< img src = "/uploads/blogs/07/59/ib-f-f-f-f-qugr5l_df4A499e.jpg" Alt = "The world's first hybrid quantum supercoup ' < p > Hybrid system is designed to solve problems that classic supercomputers spend much more time.
< p > engineers activated Reimei & mdash; The world's first hybrid quantum supercomputer. A 20-Cubit quantum machine was integrated into Fugaku, the sixth in speed of a supercomputer in the world. About this & nbsp; writes & nbsp; interesting Engineering.
< P > The hybrid system is designed to solve problems that classic supercomputers spend much more time. The machine is located at the RKEN Scientific Institute in Site (Japan), and first of all it will support the research in the field of physics and chemistry.
< p >Reimei is different from most quantum computers that rely on superconducting cubes. Instead, he uses captured ionic cubes, technology that offers several advantages in stability and management. This method includes the isolation of charged atoms or ions in the electromagnetic field, creating what is known as an ionic trap. Then captured ions are manipulated with precisely calibrated lasers that adjust their quantum states to perform computing.
< P > This technology allows scientists to manipulate ions so that they can act as cubes, keeping and processing quantum information. Captured ionic cubes provide a longer coherence and contribute to more connections between the cubes. On the contrary, superconducting cubes offer faster ties of shutter and easier to make on chips.
< p > RKEN representatives explained that the unique quantinuum architecture was a key reason for choosing their quantum system. Reimei uses a process called “ion boat” that physically moves cubes along the contour as needed. This makes it possible to use more complex algorithms and improve quantum processing.
< P > One of the biggest problems in quantum calculations is the bugs of Kubits. Quantum bits are very sensitive to obstacles, which leads to “noise” that affects the calculation. To increase accuracy, the machine group several physical ionic cubes into “logical cubes” that store the same information in several places.