u/AccordingIce5986

The potential for optical pumping, floquet driving, dynamic barrier shaping… it’s more exciting than H=H0 anyway 😏

I’m exploring whether engineered dissipative attractor dynamics can stabilize tunneling-permissive subspaces in open quantum systems

Can the wavefunction evolve into a self-stabilizing probability structure that effectively “locks” a system into a probabilistic attractor state before classical measurement? Can the system evolve toward states resistant to decoherence?

If wave topology evolves dynamically, then perhaps system interactions can be timed or structured to preferentially couple to tunneling-favorable probability geometries.

Might quantum tunneling probability be enhanced by engineering open-system evolutionary dynamics that stabilize tunneling-permissive attractor states while suppressing competing non-transmissive pathways through adaptive Hamiltonian and dissipative feedback mechanisms?

This is the definition of theoretical btw.