If they do, they’ve used regular ass manufacturers to make components of it. That’s what government contract jobs are. If it were possible, there would be worse versions available.
Again, I know it seems like a fun sci fi thought, but it’s technologically not possible.
If you can find me a device that does anything close to what you’re suggesting, feel free to show me and I’ll eat my hat live on camera in front of you. You can’t though, because the tech is not available to anybody.
Microvascular clips were applied to the CCA and the proximal parts of the ECA and ICA, and an incision was made between the ECA ligation site and the ECA clip. A 32G catheter (SAI, Illinois USA) was inserted into the ECA towards the CCA then the ICA while removing the microvascular clips. The distance between the middle cerebral artery (MCA) and the bifurcation between ECA and ICA is about 2 cm. Once the catheter was in place, an average of 60 μL poly(maleic acid-co-olefin) or PMO-coated MNPs (concentration: 12 mg Fe3O4/mL double distilled water) was slowly injected. After injection, the catheter was slowly retrieved and the ECA was permanently occluded to avoid excessive blood loss. The animal was then kept alive under anesthesia for 30 min.
This isn't something that's just shot into the bloodstream. It needed to be placed in a precise location to trigger the proper brain channels to be affected by the frequency. The whole point I'm making about the impossibility is that something just injected and passively floating through the bloodstream wouldn't be able to function in the way that's being described.
If they do, they’ve used regular ass manufacturers to make components of it. That’s what government contract jobs are. If it were possible, there would be worse versions available.
Again, I know it seems like a fun sci fi thought, but it’s technologically not possible.
If you can find me a device that does anything close to what you’re suggesting, feel free to show me and I’ll eat my hat live on camera in front of you. You can’t though, because the tech is not available to anybody.
Sure Agent Smith. Whatever you say.
see below
Find me any instance of such tech then. Because right now you’re just showing me that you’re purely speculating based on sci-fi plot points.
Do you have any data? Facts to back up what you’re thinking?
Radio controlled nanobot open blood brain barrier.
Something like that?
Or this
Remotely controlled electro-responsive on-demand nanotherapy based on amine-modified graphene oxide for synergistic dual drug delivery
Something like that! But take a closer look at the study to see how these nanoparticles were actually inserted into the brain:
https://www.sciencedirect.com/science/article/pii/S0168365915001376?via%3Dihub
This isn't something that's just shot into the bloodstream. It needed to be placed in a precise location to trigger the proper brain channels to be affected by the frequency. The whole point I'm making about the impossibility is that something just injected and passively floating through the bloodstream wouldn't be able to function in the way that's being described.