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NEW PHYSICS! ANY "GENIUSES" OUT THERE WILL HAVE A CHANCE TO PROPOSE THE FIRST THEORY, TO EXPLAIN THESE NOVEL OBSERVATIONS. In many previous videos, I showed you how a permanent disc-magnet spins in the SAME direction as a 3-phase magnetic field (placed below), and rises up. What happens if...

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Robert F Kennedy Jr: "We've been inducing allergies by pumping them full of Aluminum" RFK Jr gives a birds eye view of how allergies are induced AT WILL by linking the target protein to the Aluminum adjuvant from the Hep B vaccine. "How do they give the allergy to the rat? They take the aluminum adjuvant from the hepatitis B vaccine adjuvant, add a latex molecule, and that rat now has a permanent latex allergy". Robert F Kennedy Jr (Transcript): "Here's something people should know: Aluminum provokes an allergic response, and that's why it's valuable." "If you put aluminum in with the viral antigen, your body now mounts an allergic response to that viral antigen, whether it's polio, hepatitis B, HPV, or whatever. But what we now now, the science suggests, is that aluminum also creates allergic responses to anything that's in the ambient environment." "So, if you have a peanut oil excipient in that vaccine with aluminum, you could have a lifetime allergy to peanuts. If there’s a Timothy weed outbreak the week you get that aluminum vaccine, you may have a lifetime allergy to Timothy weed." "That’s probably why—there's two studies by Moss and Cowlings, which show that children who are vaccinated with aluminum vaccines, have 30 times the rate of allergic rhinitis as kids who don't." "These food allergy epidemics date to when we started giving kids aluminum." "My kids have these allergies. I’m one of the founders of the Food Allergy Initiative and the Food Allergy Network, which is the biggest food allergy research group. That group have scientists from all over the world who are giving food allergies to rats and then figuring out how to treat them." "How do they give allergies to rats? They take aluminum from the hepatitis B vaccine adjuvant, add a latex molecule, and the rat has a permanent latex allergy. Add a peanut molecule, it has a permanent peanut allergy. Add a dairy molecule, it now has a permanent dairy allergy." "So you wonder why this generation of children is allergic to everything? It’s because we’ve been inducing allergies by pumping them full of aluminum. Mikhaila Peterson: "That’s crazy.".

Humanspective

548,517 Aufrufe • vor 11 Monaten

For decades, biologists argued that birds migrate using magnetic fields, and that cryptochrome proteins in their eyes help them figure out where to fly. But the evidence for this has always been flimsy. In 1972, Wolfgang and Roswitha Wiltschko captured migratory European robins, put them in cages, covered the cages with a blanket, and wrapped electric coils around them. Once the birds lost their view of the sky, they still tried to move, or "hop," in the direction of their normal migration route. But when the Wiltschkos flipped the magnetic field around, the robins started hopping in random directions. They took this as evidence that, somehow, birds migrate using a magnetic sense. (Not bad!) In 2000, three theoretical biophysicists in Illinois, Ritz, Adem, and Schulten, proposed a mechanism for that magnetic sense. They argued that when blue light hits a receptor in the eye, it might create something called a "radical pair," locking two electrons into a spin state that a magnetic field could then nudge. They suggested that cryptochromes, light-sensitive proteins in the retina, might be responsible. (Speculative!) And then, in 2021, researchers apparently confirmed this! They took cryptochrome proteins from a type of migratory robin and put them in a test tube. They shone blue light at the proteins and found that this light induced them to form that transient "radical pair" state. And finally, they showed that magnetic fields could change this photochemistry where, in the presence of a magnetic field, the proteins formed fewer of these radical pairs, because the field forced a larger fraction of the excited molecules to ‘collapse’ back to their resting state. The experiment they used to measure this, though, has almost nothing to do with biology. You literally isolate the proteins, bombard them with a blue laser and, after each pulse, measure how much light the proteins absorb. For the robin cryptochrome protein, adding a magnetic field changed the absorbance *slightly.* But here’s the caveat: All of this was done in vitro, in a test tube, in a water-based buffer (rather than a cell). And, even worse, the experiment was done at 5 degrees Celsius (waaaay colder than the bird’s normal temperature) and at a low pH. And even after all this tinkering, they still *barely* saw a magnetic response! The news media didn't report many of these caveats. I randomly pulled one story from Science News and another from the University of Oxford, and neither even mentioned that the researchers ran the experiment at low temperature. The Oxford writeup actually hyped the result up more than the paper itself; that author wrote: “…the authors think the proteins involved could be significantly more sensitive in their native environment. In cells in the retina, the proteins are probably fixed and aligned, increasing their sensitivity to the direction of the magnetic field. Moreover, they are also likely to be associated with other proteins that could amplify the sensory signals." (Wow!) When Andrew York and Maria Ingaramo, two scientist working at Calico, heard about these results, they grew skeptical and decided to search for magnetically-responsive proteins — that actually work under physiological conditions — on their own. And that search, in turn, gave rise to Nonfiction Laboratories, a company that not only has created such proteins, but is now trying to commercialize them to make magnetically controlled cancer therapies that are only active near a tumor. The clip below is from my podcast.

Niko McCarty.

21,714 Aufrufe • vor 21 Tagen