That means that a quantum computer is needed. These give us the opportunity to transition from the world of discovery to the design world. The guess of today’s materials, synthesis, and test repetition processes are humorous enough to be humorous.
In some interesting cases, I encountered a material that has a magical character, such as a superconductor. In the coming years, will these new tools reveal more? Eventually, a machine with millions of quantum bits used to simulate crystal materials is born, and a vast new. The design space will be opened. When you wake up one day, you’ll find one million new elements that have attractive characteristics on the cycle.
Of course, building a 1 million quantum bit quantum computer is not suitable for weak people. Such machines are as large as supercomputers, requiring large capital, crio plants, electricity, concrete, and steel. In addition, silicone photonics components, which are better than any product in the industry, are also required, an error correction hardware that operates at a sufficient speed to track optical, and a single optical detector with an unprecedented sensitivity. 。 However, after many years of research and development and more than $ 1 billion investment, issues are now shifting from science and engineering to construction.
It is impossible to completely predict how quantum computing will affect our world, but working with thinking may provide a mental model for some possibilities. 。
Imagine a world without a metal. You can build wooden houses using stone tools, create agriculture, wooden plows, prints, prints, and even thoughtful scientific magazines. But we didn’t know anything about electricity or electromagnetic phenomena. There were no motors, generators, radio, MRI devices, silicon, or AI. We do not miss them because we do not notice their existence.
Today, we live in a world without quantum substances, and we are not aware of the unlikely or richness in invisible places. With the advent of large -scale quantum computers and the progress of quantum algorithms, we are moving from discovery to design, and is trying to enter the unprecedented dynamism in chemistry, material science and medicine. It will be a new era that controls the physical world.
Peter Barrett is a General partner of Playground Global. Playground Global invests in early -stage deep technology companies, including quantum computing, quantum algorithm, and quantum sensing (PSIQUANTUM, Phasecraft, NVISION, IDEON).
