Can you imagined? How Atomic Fingerprinting Tech Could End Counterfeit Goods and how it is so valuable. Are you believe in that a man can changed life and live more convenient with their inventions. If you know about this so click it and know about it
Atomic Fingerprinting Tech Could End Counterfeit Goods
Can you imagined? How atomic fingerprinting tech could end counterfeit goods and how it is so valuable.
Today’s world is has the machine and inventions plays important role in our life because we know that our universe is best thing that changed the world.
Atomic fingerprint invented by the scientists from the Lancaster University in the United Kingdom and the professor Robert Young and his colleagues have developed a new method that can engrave things with atomic fingerprinting to keep phony products at bay.
The atoms in the “atomic fingerprint” are excited by the camera’s flash. They produce a unique color base on the pattern that was creates and, the taken image can easily be analyze using a smartphone app in order to confirm an item’s authenticity.
“There is no bigger crime than counter crime,” said Robert Young, a professor of physics at Lancaster University in the United Kingdom and chief technology officer of the tech startup Quantum Base.
A man can change everything those we need in our life. Atomic fingerprint is one of the biggest invention of man that can change your life easier and more convenient. In the sophisticated world of counterfeiting, it can often be difficult to tell fakes from the real deal. But now, scientists have developed a new method. And that can stamp things with “atomic fingerprints” to keep phony products at bay.
It has long been known that counterfeit goods have flooded practically almost every consumer market in the world. But scientists have now developed a stamping method,
It known as atomic fingerprinting, that one day might stamp them out for good. The new anti-counterfeiting method, the open-access p reprint journal from Cornell University, has two components: a unique molecular pattern that can be incorporate into a holographic label and a smartphone app.
Thirty percent of counterfeit pharmaceuticals don’t contain the correct active ingredient, Young said. “People buy these things, believe they’re real, but they’re not being treats for the disease.”
Young said that eventually, the atomic fingerprints his team has develop could be laminate directly onto individual pills.
How Electrons Release Energy In Different Quantities-
Atomic fingerprint works on Bohr’s model. Bohr’s model shows that when electrons jump from one energy level to the next, they emit these lines. There are only a certain number of jumps possible and therefore the energy is releases in certain amounts. These amounts, also called packets, are the ones that produce the lines viewed.
Each element has a different energy level, therefore each element has a different and unique set of lines – that is atomic fingerprint.
The fingerprint has been use to tell unknown elements when they are found. It is also use to identify the individual gases found in a gaseous mixture.
It can also be use to tell the chemicals composition of stars and the gases found in space. Now this unique energy will be use to tell the difference between authentic and counterfeit goods.
Counterfeiting costs the global economy some $500 billion per year and is a problem that’s vast in scale, but the new anti-counterfeiting method being developed at Cornell University has the potential to change everything.