Mandates Have Nothing to Do with Public Health
Peak Prosperity
Chris Martenson
4.7 • 591 Ratings
🗓️ 3 November 2021
⏱️ 34 minutes
🧾️ Download transcript
Summary
Transcript
Click on a timestamp to play from that location
| 0:00.0 | Two of the strongest pillars for the vaccine mandates are that the vaccinated spread the disease less than the unvaccinated, of course, and that they experience lower rates of disease. |
| 0:11.9 | Are those two things true? Come on. We're going to find out today. |
| 0:16.1 | The following is the audio version of a video released at peak prosperity.com. |
| 0:20.9 | Visit peak prosperity.com to watch the video and to find other insightful content, |
| 0:26.2 | such as articles, discussion forums, and exclusive subscriber-only content. |
| 0:31.9 | Hello everyone, Dr. Chris Martinson here, and it's just a lovely rainy day in New England, |
| 0:37.4 | and we're going to talk about |
| 0:38.5 | a couple of pieces of data that have come out very recently that just make the whole rationale |
| 0:43.8 | for a vaccine and vaccine mandate a little bit more difficult to support from the logic and from |
| 0:50.7 | the data. So let's go through the data. First, let's start here. Yeah, |
| 0:56.2 | the mandate rationale. It just takes another blow, maybe not a fatal blow, but it's just, |
| 1:00.1 | it's getting trickier all the time to figure out who to trust and what to believe in. And so |
| 1:04.6 | these are the headlines that just came out recently. First, in the Hill, on the 29th of October, we had vaccinated just as likely to spread delta variant within household as unvaccinated study. |
| 1:19.3 | We're going to go into that study. I'll show you the data. Of course, we always go to the data. |
| 1:23.4 | This is interesting. Notice the word household in there, and that's important because the household is actually the place where you get the highest rates of spreading of SARS-CoV-2. |
| 1:33.7 | And the reason for that is there are four Ds that, remember we talked about the four Ds a long time ago, that you want to minimize or optimize in order to avoid catching any viral-borne disease, but in particular |
| 1:45.2 | an airborne viral disease. And those would be the density, the density of the people around |
| 1:49.8 | you. How close is everybody? How many of them do you have who actually have the disease in a |
| 1:54.4 | communicable form? Then you have draft. Hey, more draft is better. Right. You want to optimize that |
| 1:59.4 | as well. Distance, right? How far away are you from everybody? So if you have a lot of people who are sick at a really close distance with no draft, obviously you get into all sorts of difficulties with that. And then how diffuse is this thing spread through the room. So at any rate, households are where this stuff tends to spread. |
| 2:18.9 | So the UK did a really cool study, which again we're going to go into. |
| 2:21.9 | As you can see here, as I get my drawing tool out, this is obviously of a lot of interest. |
... |
Please login to see the full transcript.
Disclaimer: The podcast and artwork embedded on this page are from Chris Martenson, and are the property of its owner and not affiliated with or endorsed by Tapesearch.
Generated transcripts are the property of Chris Martenson and are distributed freely under the Fair Use doctrine. Transcripts generated by Tapesearch are not guaranteed to be accurate.
Copyright © Tapesearch 2026.

