diet might not be the biggest factor in how your brain manages to tell about energy balance for your cerebral cortex. Vitamin A is not really a story tied to our diet. We get plenty of vitamin A from food, but how we use it in the brain is tied to the correct season and the photoperiod of a day. I laid this out in the hyperlink from the Salk Institute in the last blog. In fact, human embryology is apparently tied directly to mother's Vitamin A stores and how her brain has codified the photoperiod in the life she lives with …
_intake/kruse-blog-corpus/articles/quantum-bio-10-hormone-102-drawn-to-light.md
- 08 · _intake0.776
While we are discussing this information I want you to think about what I told you already about water conduction and what was in the [last blog about vitamin D](https://jackkruse.com/quantum-biology-7-vitamin-d/). I also want you to think about the quality of your biologic semiconductors and your mitochondrial efficiency.
_intake/kruse-blog-corpus/articles/quantum-biology-8-quantum-scaling.md
- 09 · _intake0.774
Our photoperiod is tied to our exposure of artificial light. The more artificial light we get the less control we have over Vitamin A in the brain. Why is this important?
_intake/kruse-blog-corpus/articles/cpc-6-pseudotumor-cerebri.md
- 10 · _intake0.773
It turns our photosynthesis also gave animal life a boost too, via its use of Vitamin D3. Vitamin D receptors (VDR) and the RXR vitamin A receptors are all linked with DHA because all are semiconductors whose power can be elevated by the stream of electrons or photons. We know this because of Einstein’s photoelectric effect.
_intake/kruse-blog-corpus/articles/quantum-biology-7-vitamin-d.md
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