1 PicoMeter Lasers

So I think I’ve figured out a way to focus a laser to the one picometer level through some materials I’ve been told to keep to myself so that I can patent them and keep the lithography in line with the sub nanometer semiconductors, but I have started writing my paper’s outline about it—which I also have to keep under wraps so I can patent that once I have some liquid funds to get going again and then I may end up having a couple of patents to my name a chance to make a living. Now the question is do I make the call to On Semiconductor like I said I would—it wouldn’t hurt right, to get some contacts in the field while I work on stuff, since they’re just up the road from me. I’ve heard mixed reviews about their employee happiness though, even though at this point I would take a job over being on disability still. I miss being able to work and being around people. It just depends on how ill I get being around people. There’s always the possibility that I get to work at home other than coming in to do lab work. Who knows.

The issue is that I’m self taught. I’m competent but there’s so much that I don’t know that it’s staggering in a meaningful way—the problem I’ve found is that when you go looking for information learning a new material you have to either know what to look for or have a guide on what to look for. Perhaps I should hit up Khan Academy, though it’s my least favourite way to learn have rote memorization forced on you when it can just be learned naturally incrementally. Not that they’re being without some honestly great services. It’s just not how I learn.

I’ve had some good advice from a Nuclear Particle Physicist named Carl that told me to keep every thing close to the my chest until it’s all patented, which he got from a leading Biomedical developer. So that’s what I’ll have to do. It means years of inaction as I save for patent work, then getting to work in an organized manner which isn’t my best suite when life gets in the way as mum getting ill for two months did for my first patent—though I must say I got the drawings back for the first one and I must say that I’m happy with them. I hope they go through as the mechanism will literally save millions of lives once implemented. Not to mention take care of my family financially as I hope to do so.

I’m also trying to learn how to write my first scientific paper so I’ve got the outline done—which I suppose is good for a start, but since there’s little information that wasn’t cranked out by a google calculator or Wikipedia there’s not much to cite or reference and since I’m also the only author it’s not much I can do to get things sorted by myself, though Carl and an equally smart person in my life Rebecca feel that it’s a good start. So much to do and so little skill in knowing what to do without a school or a university mentor to get me to the right place. It’s just going to be a little slower I suppose.

My second book in the Memoir Series called Alternative Energy. The successor to Divergent Mind. Is almost complete as it runs through the year from one December to the next as gifts for my younger brother to look after. Got to trust someone or they die with me if the computers get stolen or broken. Six weeks left and it’s completed, though I hope to have roughly 14,000 words completed in the next two weeks so that I can complete this years Nanowrimo for fun. This is definitely my lowest word count book, with the most diagrams. But that’s just the case as it is, creating drawings and schematics instead of essays on the subject is just how I think—in pictures. I wish I could read it out loud fully with some software on the iPad but it changes to different languages throughout which is strange and unfortunate. Something to be improved upon I suppose.
Anyway have a wonderful night/day.

Creating a Camouflage Network using Quantum Dots and Cameras.

Quantum dot lace for camouflage material. Uses quantum cameras as camera set up.



We entrap the dots between the holes in the material which allows the small camera to feed it within the holes giving super high definition per radius of view of the camera which will be higher than the quantum dot rings around them which will hide the cameras if done properly.

So you have each of the cameras face outwards at what they can ‘see’ and the quantum dots on the opposing side replicate the coloring to allow camouflage. For farther distances or skyward arrangements you take the photons coming in from a set distance and their colour into the cameras and bounce them back with the surrounding quantum dots. So you end up with rings of cross referenced quantum dots and rings of referenced dots that intersect between each other to make a mesh of a third state referenced-interference quantum dots per camera set.

To limit ghosting of images you signify set parameters along the meshes pointing outward as a main set where they take their own information from an area to cross reference so that they can be grounded in a photon cross state limiting their ghosting effect using passing photon beams at a perpendicular angle or depending on the shape being camouflaged within it’s own outer parameters.

In the experiment a light source was pointed behind the soldier and the camera so all we have to do is matrix all light sources by distance and lumens and we can probably use up light or colour of light as well to determine ways to effect the gluons in the photons for higher definition as the gluons are different strengths to give different wave function lengths over space. Meaning we can assume that by the position of any light sources such as the sun rippling or multi head lights overhead the waves cross rippling means at points it’ll be weaker and at times stronger and we just have to pin point the strong points in the 3-d matrix and of light waves collapsing into each other over time varied by wind speeds and water in the air and we’ll be able to move the set of secured points of camera angles into them and then run programs to create the proper trapped quantum dots as needed getting full camouflage.
Hope that helps.

So I heard Bill and Melinda Gates and A crew at MIT got some solid Malnourishment research done, and I thought I would help with routing information for a possible delivery route.


Start at Madagascar by boat and/or main refueling/shipping area at first until other safe places can be set up.

Yemen: come in through the Gulf of Aden.

Ethiopia: Come in through the Gulf of Aden and then traverse Djibouti as shortest distance crossed most likely by plane.

Zambia: fly.

Niger: come in from Nigeria. Lagos. Or neighboring Benin.

Sudan: directly from the gulf of Aden to the Red Sea or over Niger while hitting Chad.

Sierra Leone: take a boat and follow coast to Sulima or take road into area through Liberia from Robertsport.

Kenya: There’s a road at Mombasa that travels from their coast inward to a cross section of the area under South Sudan. Or you can go through Ethiopia up to Finchawa and travel through.

Namibia: come into Capetown in South Africa and charter through there.

Democratic Republic of the Congo: there is an ships entrance to the left coast called Boma.

Guatemala: Florida to Cuba to Guatemala.

Haiti: go from Florida or Cuba.

There’s much more to this of course: bribing your way through corrupted areas, keeping your delivery personal and cargo safe, getting the people to adopt the food stuff as governed by law as law as are set into place by their local governments to enforce taking them as some countries did by ionizing salt to give us the needed iodine that a lot of us were lacking. That wasn’t a law per se, but some of these countries greatest people feel that the altered food is something to be angry about or fearful of from what I’ve read (If I find the article I’ll cite it). So a government saying we’re bringing you cheap foods for the next 5 years or so saves millions of children’s and others lives. Then the next step is to bring these nutrient systems into the plant life which they will naturally do when used as fertilizer by the people, and the rains carry that around—hopefully without spreading anything terrible along the way. But I’m hopeful every time I hear something like this.
Have a wonderful day/night.

Getting in contact OnSemiconductor about the designs.

So I’ve had some good news where the nice folks at OnSemi have given me contact information to a Sales Engineer and Global Account person. So I’m psyched.

If this goes well I may be able to get things moving on these molecules patented and get them through to their next stages in their life span. I’m hoping they’ll help out and then let me lease them the work. That way I can make a living and hopefully get it out to other companies like Tesla, since 6 molecules will charge an 80kWH in less than 2 seconds at a roughly 104 f º.

Here’s hoping I don’t mess this up.


Sub .4nm Semiconductors putting out 45,000 kJ/mol. That’s roughly 12.5 kWh/mol. So I’ve started shopping around with these designs—no luck so far. But I’ll keep trying.

So it turns out that these semiconductors that I’ve designed put out some crazy Energy but I don’t know if that’s a good thing or not. I’m still learning about Molecular Energy. But here’s the proof:

Molecule One.

Molecule Two.

If anyone can help me decipher what the UFF is and if this high of a value is good or not, I would appreciate it greatly. Thanks.


~Sub .4-.9nm Semiconductors and/or inverters, ~1nm Transistors and the like. A new design on an old favourite and Moore’s law.

So I couldn’t sleep one night and got to tinkering with some molecular modeling software after researching Moore’s Law and the current size of nm’s of current tech and figured out a configuration that’s—as the title puts it—~sub .4-.9nm across—depending on the build type for semiconductors that with a simple bond arrangement change becomes an inverter.

If I can get anyone interested in it I can show them the models and the get the geometry tested as I don’t think a simple iPad app or a non functioning Avogadro system is doing it for me at the moment.

But the electrostatic orbitals are gorgeous. They’re quite neat. Avogadro can’t do a damned thing though, honestly. The iPad app gave me more information.

I had to come up with a new style of lithography based off current tech to get it down. It’s got a long way to go but I figured out the head system last night I think (or the beginnings of it anyway) and how to spread them out.

If you’re interested in Moore’s Law and can point me towards companies that would be willing to do business with a newbie who’s looking to perfect/patent/ and lease the materials to them let a fella know. I know not being able to release images from this project sucks but I will be able to do that with them once they sign the appropriate documentation.

I also know I have a lot to learn, but I’m so willing to get this done, just for the sheer thrill.

Some unfortunate news.

So my mother who has been struggling with her COPD has reached stage four and now the next time she goes to the hospital she’ll need a lung transplant or will most likely die.

We’re meeting at the beginning of the month to hang out for a few days before she makes her flight home, and we’re hoping she makes it through it because they cause her to get sick quite often—and this time she may not recover.

I’ve already suggested she get a battery pack with a us plug on it so she can keep her breathing machine batteries charged in case there is some malfunction with the plug at her seat. I’ve also ordered her antiviral surgical masks to limit the amount of recycle air she’s encountering throughout her flight.

I’ve talked about her drinking and she’s finally stopped she says, but not fully—there’s nothing I can do there, some people just won’t or can’t help themselves even when they’re this close to losing it all.

If anyone can think of anything please let me know. I would appreciate the help.