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| residence = Millbrae, CA, United States
| residence = Millbrae, CA, United States
| nationality = USA
| nationality = USA
| known_for = [[Gravity]], [[Antigravity]]
| fields = [[Electronics engineering]], Experimental physics, Electromagnetism
| institutions = Rognerud Research, Inc.
| alma_mater = Gjøvik Technical College, Norway
| known_for = [[Gravity]], [[Antigravity]], ElectroGravity
}}
}}
'''Nils Rognerud''' is a Norwegian-American electronics engineer and independent researcher known for his work on '''electrogravity''' — the idea that gravitational effects can be described as an electromagnetic phenomenon. He is the author of the 1994 paper ''[[Free Fall of Elementary Particles: On Moving Bodies and Their Electromagnetic Forces|Free Fall of Elementary Particles]]'', in which he examines the action of gravitational forces on charged particles and the role of induced electric fields.
==Education and career==
According to his own biographical account, Rognerud earned a Bachelor of Science in Electronics Engineering from Gjøvik Technical College (now part of Gjøvik University College) in Norway, studying there from 1970 to 1974. He is an electronics engineer who has lived in California and Southeast Asia.
He is the founder of '''Rognerud Research, Inc.''' (earlier referred to as Rognerud Research and Development), where he has carried out research in experimental physics, electromagnetism and engineering physics.
==Research==
Rognerud's principal contribution to natural philosophy is his work on electrogravity. In ''Free Fall of Elementary Particles'' he reviews the observable action of gravitational forces on charged particles and discusses the induced electric fields and their physical properties. He argues that gravity can be interpreted as an electromagnetic effect, and suggests that this interpretation opens a path toward understanding artificial electro-gravity fields. His work is frequently cited in electrogravitics and antigravity reference lists, and connects to the earlier [[Biefeld–Brown effect]] investigated by Thomas Townsend Brown.


'''Articles:'''
'''Articles:'''
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==Abstracts==
==Abstracts==


* 1996 - "[[Free Fall of Elementary Particles: On Moving Bodies and Their Electromagnetic Forces]]"  
* 1996 - "[[Free Fall of Elementary Particles: On Moving Bodies and Their Electromagnetic Forces]]"
 
==External links==
 
* [https://electrogravityphysics.com/ ElectroGravity Physics] — Rognerud's website on electromagnetic and gravitational forces
* [http://www.newphysics.se/archives/old-archive/relativity/Rognerud/ ''Free Fall of Elementary Particles''] — archived copy of the paper (dated 1994)


[[Category:Scientist]]
[[Category:Scientist|Rognerud Nils]]
[[Category:Gravity]]
[[Category:Gravity|Rognerud Nils]]

Latest revision as of 09:18, 16 July 2026

Nils Rognerud
Nils Rognerud
ResidenceMillbrae, CA, United States
NationalityUSA
Alma materGjøvik Technical College, Norway
Known forGravity, Antigravity, ElectroGravity
Scientific career
FieldsElectronics engineering, Experimental physics, Electromagnetism

Nils Rognerud is a Norwegian-American electronics engineer and independent researcher known for his work on electrogravity — the idea that gravitational effects can be described as an electromagnetic phenomenon. He is the author of the 1994 paper Free Fall of Elementary Particles, in which he examines the action of gravitational forces on charged particles and the role of induced electric fields.

Education and career

According to his own biographical account, Rognerud earned a Bachelor of Science in Electronics Engineering from Gjøvik Technical College (now part of Gjøvik University College) in Norway, studying there from 1970 to 1974. He is an electronics engineer who has lived in California and Southeast Asia.

He is the founder of Rognerud Research, Inc. (earlier referred to as Rognerud Research and Development), where he has carried out research in experimental physics, electromagnetism and engineering physics.

Research

Rognerud's principal contribution to natural philosophy is his work on electrogravity. In Free Fall of Elementary Particles he reviews the observable action of gravitational forces on charged particles and discusses the induced electric fields and their physical properties. He argues that gravity can be interpreted as an electromagnetic effect, and suggests that this interpretation opens a path toward understanding artificial electro-gravity fields. His work is frequently cited in electrogravitics and antigravity reference lists, and connects to the earlier Biefeld–Brown effect investigated by Thomas Townsend Brown.

Articles:

Abstracts

External links