**The animation then zooms in on a single qubit, showing it existing in multiple states at once (superposition) and interacting with other qubits (entanglement). This is represented by the qubit splitting into multiple versions of itself and these versions interacting with each other, symbolizing the parallel computations that quantum computers can perform. The colors become more intense, and the lighting more dynamic, as the interaction intensifies.The camera used is a high-resolution 16k camera with a 16:9 aspect ratio, a version of 5.1, a raw style, a quality of 2, and a size of 750.** - Image #4 <@1106056687699370005>
The animation then zooms in on a single qubit, showing it existing in multiple states at once superposition and interacting with other qubits entanglement. This is represented by the qubit splitting into multiple versions of itself and these versions interacting with each other, symbolizing the parallel computations that quantum computers can perform. The colors become more intense, and the lighting more dynamic, as the interaction intensifies.The camera used is a highresolution 16k camera with a 169 aspect ratio, a version of 5.1, a raw style, a quality of 2, and a size of 750.