What did you do, Ralph Northam?
What did you do???
Genetic engineering has consequences!!!
The Mothman Legacy - Teaser "West Virginia Hills" (2020 Paranormal Horror Documentary)
Signs that Ralph Northam re-election would be a horror show of ENORMOUS proportions.
Mothman
The wisdom of former black slaves, recorded in their own voice.
Our problems will not be solved if China backs off/
The infiltration is a hundred times worse than that!
The YOUs are the root of all our problems
There is onlyONE ENEMY
And that enemy isYOU!!!
Blame the YOU for complying with the evil plans of the Cabal.
We The People Have All The Power.
That is why they had to trick us!
You broke it!
Now…YOU FIX IT!!!
Time to STAND UP and take charge of your future.
Radical Responsibility
This is the our greatest challenge, and our greatest Hope. It's up to us, it was always up to US, and it will ALWAYS be, up to /US/.
RISE AMERICA!!!!!!!!
TheGreat Awakeningrequires letting go of fear,
Especially the FEAR of RESPONSIBILITY.
If you are not read to accept responsibility
Then you are not ready to be free.
Pepe…
Come out, come out
Wherever you are!
Remember POTUS commented on a Wyoming Phosphate processor who had discarded VALUABLE METALS in their waste dump?
Gallium is a metal. Read the tweets in the diagram.
Hydride vapour phase epitaxy (HVPE) is an epitaxial growth technique often employed to produce semiconductors such as GaN, GaAs, InP and their related compounds, in which hydrogen chloride is reacted at elevated temperature with the group-III metals to produce gaseous metal chlorides, which then react with ammonia to produce the group-III nitrides. Carrier gasses commonly used include ammonia, hydrogen and various chlorides.
HVPE technology can significantly reduce the cost of production compared to the most common method of vapor deposition of organometallic compounds (MOCVD).[1] Cost reduction is achieved by significantly reducing the consumption of NH3, cheaper source materials than in MOCVD, reducing the capital equipment costs, due to the high growth rate.
Developed in the 1960s, it was the first epitaxial method used for the fabrication of single GaN crystals.
Hydride Vapour Phase Epitaxy (HVPE) is the only III-V and III-N semiconductor crystal growth process working close to equilibrium. That means that the condensation reactions exhibit fast kinetics: one observe immediate reactivity to an increase of the vapour phase supersaturation towards condensation. This property is due to the use of chloride vapour precursors GaCl and InCl, of which dechlorination frequency is high enough so that there is no kinetic delay. A wide range of growth rates, from 1 to 100 microns per hour, can then be set as a function of the vapour phase supersaturation. Another HVPE feature is that growth is governed by surface kinetics: adsorption of gaseous precursors, decomposition of ad-species, desorption of decomposition products, surface diffusion towards kink sites. This property is of benefit when it comes to selective growth on patterned substrates for the synthesis of objects and structures exhibiting a 3D morphology. The morphology is only dependent on the intrinsic growth anisotropy of crystals. By setting experimental growth parameters of temperature and composition of the vapour phase, one can control this anisotropy, which can be very high as growth rates can be varied by an order of magnitude. Therefore, we can shape structures with various novel aspect ratios. The accurate control of growth morphology was used for the making of GaN quasi-substrates, arrays of GaAs and GaN structures on the micrometer and submicrometer scales, GaAs tips for local spin injection. Fast dechlorination property is also used for the VLS growth of GaAs and GaN nanowires with exceptional length.
I found the post that I remember in qresear.ch and it was DOJ not POTUS
>>9908750 pb at 2020-07-09 22:57:36 (UTC+1)
Q Research General #12680: Bake Em Before They Fake Em Edition
>>9907582 lb
Metals?
What metals? Not specified but perhaps important.
I found an analysis of coal beds in that area and there are a lot of trace elements in various amounts. The thing is, these may be in the coal because they came from neighboring rocks. And some beds are high in phosphate, so it makes me wonder if the other trace elements in the coal might be more concentrated in the phosphate.
Now, here is another point. Let's say there is a valuable metal in the phosphate rock, but it's concentration is only 25% of what would be economically viable. It needs to be more than 30%.
But wait!…
What if you take away the phosphate and that is 25% of the rock. When you analyze the leftover, you now have a 33% deposit of your metals. I think this is what was discovered.
Some of the trace elements in the coal beds are rare earth elements. Including Thorium which is a metal, and Gallium used in high speed electronics, and Vanadium and Titanium. If you are thinking phosphate then all that rock is just waste, even if it still has some phosphate in it too. You just have your eyes on the plentiful easy to recover phosphate and forget the rest.
This is why the USA needs more education in The Systems Approach where you see everything as a system of interacting components. Here we had rock, processing like crushers and solvents and settling ponds. But the leftover is not waste. It is just the stuff that should be deal with in the NEXT STEP. If you would analyze that stuff you might see that it is more valuable to the people who own the stuff to process the leftovers and get some nice metals out. Minerals are owned by the people… you just have a licence to extract them.
Scientists shovel dirt in book for parents
http://seattlesciencewriter.com/blog/scientists-shovel-dirt-in-book-for-parents/
Should you wash the pacifier, if it falls on the ground, or should you lick it off and give it back to your child?
Two scientists tackle this – and hundreds of other questions about dirty and clean in the new book, “Dirt is Good: The Advantage of Germs for Your Child’s Developing Immune System.” Hint – They fall on the side of licking and returning the pacifier, with qualifications.
Both Jack Gilbert and Rob Knight are parents. They’ve been sleepless in the nursery, and worried about vaginal versus c-section births. They’ve framed the science as a series of parent questions from pregnancy and childbirth itself all the way up the playground years. Science nitpickers will find plenty of details about what is called the microbiome – the ecology of all the microscopic creatures who share our skin and our guts. (And our hair, and our armpits, and …)
Gilbert is a PhD and professor of surgery and director of the Microbiome Center at the University of Chicago. Knight is a PhD and professor of pediatrics and computer science at the University of California, San Diego. Gilbert and Knight are not medical doctors, and don’t give medical advice. Their co-writer, Sandra Blakeslee, wrote for the New York Times for many years.
These three bring academic heft to their answers, often quoting specific research projects that have established certain science principles. There are more than 180 references in the book’s appendix.
Dirt is actually good for your child
Have you ever been concerned about your kid getting dirty?
Subscribe to Fatherly Here:
https://www.youtube.com/channel/UC-PfbmXWqUYO_UCKP08LKDA
With the help of our science editor, Josh Krisch, we take a look at the research surrounding your kid’s exposure to the outside world. The short answer? Dirt is actually good for your child.
First, it is not minions.
Moneymen like Soros are minions.
Entertainment stars are minions
The rulers have been called the men behind the curtain and The Gnomes of Zurich
In both cases these are people who stay well out of the public eye.
Possibly they are royals of some sort because the wealth of China came about after the Chinese Empire was destroyed by the West and totally dominated by them.
But…
Q did say something about the seat of power moving EAST.
One possibility is that Li Ka-shing who sits in Hong Kong and dominates major chunks of the People's Republic's business, could be involved. The Li or Lee clan were the emperors of China, Korea and Japan in the past. The name used to refer to the Lee ethnic group on the east coast, but since they are thoroughly assimilated into the Han, people have forgotten that they exist.
However, it was the Lee ethnic group that settled and dominated the business centers of Southeast Asia including Shanghai, Singapore and even Taiwan.
The top of the NWO pyramid is controlled by a syndicate of organized crime gangs like the Mafia, Ndrangheta, Mexican Cartels, Triads, etc. China has plenty of organized crime groups and they tend to operate across border with operations in Taiwan, Chinese cities, Vietnam and Hong Kong.
So, if it is not Li, it is one of these gangs, and they have strong relations in Europe as well. This even drives the CCP's policy such as One Belt, One Road, which is all about linking Europe tightly to China. A belt is something that BINDS. Don't make the mistake of thinking that it is like a new Silk Road. It is the BONDS that are the key.
Chances are that if we dig we will find weddings like Priscilla Chan and Mark Zuckerberg, involving European royal princes. In Chinese, her surname is also spelled Chen (Chen Chi-Li used to rule Taiwan's Bamboo Union) and in Vietnamese the surname becomes Tran.
The Bamboo Union is now ruled by Chang, Thuong in Vietnamese, Sang in Korean. ALways investigate the variations in surnames when digging in East Asia because the most powerful groups operate across borders.