China doesn't like Japan. Japan doesn't like China. Mutual hate will be the downfall of China. Japan will rise above it. China overplayed their hand. Biden is their Botus asshoe
How does this look?
The con fits well too
not sure about the 6 months
we got inkling that Wray is going to drop stuff
still think China will occupy for two years from election, time has flown so far, hopefully the painful part will fly as well
Maricopa audit should open things up to, change electoral college count for 45, still need moar for win, NSA will need time to redo voting system so it can't be hacked, muh guess is that is what Adm. Rogers is working on
May 20 sticks in muh mind, saw it worked out multiple times
If you read the law of war Biden is not allowed to change laws or the constitution which is why he is leading the way but not writing EO's for guns and that sort of thing but willing congress to do it, It being all about the Senate hopefully means "retortion" has been used and works to stop the passage of their BS laws ie gun control, supreme court count, Biden ordered a study, he can't change it or the court, thank goodness
graphic, sorry not like Waldo wit all da arrows in red
kek
through Botus, his cabinet is gonna be arrested as well
they have to change the laws locally but the machines are going to have to be replaced, fixed so they can be monitored for monkey business, I don't see any other way, NSA hookup?
local enforcement of county, state voting laws, New York will have to comply with fed constitutional guidelines, Cuomo can't make his own, military will work that out too, imagine Cuomo, half whit, Newscum and a few others have sealed indictments too, gonna be a dasting time
45 is leading the way on that
when I typed he was vehicular I wasn't kidding
he drivin da train yo
he's not he power though
DoD
oh no doubt is was an act but that was her thing, always
kek
blondes huh
they been together a long time
big fan of his as well
Snake
https://www.digitaltrends.com/cool-tech/what-is-graphene/
Interestingly, when graphene is isolated from graphite it takes on some miraculous properties. It is a mere one-atom thick, the first two-dimensional material ever discovered. Despite this, graphene is also one of the strongest materials in the known universe. With a tensile strength of 130 GPa (gigapascals), it is more than 100 times stronger than steel.
Graphene’s incredible strength despite being so thin is already enough to make it amazing, however, its unique properties do not end there. It is also flexible, transparent, highly conductive, and seemingly impermeable to most gases and liquids. It almost seems as though there is no area in which graphene does not excel.
In addition to its powerful electrical properties, graphene is also highly flexible and transparent. This makes it attractive for use in portable electronics. Smartphones and tablets could become much more durable using graphene, and perhaps could even be folded up like paper. Wearable electronic devices have been growing in popularity recently. With graphene, these devices could be made even more useful, designed to fit snugly around limbs and bending to accommodate various forms of exercise.
Graphene’s flexibility and microscopic width provide opportunities beyond mere consumer devices, however. It could also be useful in biomedical research. Small machines and sensors could be made with graphene, capable of moving easily and harmlessly through the human body, analyzing tissue or even delivering drugs to specific areas. Carbon is already a crucial ingredient in the human body; a little graphene added in might not hurt.
Graphene is both highly conductive and transparent. As such, it has great potential as a material in solar cells. Typically, solar cells use silicon, which produces a charge when a photon hits the materials, knocking loose a free electron. Silicon only releases one electron per photon that hits it. Research has indicated that graphene can release multiple electrons for each photon that hits it. As such, graphene could be far better at converting solar energy. Before long, cheaper, more powerful graphene cells could produce a massive surge in renewable energy.
Graphene’s photovoltaic properties also mean that it could be used to develop better image sensors for devices such as cameras.
Graphene’s tight atomic bonds make it impermeable for nearly all gasses and liquids. Curiously, water molecules are an exception. Because water can evaporate through graphene while most other gasses and liquids cannot, graphene could be an exceptional tool for filtration. Researchers at the University of Manchester tested graphene’s permeability with alcohol and were able to distill very strong samples of spirits, as only the water in the samples was able to pass through the graphene.
Of course, graphene’s use as a filter has potential beyond distilling stronger spirits. Graphene could also be immensely helpful in purifying water of toxins. In a study published by The Royal Society of Chemistry, researchers showed that oxidized graphene could even pull in radioactive materials such as uranium and plutonium present in water, leaving the liquid free of contaminants. The implications of this study are massive. Some of the biggest environmental hazards in history, including nuclear waste and chemical runoff, could be cleansed from water sources thanks to graphene.
As overpopulation continues to be one of the world’s most pressing environmental concerns, maintaining clean water supplies will only become more important. Indeed, water scarcity afflicts more than a billion people worldwide, a number that will only continue to rise given current trends. Graphene filters have immense potential to improve water purification, increasing the amount of fresh water available. In fact, Lockheed Martin recently developed a graphene filter called “Perforene,” which the company claims could revolutionize the desalination process.