As we advance as a species, there are a lot of things that once seemed impossible even a century ago, but that are now a reality. for example, There was a time when most people believe that Earth was flat, then eratosthenes came onto the scene and prove that the world is round.

So when Isaac Newton discovered gravity in 1687 he said in motion describe the motion of a bone moving through the air. at the time it was groundbreaking but quantum mechanics rules the roost physics deals with the physical realm on the scale of Atom's an electron equations in classical mechanics useless with that being said let's take a look at three of the most amazing quantum breakthroughs that are bringing live freedom to the world of science today.

We kick things off with a team of Chinese scientists climbing to a constructor Quantum Computer That has the ability to perform certain huge computations nearly 100 trillion times faster  than the world's most super advanced supercomputer. perhaps this could be the mother of all supercomputers.

According to reports the researchers have constructed the first ever quantum prototype. That is much faster than the current supercomputer in fact research itself was published in science Magazine the breakthrough sheds light on quantum computational advantage which is also famously known as quantum supremacy the project might still be in its infancy giving them the ability to simulate much larger systems and make groundbreaking advances in the field of chemistry and physics but it's become a tech race between Chinese researchers and some of the largest US tech corporations such as Amazon,Google and Microsoft.

Google announced in 2019 that it had constructed the first one computer that was able to perform a computation in under 200 seconds,which would take the world's fastest supercomputer at least 10,000 years to complete their by claiming Quantum Supremacy. but this new Chinese prototype would be able to process 10 billion times faster than the Google prototype. putting it at the summit of Quantum Supremacy. 

yes, China is investing heavily in Quantum research in fact, president Xi jinping government is building a National laboratory for Quantum information Sciences or reportedly cost 10 billion Dollars. 

Another major Quantum Breakthrough from Denmark specifically the University of Copenhagen. according to reports Researchers from the University have advance their quantum technology to such a degree that classical computers have no way of keeping up.

they development chip then if invested upon could be improved and used to construct the quantum simulator of the future. additionally these reports are published in science advances. according to the results the researchers have developed a Nano chip which is less than one-tenth of thickness of a human hair the chip will allow them to produce enough stable white particles known as photons encoding with quantum information to scale up the technology and in the desired advantage of giving computational tasks faster than the world's most powerful supercomputer.

Well, the researchers are yet to conduct the actual quantum advantage experiment.
Desired state requires that one has the ability to control about 50 quantum bits or Quantum qubits which is the quantum physics equivalent of the ones used in classical computers currently researchers are confident that they will use their Photon research to construct a new simulator the solve complex chemical properties that may be used in the creation of new medicine that they are confident about taking the next steps for the technology to become a reality. 

the major advantage of white based quantum computers is that the technology is already put in place for enhancements to be done by this includes increasing the number of Qbits available to most super advanced photonic chips that are being used in the Telecom and giant tech industry. A serious challenge however and generating Photon qubits to do with maintaining high quality this is exactly where the Copenhagen researchers and lastly we move on other than IVF search a group of University of Chicago Sciences has announced that they were able to turn IBM's largest quantum computer into a quantum material itself.

They program the computer in such a manner that it was able to turn into a type of quantum material known as an exit on condensate distance has only recently been proved.

The reason that this quantum breakthrough is so thrilling is that it gives you a feeling that quantum computers can be used as programmable this could therefore serve as a workshop for constructing potentially useful quality materials.

physicists particularly in these types of new physical States groundbreaking technology for example one particular called a superconductor forms the basis of MRI machine that it's only recently that scientists have been able to actually make one work in a lab resort of the use of extremely long magnetic field. Still continue to impress scientists because they can transport energy without losing any of it at all along the way something that discovered that's been able to do that far if scientists can be able to understand them better.

It's then Coates 224mm particle pairs known as Exeter make these pairs become entangled this method scientists have only been able to make exit on condensate a few time quantum computers available for people all over the world to test their algorithm and said about rhythms that analysed the Rochester quantum bits as an Exeter this quantum computer works by entangling. It's b computer becomes active the entire thing becomes an exit on condensate.

This complex study therefore demonstrated that quantum computers can be utilised as platforms for analysing exit on condensate on a more complex processing the ability to program a quantum computer so that able to behave like an exit on condensate extremely useful and amazing when you consider the potential of exit on condensate for being used as energy-efficient materials from that program. 

Such a complex quantum state on a computer will be marked as an impressive and groundbreaking scientific advancement. Because quantum computers are relatively new researchers are still exploring the extent of which we can perform with that but one thing that scientists have a while now. Is that there are certain natural phenomena that are virtually impossible to analyze when using classical computers and with that being said which one of these quantum break the rules impresses you the most in the comment section down below and subscribe the newsletter until next time.