First, you can draw a calculation diagram that mainly represents the calculation task. The graph can be a directed acyclic graph (DAG), in which each node represents a computing operation and edges represent the dependencies between operations. Such a chart can help you understand the logical flow of computing tasks.
In addition, you can draw a simplified architecture diagram to represent the hardware composition of the super quantum calculator. This diagram may include representations of qubits, control logic, quantum gate operations, etc. You can represent these elements by marking different components and connections on the diagram.
Finally, in order to express the structure and working principle of the super quantum calculator more accurately, it may be necessary to use more advanced mathematical models and graphical tools, such as quantum circuit diagram, quantum circuit diagram or graphical representation of quantum logic gates. These graphical tools can describe the operation and interaction between qubits more accurately.
It should be noted that the super quantum calculator is a cutting-edge technology, and it is still developing. For different research teams and laboratories, the specific details and implementation methods may be different. I hope my above answers will help you.