How to Enhance Learning With Real Time Feedback

In this episode, I interview Stephanie Seneff, PhD, on her hypothesis about glyphosate, deuterium, and the C-word.

Stephanie Seneff is a senior research scientist at MIT, where she has had continuous affiliation for more than five decades. After receiving four degrees from MIT (B.S.. in Biophysics, M.S., E.E., and Ph.D. in Electrical Engineering and Computer Science), she has conducted research in packet-switched networks, computational modeling of the human auditory system, natural language processing, spoken dialogue systems, and second language learning. Currently a Senior Research Scientist (MIT’s highest research rank) at the Computer Science and Artificial Intelligence Laboratory, she has supervised 21 Master’s and 14 Ph.D. students. For over a decade, since 2008, she has directed her attention towards the role of nutrition and environmental toxicants on human disease, with a special emphasis on the herbicide glyphosate and the mineral sulfur.

Here are the slides for the presentation she gave on this topic:

https://people.csail.mit.edu/seneff/2021/WAPF_2021_Part1.pdf

https://people.csail.mit.edu/seneff/2021/WAPF_2021_Part2.pdf

Here is her book:

https://stephanieseneff.net/book/

Here is her web site:

https://stephanieseneff.net/

Here is how to access the uncensored version, the transcript, and where to find this on YouTube or on social: https://chrismasterjohnphd.com/covid-19/2021/12/10/stephanie-seneff

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00:00:31 Stephanie's bio 00:03:51 Her hypothesis in brief 00:08:25 Her path from virology to computer science and back to virology 00:14:20 Our common interest in educational video games 00:20:29 Evidence linking glyphosate to the C-word 00:21:37 Glyphosate and biofuels 00:26:47 Evidence that glyphosate substitutes for glycine in protein synthesis and industry's argument against this 00:40:37 The specific role of glyphosate in the C-word, interfering with lung surfactants 00:47:58 Selenomethionine as an example of non-toxic irregular amino acids that substitute for regular amino acids in protein synthesis 00:53:41 Vaping 00:57:14 NAD derivatives and the cells' deuterium depletion machines 00:58:02 G6PDH as the primary deuterium depletion machine 00:59:41 Glutathione, mucus fluidity, nitrosoglutathione, bronchodilation 01:03:26 Surfactants, hyaluronic acid gels, lipoxygenase, and the virus as deuterium depletion agents; deuterium and viral stabilization 01:14:54 Prion proteins 01:19:44 The spike protein as a prion protein 01:21:47 Spike protein toxicity depends on location and context, and may depend on glyphosate 01:27:42 Clotting, and platelets as deuterium-depletion and mitochondria-providing agents 01:32:40 C-word harms may depend on glyphosate status 01:34:15 Practical strategy around deuterium depletion and glyphosate avoidance for protection 01:37:09 Her position on the juice 01:37:46 Commiecron 01:43:41 The juice suppresses type 1 interferon and stimulates interferon-gamma 01:49:55 The virus vs the juice 01:51:06 Where did the virus come from? 01:58:09 Surveillance state and digital passports