Computer scientists published a new open-source operating system for quantum computers.

"The University of Osaka and partners have released OQTOPUS, an open-source OS for quantum computers, to streamline cloud integration and boost global quantum computing development." (SciTechDaily, Scientists Launch Open-Source Quantum Computer OS)

The new operating system should make quantum computer use easier. The problem with quantum systems is that they are extra layers for the massive binary computers and the morphing neural networks that observe and control those systems. The user uses those quantum computers through the binary computers. The binary computer beats quantum computers in easy and simple calculations. 

The system must adjust the qubit and make the superpositions and quantum entanglements before the quantum state is ready to use. The quantum computer is more powerful in cases where the system must handle same time billions of operations. The user can use quantum systems through the internet and things like large language models, LLM makes it easier to control those complex systems.

Computers are useless without operating systems. And quantum computers don't make exceptions. The computer requires an operating system, a layer that combines hardware and software. Any computer program in computer communicates with hardware through the operating system. There are four layers in operating systems. The upper layer communicates with the program. 

And a downer layer that communicates with microchips and their programs. The third layer is the microchips' control program. That program is loaded to read-only memory, ROM. The rest of the operating system is loaded into read-access memory, RAM. And we can see only that part of the operating system. The microchip control program has two layers. The upper layer interacts with the bottom of the operating systems. And the downer layer that controls the microchip's physical components. 

The software that controls microchips is loaded into those microchips in the factory. Without that program, the microprocessor is useless. That program is one of the biggest risks in the systems. If some electromagnetic radiation destroys that program, the microchip is useless. And if the computer involves some kind of "kill switch". That switch is in the microchip's ROM circuits. That program will erase those microchips' control programs and make the computer useless. 

The quantum computer requires operating systems that can control its qubits. The qubit bases in the superposition of the particles. The binary computer has positions zero or one. 

Unlike binary computers. The qubit can have the same time position zero and one. And this takes them slower. 

The problem with quantum computers is that they are enormous machines. Those machines require factory-size platforms. 

And the reason why they are so powerful is that they can perform many operations at the same time. This makes it effective in cases where the system must drive complicated algorithms. In simple calculations, the binary system beats the quantum computers. And in the simplest calculations. Like 2+2=4, the credit card calculator beats the computer. 

But it is possible to make even the simplest calculations very difficult if the system uses very long decimal numbers there are billions of numbers. The thing with quantum computers is that they are slower in simple calculations.  

But the thing is that the quantum computer is more effective when it must drive complicated algorithms and follow the enormous scale of entireties. The thing that takes time in quantum computers is that the system must adjust the qubit before it can start its operation. This is the reason why quantum computers are not worth using in simple calculations. The system can beat the binary computer in the calculations that take the rest of the universe's lifetime. 

https://scitechdaily.com/scientists-launch-open-source-quantum-computer-os/