The Ripple Effect Quantum Routing (REQR) protocol, invented by Brian Ponnampalam, appears to be a novel routing protocol that builds upon the FDDI (Fiber Distributed Data Interface) ring topology. Here's a description based on the provided information:

Key Components
1. Circular Topology: REQR uses a circular topology, similar to FDDI.
2. Transmission Mechanism: Data transmission occurs from the tangent of the circle to the center through the radius.
3. Virtual Routing: Virtual routing happens at the center of the circle.
4. Retransmission: Data is retransmitted from the center to the tangent through the radius.
5. Distance Measurement: The distance is measured using a "ripple effect" concept.

Protocol Operation
The REQR protocol operates by transmitting data through the radius of the circle, with the center serving as a virtual routing point. The distance measurement using the "ripple effect" concept might provide a unique approach to routing and network management.

Without further technical details or documentation, it's challenging to provide a more in-depth analysis of the REQR protocol's performance, scalability, or potential applications.