Stretches the imagination? The CT's are chemical mixtures of nanoreagents, nanosubstrates, etc. It's quite evident that much of the CT's are powder mixtures. You have seen wet sand haven't you? Sand is a silica. Silica is a form of a crystal. In nano, the word used is crystallites
You can't escape from the fact that the CT's are a chemical mixture. Certain chemicals even in micro or nano size have a more molecular weight value than other chemicals when mixed with other chemicals, liquids or gases. Now all it takes is them to lower the trosphere lid is to add weight of nanosubstrates that have high magnetic and electronic properties as well as weight parameters. And they know which nanomaterials have better magnetic and electronic properties than other nanomatter, that act sort of like a dangling magnet, of a free electron of an atom. A negatively charged elementary particle constituent in every neutral atom, with a mass of 0.000549. (Particles with an equal but opposite charge are called positrons.) Their was a time in science it was taught that 2 negatives make a positive. Those CT's are full of atoms's that have specific properties of attract, repel, or to neutralize the mixture of slowing it's spin down. In an attract/repel field like the CT's their is going to be some form of friction of actions that create reactions. Reactions that could have the possiblity of manipulating the weight of our atmosphere layers, is something that I have of interest. Just an opinion. On May 4, 2:40 pm, Trev <[email protected]> wrote: > Q: Nanosubstrates in the aerosols would rub against each other > > That's stretches the imagination somewhat Dee! > > But the weight of atmosphere is an interesting concept. If I remember > it right we all have about half a ton pressing on us from the air > overhead out to space. > Any effective LFstimulation of this would certainly be inescapable. > > On May 3, 3:00 am, dboots <[email protected]> wrote: > > > > > I read somewhere that a specific amount of hydrogen will drop an > > altitude by > > 300 feet. Drop the altitude layer closer to us, brings the pressure > > field within > > that layer closer to the surface of earth. Nanosubstrates in the > > aerosols would > > rub against each other as a form of a catalyst hence friction. > > Friction creates > > sound. > > > On May 1, 9:25 pm, Trev <[email protected]> wrote: > > > > Not so sure about the cloud layer but CTs have been really low right > > > overhead- hanging at 1000ft or so, esp. in the early morning. That > > > said, they have been mainly absent of late but never for long. > > > Not sure what you mean by friction effect or pressure 'field'. > > > Given the amount of spraying over the years and the fact that Barium > > > attracts water, it's quite reasonable to assume the weight of > > > atmosphere has increased in density and would lie much lower. > > > I don't think this would affect radio waves apart from the CT > > > waveguide effect but could certainly modify ear response,- but > > > possibly lessen ,rather than increase sensitivity. > > > > On May 2, 12:05 am, dboots <[email protected]> wrote: > > > > > Here in No. Calif, a atmosphere pressure field seems to be pushing the > > > > layers of clouds awhole lot closer to us. . > > > > Any one else noticing in the UK, how low the clouds are above your > > > > heads? A number of other states in the US are also > > > > noticing this phenomena just over our heads. > > > > > My eyes seem to feel the altitude of cloud layers is only about 500 > > > > to 1,000 feet on many days. Somedays even lower > > > > > If they have changed the trosphere layer lid, lowered it in > > > > some way, wouldn't that increased the pressure field of > > > > the sound we endure or maybe the wireless energy field > > > > within that pressure field? Some form of friction effect?- Hide > > > > quoted text - > > > > - Show quoted text -- Hide quoted text - > > > - Show quoted text -- Hide quoted text - > > - Show quoted text - --~--~---------~--~----~------------~-------~--~----~ You received this message because you are subscribed to the Google Groups "Hum Sufferers" group. To post to this group, send email to [email protected] To unsubscribe from this group, send email to [email protected] For more options, visit this group at http://groups.google.com/group/hum-sufferers?hl=en -~----------~----~----~----~------~----~------~--~---
