The Ultimate Discovery of the World: How to Stabilize Qubits in QuantumComputers — The Technology of the Future

In 2019, IBM conducted a remarkable quantum experiment simulating the reversal of time withina controlled quantum system. This work revisits that experiment through the lens of a theoreticalframework which defines a minimum kinetic energy threshold necessary for coherent state evolution.By analyzing the connection between experimental fidelity and coherence time, we argue that aminimum velocity is required to preserve quantum coherence long enough to allow meaningful statetransitions and reversibility. The findings suggest that IBM’s experiment supports the concept ofa critical velocity in quantum systems, highlighting a path toward the stabilization of qubits forfuture quantum technologies.