Use dark field for looking at these things since most of us are now familiar with the materials visual forms in dark field and most of it cannot be identified properly in bright field, if at all. Some of the suthetic material was based on natural design, not all. But stuff like lipids, some hydrogels and other stuff which is inst programmed can be found in nature too. I would plants, animals and humans all have phosporlipid like structures for transport systems. The lipids in the tech are evil programmed ones. Do check out David Nixon's zoom meetings where we check out the foreign material, and sometimes view environmental samples. It likely is in everything, but it's good know that what you are pointing to is most likely that. It may help you understand. Other than my friendly constructive criticism it's nice to see people taking to microscopes and getting nice images. 😃 We won't use the word robots since it often but not always refers mechanical machines. It is a self assembling materials that seems odd, but so far there are no robots. Just cell structures, self assembling materials, colloidal based LNP's which enlarge into synthetic lipid cell structures and more. After these things unpack they seem to be altering out blood and cell structures at very least. Happy microscopicing and best wishes
Thanks for your comments. I know that some Liposomes can be found in nature and that some manmade ones use natural materials. But, by now, I've captured so many spheres that are so complex,(not yet posted), and done so much research that I do not think that the bulk of what I'm seeing is natural. For example, I've found a couple of brands of blueberries that didn't have liposomes, but all of the other brands did. They do intentionally put these things in food, and some of them do have properties that can be harmful under certain circumstances. But, more study on natural liposomes versus unnatural ones is a good idea. I know Mat Taylor and Shimon Yanowitz personally and have exchanged emails with Dr. David Nixon. I've watched a lot of those Zoom meetings on David Nixon's site, but would like to watch more. Identifying nanobots in certain edible products is difficult, because there are some natural things that move and flash, such as: certain bacteria that can be found in raw milk. In spite of the name of my Substack, my work isn't centered around robots, but rather, artificial technology that is altering our biological makeup.
I looked at one childhood vaccine with Mat, but I have intentionally avoided others, so as not to breathe in, and be injured by, their contents. David Nixon's findings and footage related to: "Robotic Arms" is absolutely amazing! Thanks for your comments, and Darkfield suggestion. Shimon Yanowitz suggested that I also look at things I find in Darkfield, in Brightfield as well. That has helped a lot, because things can be moving and swirling around in fluids in Darkfield and you think you've found technology, but when you look at the same things in Brightfield, they turn out to look more like bacteria. So, for sure, all comments are helpful. I'd love to get a comment from someone who works to develop nanotechnology for agriculture. Those are the people who really know what this stuff is. I am looking at professional published papers on this too. It's insanely complicated!
Thanks for your comments. When I started seeing this stuff and told other people about it, it seemed like no one I talked to knew anything about it. I felt a huge responsibility to get the information out there. It's been bothering my conscience for months! I wanted to make a video for Rumble or Bitchute, but I figured it would take me quite a while to get good at video editing. Then, I thought... Substack!
Well done, we encourage the micronauts who are community microscopists to do their part as you have started doing. After almost 2 years those guys have learnt alot and are taking fantastic sample images. The more experienced of us collaborate with phds and scientist where can and have alot of insight on this stuff. Do join David Nixon's subscriber list to participate in the zoom share discussions. Keep on keeping on there 😉
Use dark field for looking at these things since most of us are now familiar with the materials visual forms in dark field and most of it cannot be identified properly in bright field, if at all. Some of the suthetic material was based on natural design, not all. But stuff like lipids, some hydrogels and other stuff which is inst programmed can be found in nature too. I would plants, animals and humans all have phosporlipid like structures for transport systems. The lipids in the tech are evil programmed ones. Do check out David Nixon's zoom meetings where we check out the foreign material, and sometimes view environmental samples. It likely is in everything, but it's good know that what you are pointing to is most likely that. It may help you understand. Other than my friendly constructive criticism it's nice to see people taking to microscopes and getting nice images. 😃 We won't use the word robots since it often but not always refers mechanical machines. It is a self assembling materials that seems odd, but so far there are no robots. Just cell structures, self assembling materials, colloidal based LNP's which enlarge into synthetic lipid cell structures and more. After these things unpack they seem to be altering out blood and cell structures at very least. Happy microscopicing and best wishes
Thanks for your comments. I know that some Liposomes can be found in nature and that some manmade ones use natural materials. But, by now, I've captured so many spheres that are so complex,(not yet posted), and done so much research that I do not think that the bulk of what I'm seeing is natural. For example, I've found a couple of brands of blueberries that didn't have liposomes, but all of the other brands did. They do intentionally put these things in food, and some of them do have properties that can be harmful under certain circumstances. But, more study on natural liposomes versus unnatural ones is a good idea. I know Mat Taylor and Shimon Yanowitz personally and have exchanged emails with Dr. David Nixon. I've watched a lot of those Zoom meetings on David Nixon's site, but would like to watch more. Identifying nanobots in certain edible products is difficult, because there are some natural things that move and flash, such as: certain bacteria that can be found in raw milk. In spite of the name of my Substack, my work isn't centered around robots, but rather, artificial technology that is altering our biological makeup.
I looked at one childhood vaccine with Mat, but I have intentionally avoided others, so as not to breathe in, and be injured by, their contents. David Nixon's findings and footage related to: "Robotic Arms" is absolutely amazing! Thanks for your comments, and Darkfield suggestion. Shimon Yanowitz suggested that I also look at things I find in Darkfield, in Brightfield as well. That has helped a lot, because things can be moving and swirling around in fluids in Darkfield and you think you've found technology, but when you look at the same things in Brightfield, they turn out to look more like bacteria. So, for sure, all comments are helpful. I'd love to get a comment from someone who works to develop nanotechnology for agriculture. Those are the people who really know what this stuff is. I am looking at professional published papers on this too. It's insanely complicated!
Great work! Thank you for bringing your findings to the public’s attention.
Thanks for your comments. When I started seeing this stuff and told other people about it, it seemed like no one I talked to knew anything about it. I felt a huge responsibility to get the information out there. It's been bothering my conscience for months! I wanted to make a video for Rumble or Bitchute, but I figured it would take me quite a while to get good at video editing. Then, I thought... Substack!
Well done, we encourage the micronauts who are community microscopists to do their part as you have started doing. After almost 2 years those guys have learnt alot and are taking fantastic sample images. The more experienced of us collaborate with phds and scientist where can and have alot of insight on this stuff. Do join David Nixon's subscriber list to participate in the zoom share discussions. Keep on keeping on there 😉