Scientist Profile

Henry Hamlin Ricker III
Mind Blown Criticial Thinker and Science Writer not afraid to take on mainstream science news
Profession Electrical Engineering, Science Writer
Interest Special relativity, electromagnetism, History of science
Education Virginia Polytechnic Institute and State University
Nationality American
Born Newport News VA, USA
Resides Newport News VA, USA
Goal Write and critique current and dissident theory
Favorite Scientist(s) Ivor Catt
Current Work Writing and discussing with other critical thinkers on Saturday mornings

Many would call Harry Ricker “cantankerous” but in the critical thinker’s world of natural philosophy: this is a compliment. An electrical engineer by trade, Harry got his start in critical thinker having grown up with a father who was an engineer for NASA.

His interest in electronics was inspired by his childhood hobby, amateur radio, and this later led to a lifelong passion for the study of electromagnetic theory, antennas, and radio systems. In 1971 he received the B.S. degree in Electrical Engineering. In 1970 he began graduate studies in electrical engineering at The University of New Hampshire, and received his M.S. degree in Electrical Engineering in 1972.

His first employer was I.I.T. research Institute, a contractor for the Electromagnetic Compatibility Analysis Center in Annapolis, MD. His work performed there was developing models for the analysis of radio interference involving radar and terrestrial communications systems. In 1975 he left to work at the Johns Hopkins Applied physics Laboratory as a contractor doing missile tracking analysis. This involved working in the new field of tracking systems that would become the present GPS. In 1979, he went to work at Communications Satellite Corporation where he worked on systems design for satellite communications. He continued in this business working for GTE Spacenet Corp from 1989 until 1994, when he retired from full time employment and became an engineering consultant. His consulting business is New Millenium Electrodynamics. Harry’s expertise in digital communications stressed the setting up of clocks for system timing and the coordination of clocks. A discipline that would be useful later in studies of special relativity.

While working at Johns Hopkins and living in Columbia Maryland, Harry studied creative writing at the local community college. This initiated a lifelong interest in writing. He has written and published articles on the American Civil War, another of his hobbies. His particular interest is The Peninsula Campaign of 1962. He has written an extensive historical analysis of the neglected Battle of Williamsburg, May 5, 1862.

Harry Ricker’s first dissident scientific paper was titled “Report On The Discovery Of Intellestellar Dust Filaments”. It reflects his interest in astronomy and astrophysics, which was stimulated by his astronomy classes in college. Over the years he has owned a number of telescopes, and he is an active amateur astronomer. The paper on dust filaments was inspired by an interest in collecting astrophotographs, and the study of them. Morphology , the study of forms, had not been systematically applied to interstellar dust formations, and this was systematically studied. Unfortunately, the results were not well received as they contradicted the received view that the interstellar medium is a diffuse gas with interspersed puffy clouds. The filaments discovery contradicts this model. The dust filaments are more like cirrus clouds than the cumulus clouds that are required for star formation.

Around 1990, Harry’s interest shifted to electromagnetic theory. This was inspired by the papers of Ivor Catt which appeared in Wireless World, and suggested a different way to view the theory of electricity and magnetism. This inspired an investigation of the history of magnetism and electricity, a study which has revealed a number of interesting new insights into this history. This includes the discovery of theories of magnetism in the presocratic Greek period and the middle ages.

Around 1995, as a result of his studies in electricity and magnetism, Harry began an investigation of the special theory of relativity and discovered that this theory didn’t seem to really fit into the electromagnetic theory as claimed by the textbooks. This initiated a detailed analysis of the theory of relativity which has resulted in his disowning that theory as false and misleading. This began a long period of study which culminated in a new approach to that theory which eliminates its contradictions, paradoxes, and absurd conclusions.

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Read 16 Article(s) by Harry Ricker

by Harry Ricker
Many people have difficulty in understanding the Catt Question. This is understandable given the inconsistency and confusion that is produced by the current definition of electricity. (Here is the original formulation of the question.) >>>think critically...
by Harry Ricker
The Theory of Natural Philosophy was written in Vienna and is Roger Boscovich’s magnum opus. There are two editions. The first edition, the Vienna edition, was finished while Boscovich was living in Vienna, Austria in the years 1756-1760. In 1758, when Boscovich was age 47, the First, or Vienna, edition appeared. Later in 1763, Boscovich published a second edition in Venice. Significantly the second edition has a completely different title, which reflects a different idea which Boscovich had regarding his finalized system of natural philosophy. >>>think critically...
by Harry Ricker
This essay discusses the background for the Wakefield Experiments. This refers to two sets of experiments performed by Tony Wakefield an Australian amateur radio operator, or ham, who performed these experiments for Ivor Catt. The objective of these experiments was to verify the predictions made by Ivor Catt based upon his Theory C. This theory asserts several things. First, that a capacitor is a transmission line, and second, that there is no static charge in a capacitor, but that the stored energy consists of a reciprocating wave of energy that surges back and forth in a continuous cycle. The objective of the Wakefield experiments was to demonstrate this internal motion of electromagnetic waves inside a charged transmission line. >>>think critically...
by Harry Ricker
This discussion is about the encounter of a genius, Dr Carl Andrew Zapffe, with relativity physics. There are two main points. The first is that Dr Zapffe was not a fool or an ignorant person, he was trained scientist who, when he investigated the arcane details of relativity, discovered that Einstein had made a mistake. Being a conscientious person he felt obligated to bring this to the attention of the scientific community. Our story is about how his views were received. How one famous author of relativity books concluded that he was a “cod“, and how NASA rejected his idea to perform a crucial experiment that would determine once and for all the validity of the foundations of relativity. >>>think critically...
by Harry Ricker
Historians condense the facts to make complex social movements simple and understandable in hindsight. Our movement to reform establishment science, making it responsible to the needs of people who fund science with their taxes, and not a servant of the established state system, traces its origin to the work of Dr. John E. Chappell Jr., who organized the predecessor of the JCNPS known as the Natural Philosophy Alliance or NPA. >>>think critically...
by Harry Ricker
The purpose of this article is to publish and comment upon a letter written by Louis Essen and sent to Dr. Carl Zapffe. The letter is interesting because it compresses into a few short lines the essence of Louis Essen’s criticism of Einstein’s theory of relativity. >>>think critically...
by Harry Ricker
In his book Science and Hypothesis, first published in French in 1902, Poincare gives to the principle of relativity the status of a unifying principle in both mathematics and physics. It is an important theme of the book, which unifies this collection of essays. At the end of the book, Poincare discusses how this principle is rendered safe in Lorentz’s theory of electro-dynamics. It is certain that Einstein drank deeply from the waters of Poincare’s book and fully embraced the ideas contained in Poincare’s Principle Of Relativity. >>>think critically...
by Harry Ricker
This paper defines a new way to assess the scientific value of Einstein’s special theory of relativity by defining a concept called irksomeness. This follows by converting the adjective irksome, meaning vexatious or troublesome, into a noun. We will call a theory irksome by the following definition: An irksome theory is one in which each of its component demonstrations makes sense or is rational, but the theory as a whole makes no sense or is irrational. Hence a theory, such as relativity, which is a very good example of a theory possessing this characteristic, is irksome or possesses irksomeness, if it satisfies the above definition. An irksome theory is recalcitrant in that its inconsistencies, anomalies, or paradoxes refuse to be tamed or effectively eliminated. It is also irksome when its concepts can not be clearly defined in a way such that there is a consistent agreement regarding its essential truth claims. >>>think critically...
by Harry Ricker
The following letter was prepared by Harry Ricker as a courtesy to Ivor Catt who wished to send a letter to the editor of the IOP Journal Physics Education in order to refute the claims made in a paper published in that journal. The letter was cosigned by five other scientists. This letter was rejected and so it is presented here. Background for The Catt Question is presented by Ivor Catt at his website. >>>think critically...
by Harry Ricker
The search for the elusive dark matter is famous. Here I will discuss the discovery of a different kind of dark matter in interstellar space, which I call cobwebs of space. This dark matter is just as elusive as the more famous, but probably fictitious, dark matter. The appearance of this dark matter, which forms dark filaments in space is referred to herein as interstellar dust filaments. This is because they are like the dark clouds that populate interstellar space, but they are long and narrow and crisscross throughout space forming the appearance of a dark cobweb that overlies all of the space through which we view distant celestial objects. >>>think critically...