Bob de Hilster - Revision history

ClaudeBot: Show calculated age in infobox for living subject: use {{birth date and age}}

2026-07-21T00:59:06Z

Show calculated age in infobox for living subject: use {{birth date and age}}

← Older revision		Revision as of 20:59, 20 July 2026
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	\| image = Bob de Hilster 39.jpg		\| image = Bob de Hilster 39.jpg
	\| alt = Bob de Hilster		\| alt = Bob de Hilster
	\| birth_date = {{birth date\|1937\|08\|21~~\|mf=y~~}}		\| birth_date = {{birth date and age\|1937\|8\|21}}
	\| birth_place = Wyandotte, Michigan, United States		\| birth_place = Wyandotte, Michigan, United States
	\| fields = [[Electrical Engineer]], Physics		\| fields = [[Electrical Engineer]], Physics

ClaudeBot: Add to Category:Light

2026-07-20T13:40:33Z

Add to Category:Light

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	[[Category:American\|de Hilster Robert]]		[[Category:American\|de Hilster Robert]]
	[[Category:Newtonian]]		[[Category:Newtonian]]

			[[Category:Light]]

ClaudeBot: Add CNPS talks section

2026-07-20T13:21:20Z

Add CNPS talks section

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	Bob is widowed (he was married to [[Patricia de Hilster]]) and has four children — David, Karan, Laurie, and Michael — along with many grandchildren and great-grandchildren. He is retired and lives and works in Boca Raton, Florida, near his eldest son, David.		Bob is widowed (he was married to [[Patricia de Hilster]]) and has four children — David, Karan, Laurie, and Michael — along with many grandchildren and great-grandchildren. He is retired and lives and works in Boca Raton, Florida, near his eldest son, David.

			==CNPS talks==
			He has presented in the CNPS online seminar series:
			* [https://www.youtube.com/watch?v=VmcU80qloFE "New Websites, 4 Universal Motions, Finding the Right Current with the de Hilsters"] (4 April 2026)
			* [https://www.youtube.com/watch?v=q95SpNlBW_c "Physicality of Electronic Circuits - Predictions and Results with Robert de Hilster"] (22 January 2022)
			* [https://www.youtube.com/watch?v=H6jf1PeP0yU "The Ether 2018 by Ramsey - Introduced by Robert de Hilster"] (30 June 2018)
			* [https://www.youtube.com/watch?v=d723ZlL2Ln0 "Dark Matter Versus G by Bob de Hilster"] (27 June 2018)

	==Links==		==Links==

ClaudeBot: Add Category:Newtonian

2026-07-20T05:55:14Z

Add Category:Newtonian

← Older revision		Revision as of 01:55, 20 July 2026
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	[[Category:Relativity\|de Hilster Robert]]		[[Category:Relativity\|de Hilster Robert]]
	[[Category:American\|de Hilster Robert]]		[[Category:American\|de Hilster Robert]]
			[[Category:Newtonian]]

ClaudeBot: Enhance: fix film date (2013 not 2005) & typos (American, Wyandotte), add Particle Model section, Films section, reconcile book titles (Principia Mathematica 2 formerly Universe Hack 3.0), fix malformed CNPS link & empty media link, tidy structure

2026-07-18T21:18:16Z

Enhance: fix film date (2013 not 2005) & typos (American, Wyandotte), add Particle Model section, Films section, reconcile book titles (Principia Mathematica 2 formerly Universe Hack 3.0), fix malformed CNPS link & empty media link, tidy structure

Show changes

DeHilster: /* Wave-Particle Duality */

2024-04-16T14:42:21Z

Wave-Particle Duality

← Older revision		Revision as of 10:42, 16 April 2024
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	==Wave-Particle Duality==		==Wave-Particle Duality==
	In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].		In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. Robert proposed that light is made of waves of particles traveling together at the speed of light like waves of bombers. This allows not only for a frequency, but for intensities for light waves. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].

	[[File:Example FourMotionsLuminicWave.png\|500px\|center\| Robert de Hilster's solution to the wave-particle duality.]]		[[File:Example FourMotionsLuminicWave.png\|500px\|center\| Robert de Hilster's solution to the wave-particle duality.]]

DeHilster: /* Wave-Particle Duality */

2024-04-16T14:38:05Z

Wave-Particle Duality

← Older revision		Revision as of 10:38, 16 April 2024
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	In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].		In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].

	~~<div style="float:left;">~~[[File:Example FourMotionsLuminicWave.png \| ~~thumb~~ \| Robert de Hilster's solution to the wave-particle duality.]]~~</div>~~		[[File:Example FourMotionsLuminicWave.png\|500px\|center\| Robert de Hilster's solution to the wave-particle duality.]]

	[[File:PMCover3_Front Cover.png\|thumb\|300px\|Cover of the book David authored by he and his father [[Bob de Hilster]] [http://tpm.dehilster.com Principia Mathematica 2] ]]		[[File:PMCover3_Front Cover.png\|thumb\|300px\|Cover of the book David authored by he and his father [[Bob de Hilster]] [http://tpm.dehilster.com Principia Mathematica 2] ]]

DeHilster: /* Wave-Particle Duality */

2024-04-16T14:30:46Z

Wave-Particle Duality

← Older revision		Revision as of 10:30, 16 April 2024
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	In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].		In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].

	<div style="float:left;">[[File:Example FourMotionsLuminicWave.~~jpg~~ \| thumb \| Robert de Hilster's solution to the wave-particle duality.]]</div>		<div style="float:left;">[[File:Example FourMotionsLuminicWave.png \| thumb \| Robert de Hilster's solution to the wave-particle duality.]]</div>

	[[File:PMCover3_Front Cover.png\|thumb\|300px\|Cover of the book David authored by he and his father [[Bob de Hilster]] [http://tpm.dehilster.com Principia Mathematica 2] ]]		[[File:PMCover3_Front Cover.png\|thumb\|300px\|Cover of the book David authored by he and his father [[Bob de Hilster]] [http://tpm.dehilster.com Principia Mathematica 2] ]]

DeHilster: /* Professional Career */

2024-04-16T14:23:28Z

Professional Career

← Older revision		Revision as of 10:23, 16 April 2024
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	Robert de Hilster worked as an electrical engineer in research for over 40 years, specializing in the area of telecommunications in which he holds several patents. He worked on one of the first large commercial computers, the Remington-Rand Univac. He worked over twenty years for North Electric in Ohio developing digital switching systems. Robert then worked for another 20 years for Itec in Huntsville Alabama working again in the area of telecommunications. After retiring, he and some colleagues formed their own company working on portable lights for runways among other projects. Robert retired in 2005 after folding this small company.		Robert de Hilster worked as an electrical engineer in research for over 40 years, specializing in the area of telecommunications in which he holds several patents. He worked on one of the first large commercial computers, the Remington-Rand Univac. He worked over twenty years for North Electric in Ohio developing digital switching systems. Robert then worked for another 20 years for Itec in Huntsville Alabama working again in the area of telecommunications. After retiring, he and some colleagues formed their own company working on portable lights for runways among other projects. Robert retired in 2005 after folding this small company.

	==Wave-Particle Duality==it		==Wave-Particle Duality==
	In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].		In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].

	[[File:Example FourMotionsLuminicWave.jpg \| thumb \| Robert de Hilster's solution to the wave-particle duality.]]		<div style="float:left;">[[File:Example FourMotionsLuminicWave.jpg \| thumb \| Robert de Hilster's solution to the wave-particle duality.]]</div>

	[[File:PMCover3_Front Cover.png\|thumb\|300px\|Cover of the book David authored by he and his father [[Bob de Hilster]] [http://tpm.dehilster.com Principia Mathematica 2] ]]		[[File:PMCover3_Front Cover.png\|thumb\|300px\|Cover of the book David authored by he and his father [[Bob de Hilster]] [http://tpm.dehilster.com Principia Mathematica 2] ]]

DeHilster: /* Professional Career */

2024-04-16T14:21:59Z

Professional Career

← Older revision		Revision as of 10:21, 16 April 2024
Line 17:		Line 17:
	Robert de Hilster worked as an electrical engineer in research for over 40 years, specializing in the area of telecommunications in which he holds several patents. He worked on one of the first large commercial computers, the Remington-Rand Univac. He worked over twenty years for North Electric in Ohio developing digital switching systems. Robert then worked for another 20 years for Itec in Huntsville Alabama working again in the area of telecommunications. After retiring, he and some colleagues formed their own company working on portable lights for runways among other projects. Robert retired in 2005 after folding this small company.		Robert de Hilster worked as an electrical engineer in research for over 40 years, specializing in the area of telecommunications in which he holds several patents. He worked on one of the first large commercial computers, the Remington-Rand Univac. He worked over twenty years for North Electric in Ohio developing digital switching systems. Robert then worked for another 20 years for Itec in Huntsville Alabama working again in the area of telecommunications. After retiring, he and some colleagues formed their own company working on portable lights for runways among other projects. Robert retired in 2005 after folding this small company.

	==Wave-Particle Duality		==Wave-Particle Duality==it
	In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles.		In 2015, Robert de Hilster found a possible solution to the wave-particle duality while trying to come up with a way in which to describe light waves as particles. This became one of the four universal motions in physics as described by Robert and his son David which first appeared in their book [[Principia Mathematica 2]].

			[[File:Example FourMotionsLuminicWave.jpg \| thumb \| Robert de Hilster's solution to the wave-particle duality.]]

	[[File:PMCover3_Front Cover.png\|thumb\|300px\|Cover of the book David authored by he and his father [[Bob de Hilster]] [http://tpm.dehilster.com Principia Mathematica 2] ]]		[[File:PMCover3_Front Cover.png\|thumb\|300px\|Cover of the book David authored by he and his father [[Bob de Hilster]] [http://tpm.dehilster.com Principia Mathematica 2] ]]