01 / Charge clusters · Pulsed transport

Shoulders’ guided charge clusters

A 1991 patent describes dense electronic packets, dielectric guides, and a circuit intended to extract energy from their motion.

Conceptual path of a reported charge cluster from emitter along a dielectric guide to a collector, with vacuum coupling labeled as a hypothesis. — Shoulders’ proposed emitter, dielectric guide, and collector. Vacuum coupling is the inventor’s explanation for the claimed energy conversion.

In US patent 5,018,180, published in 1991, Kenneth R. Shoulders describes dense, predominantly electronic entities he calls EVs. He reports generating them in electrical discharges, guiding them along dielectric surfaces, and detecting their passage.

The patent’s traveling-wave arrangements place a conductor beside the guide to transfer energy from a moving EV to an external load. Section 30 estimates the energy conversion and argues that, under selected conditions, the output could exceed the energy in the initiating pulse. Shoulders attributes the additional energy to vacuum zero-point radiation.

Measuring the complete circuit

The energy claim requires a balance that includes the pulse source, bias supplies, collector, load, and changes in stored energy. Synchronized voltage and current measurements must resolve the pulse shape and account for bandwidth and impedance. Tracking an EV and measuring that balance during the same run would test the connection between the reported structure and the energy transfer. Even a measured surplus would leave its proposed vacuum origin to be established.

References

Kenneth R. Shoulders, Energy conversion using high charge density, US patent 5,018,180, published May 21, 1991. Description §§1, 19, 30; Figs. 50–51 and 86–87; claims 1 and 27.