Hi there Michelle, wow, good captures. first of all looking at your fibres and how they presented…is a bit similar to FreedomWarriorWoman’s samples of a group of recent fibres resembling almost in a snake head at the termination on one end of her fibre samples (found in dental anaesthetic I believe). But yours are very different not seen any like this before, where the fibres seem to also come to a termination Head of a snake bulge - but then continues on from the snake head for another length of straight fibre to yet again another termination/end point and continuing on again in the thin thread length and also now branching off from the main fibre stem. An articulated fibre measured out in these bulges along its length creating segmented fibres with branches. Very odd.
Also it would have been good to have seen how those other puddle-like patches formed spreading out almost like leaves/puddles of gel? maybe from certain points along some of these fibres. You would have to have left filming video on a time-lapse to see how they had formed. Overall it’s a puzzling different expression of fibres you have caught for sure. Your still photos are really very clear and detailed and equally questionable features in there too. It’d be interesting if any other microscopists could recognise what those might be, again not looking familiar to me. Good catch, thanks for showing us.
As far as the apparent “gel” oozing out of the fibers and forming into puddles… initially it looked to me like maybe the fibers burst open and the gel was leaking out like sap from a tree branch. But Ana mihalcea has done a lot of recent work showing that often there are initially pools of hydrogel from which the fibers grow. Which seems a bit counterintuitive, but David Nixon and others have shown that the chips and most other structures form out of the gel. My guess is that it’s a graphene-based hydrogel. There’s literature on it if you do a google search. Graphene is one atom layer thick and optically transparent. Forms in clear thin sheets. And that matches pretty well with the plate-like clear structures I’m seeing.
Hi again thanks for the reply, yes I am in David's group. And we haven't seen anything like your fibres, almost plant-like features . Yeah debate remains on the graphene side, it's possible. Also we really don't know what happens on the inside of us, as opposed to the samples we're viewing in the outside environment and those influences - as you say...room temp, airborne particles, emf's.... its a poser ! enjoy your break from it ! KK
I'm thinking more about the plant-like features here, where it looks sort of like leaves or flower petals attached to the nanoribbons... it looks to me like maybe some of the epithelial cells from the lining of my mouth somehow got attached to the nanoribbons, and the ribbons are maybe trying to siphon off resources from them to build other things... but it's not working at 100% efficiency and just sort of halted its process. Like it grabbed onto the epithelial cells and started siphoning from them, and the cell's walls imploded and fanned out into a flower shape.
I'd imagine these ribbons are designed to interact with specific material in our bodies in specific ways. And I'd imagine that the ribbons and hydrogel malfunction in all sorts of ways when they come into contact with biological material they weren't designed to interact with. It's scary to think what this material could be doing in our bodies in real-time. And I'm not sure how we could go about studying how it functions inside of the body.
Thanks for the thoughtful comment. I’ve also noticed how different the fibers can be from sample to sample, even if it’s my own blood on the same day. There’s so much variation in these fibers. What I’m starting to notice is that the fibers are very adaptable and seem to be designed to shift according to changes in the environment or perhaps to fit a function they are meant to serve. They seem to be able to shift from one mode to another mode quite quickly. Usually within a matter of days, sometimes even hours I’ll see them double in size or change color. These characteristics help us distinguish them from microplastics and other common artifacts and debris, like harmless fabric fibers. And of course the electromagnetic properties and everything else we’re learning about them.
Hi Michele~ The squarish thingy with textured dots that you think might be graphene, we in Dr. Nixon's group have seen in other things: Coffee and something else, can't remember. Not sure what it is – it might be a polymer mesogen or nanocrystal. La Quinta Columna will say that it is graphene, because they say Everything is Graphene. Interesting that you found in your saliva! Some of us called it a studded handbag. It belongs in the Nano Lexicon for sure!
Hi there Michelle, wow, good captures. first of all looking at your fibres and how they presented…is a bit similar to FreedomWarriorWoman’s samples of a group of recent fibres resembling almost in a snake head at the termination on one end of her fibre samples (found in dental anaesthetic I believe). But yours are very different not seen any like this before, where the fibres seem to also come to a termination Head of a snake bulge - but then continues on from the snake head for another length of straight fibre to yet again another termination/end point and continuing on again in the thin thread length and also now branching off from the main fibre stem. An articulated fibre measured out in these bulges along its length creating segmented fibres with branches. Very odd.
Also it would have been good to have seen how those other puddle-like patches formed spreading out almost like leaves/puddles of gel? maybe from certain points along some of these fibres. You would have to have left filming video on a time-lapse to see how they had formed. Overall it’s a puzzling different expression of fibres you have caught for sure. Your still photos are really very clear and detailed and equally questionable features in there too. It’d be interesting if any other microscopists could recognise what those might be, again not looking familiar to me. Good catch, thanks for showing us.
As far as the apparent “gel” oozing out of the fibers and forming into puddles… initially it looked to me like maybe the fibers burst open and the gel was leaking out like sap from a tree branch. But Ana mihalcea has done a lot of recent work showing that often there are initially pools of hydrogel from which the fibers grow. Which seems a bit counterintuitive, but David Nixon and others have shown that the chips and most other structures form out of the gel. My guess is that it’s a graphene-based hydrogel. There’s literature on it if you do a google search. Graphene is one atom layer thick and optically transparent. Forms in clear thin sheets. And that matches pretty well with the plate-like clear structures I’m seeing.
Hi again thanks for the reply, yes I am in David's group. And we haven't seen anything like your fibres, almost plant-like features . Yeah debate remains on the graphene side, it's possible. Also we really don't know what happens on the inside of us, as opposed to the samples we're viewing in the outside environment and those influences - as you say...room temp, airborne particles, emf's.... its a poser ! enjoy your break from it ! KK
I'm thinking more about the plant-like features here, where it looks sort of like leaves or flower petals attached to the nanoribbons... it looks to me like maybe some of the epithelial cells from the lining of my mouth somehow got attached to the nanoribbons, and the ribbons are maybe trying to siphon off resources from them to build other things... but it's not working at 100% efficiency and just sort of halted its process. Like it grabbed onto the epithelial cells and started siphoning from them, and the cell's walls imploded and fanned out into a flower shape.
I'd imagine these ribbons are designed to interact with specific material in our bodies in specific ways. And I'd imagine that the ribbons and hydrogel malfunction in all sorts of ways when they come into contact with biological material they weren't designed to interact with. It's scary to think what this material could be doing in our bodies in real-time. And I'm not sure how we could go about studying how it functions inside of the body.
Thanks for the thoughtful comment. I’ve also noticed how different the fibers can be from sample to sample, even if it’s my own blood on the same day. There’s so much variation in these fibers. What I’m starting to notice is that the fibers are very adaptable and seem to be designed to shift according to changes in the environment or perhaps to fit a function they are meant to serve. They seem to be able to shift from one mode to another mode quite quickly. Usually within a matter of days, sometimes even hours I’ll see them double in size or change color. These characteristics help us distinguish them from microplastics and other common artifacts and debris, like harmless fabric fibers. And of course the electromagnetic properties and everything else we’re learning about them.
Hi Michele~ The squarish thingy with textured dots that you think might be graphene, we in Dr. Nixon's group have seen in other things: Coffee and something else, can't remember. Not sure what it is – it might be a polymer mesogen or nanocrystal. La Quinta Columna will say that it is graphene, because they say Everything is Graphene. Interesting that you found in your saliva! Some of us called it a studded handbag. It belongs in the Nano Lexicon for sure!
it does look like a studded handbag! lol