Eric P. Dollard

For more than five decades, Dollard has dedicated his career to preserving and advancing classical electrical science, emphasizing the mathematical and physical principles that underlie electromagnetic phenomena and challenging the widespread simplification of electrical engineering in modern education.

A lifelong student of early electrical theory, Dollard specializes in alternating-current systems, transmission line theory, resonance, longitudinal electrical waves, and high-frequency electrical phenomena. His work draws heavily upon the original writings of nineteenth- and early twentieth-century electrical pioneers, seeking to recover concepts that he argues have been overlooked or misunderstood within contemporary engineering. Through meticulous experimentation and historical research, he has become widely respected among independent researchers for his ability to reconstruct and demonstrate complex electrical systems based on classical scientific principles.

Throughout his career, Dollard has conducted experimental research involving Tesla coils, resonant transformers, telluric transmission, analog computation, electromagnetic induction, and advanced radio-frequency systems. His lectures frequently examine the philosophical foundations of electricity, the history of scientific discovery, the mathematics of wave propagation, and the relationship between geometry, resonance, and natural phenomena. His work has inspired generations of engineers, experimenters, and historians interested in the legacy of Tesla and the broader development of electrical science.

Known for his rigorous analytical approach and deep historical knowledge, Dollard advocates a return to first principles through careful study of original scientific literature, laboratory experimentation, and mathematical precision. His presentations challenge audiences to reconsider conventional assumptions about electricity while emphasizing the importance of preserving foundational engineering knowledge for future generations.

Recognized as one of the foremost contemporary interpreters of classical electrical engineering, Eric P. Dollard continues to influence researchers across the fields of electrical science, physics, energy systems, and the history of technology through his lectures, publications, and ongoing experimental work.