Quantum computers obtain superpowers by tapping into Parallel universes, says Hartmut Neven, the founder and lead of Google Quantum AI. He explains how this emerging tech can far surpass traditional computers by relying on quantum physics rather than binary logic, and shares a roadmap to build the ultimate quantum computer.
Quantum Computers in Parallel Universes Beyond Imagination
He said that quantum computing is the first technology that takes the idea seriously that we live in a multiverse. In Quantum physics, the key mathematical object to describe many words is called superposition.
Therefore, the equations of quantum mechanics tell us that at any time, any object can exist in a superposition of many configurations. Also, he explained how this superpower can be applied to computation.
Furthermore, he describes the use of quantum computers in practice, which shows a Python-based programming language to express quantum algorithms. Although quantum computers have prepared interesting quantum states and studied their properties.
This has led to dozens of publications in high-impact journals like Nature or Science. They have also made, time crystals, it has amazing physical properties and change periodically in time without ever changing energy with the environment.
Additionally, he introduced non-abelian anyons it is a mouthful, but are the systems that change the overall properties when exchanging two identical parts, something a human has never seen before. Also, nobody has performed a practical application that can only be done on a quantum computer.
However, now this quantum algorithm performs signal processing to enable new ways to detect and analyze molecules using nuclear electronic spin spectroscopy.
Surprisingly nobody had shown a beyond classical computation on a quantum computer and they were the first to demonstrate it and later again for the first time, the quantum error connection is scalable technology. They have done a lot of research and study to predict which algorithm will be impactful on a large quantum computer.
Specifically, he has worked with a pharmaceutical company on algorithms to describe cytochrome P450. recently, the result shows a novel algorithm that delivers significant speed up for optimization. Also, quantum information science may enable us to answer one of humanity’s deepest questions: what creates conscious experience?
In conclusion, they are making steady progress towards building the world’s first useful quantum computer and applying its enormous power to important challenges. A quantum computer will be a gift to future generations, giving them a new tool to solve problems that today are unsolvable.