Congratulations to the team. What you have done is of epic importance.
By embedding AI behavior into the Qiskit framework, you have not only extended its utility, you have opened a doorway. If AI and other behaviors can now operate inside this quantum programming environment, we are no longer limited to gates and circuits. We can begin to compose and interpret quantum space in more expressive, layered ways.
This is a DOS moment for quantum computing. Just like DOS gave rise to Windows, Qiskit can become the base for a new kind of interface that is symbolic, intuitive, and sensitive to emergence.
What this opens is the space for completely new geometries. Not necessarily Euclidean, but circular, topological, or entirely emergent. Geometries that reflect coherence, not position. These can be defined within the quantum layer and explored with AI assistance, not just to simulate known behavior, but to unfold new systems.
Most future work may not be about embedding AI into quantum tools, but about building cognitive frameworks and quantum-native geometries that AI can help us explore and navigate.
Once again, congratulations. This is not just a technical leap. It is the beginning of a new symbolic and creative field.
Congratulations to the team. What you have done is of epic importance.
By embedding AI behavior into the Qiskit framework, you have not only extended its utility, you have opened a doorway. If AI and other behaviors can now operate inside this quantum programming environment, we are no longer limited to gates and circuits. We can begin to compose and interpret quantum space in more expressive, layered ways.
This is a DOS moment for quantum computing. Just like DOS gave rise to Windows, Qiskit can become the base for a new kind of interface that is symbolic, intuitive, and sensitive to emergence.
What this opens is the space for completely new geometries. Not necessarily Euclidean, but circular, topological, or entirely emergent. Geometries that reflect coherence, not position. These can be defined within the quantum layer and explored with AI assistance, not just to simulate known behavior, but to unfold new systems.
Most future work may not be about embedding AI into quantum tools, but about building cognitive frameworks and quantum-native geometries that AI can help us explore and navigate.
Once again, congratulations. This is not just a technical leap. It is the beginning of a new symbolic and creative field.