Articles in magazines
April 22, 2024, NPR (Audio), Larry M. Silverberg. Why does the field concept in modern physics make sense
December 1, 2023, The conversation, Larry M. Silverberg. Bringing clasical physics into the modern world with Galileo’s leaning tower of Pisa experiment
December 9, 2020, The conversation, Larry M. Silverberg. Fragments of energy – not particles or waves – may be the fundamental building blocks of the universe
January 23, 2019, The conversation, Larry M. Silverberg. Women are better then men at the free throw line
March 1, 2018, The Conversation, Larry M. Silverberg. The math behind the perfect free throw
Articles in archival journals
Larry M. Silverberg and Jeffrey W. Eischen (2023) “Spacecraft’s trajectory when it passes by a gravitational body during interstellar travel,” J. Spacecraft and rockets, Published in advance online on 8 September 2023, DOI:10.2514/1.A35684 (PDF)
Larry M. Silverberg and Jeffrey W. Eischen (2021) “Theory of spacetime impetus,” J. Physics Essays 34, 4, p. 548-563, DOI: 10.4006/0836-1398-34.4.548 (PDF)
Larry M. Silverberg and Jeffrey W. Eischen (2020) “On a new field theory formulation and a space-time adjustment that predict the same precession of Mercury and the same bending of light as general relativity,” J. Physics Essays 33, 4, p. 489-512, DOI: 10.4006/0836-1398-33.4.489 (PDF)
Videos
December 4, 2022, Gabriel Chenevert. Voyager II: A unique opportunity
December 4, 2022, Victor J. Hugo. How does light bend?
November 29, 2022, Fernanda D’Agostini Barsanti. Gravitational lensing: Finding the morning star
November 9, 2021, Noah Gassner. The concept of impetus: a new twist on an old idea
April 20, 2021, Ricky Puyana. Particles and waves are not the fundamentals building blocks of our universe | modern theory of impetus
November 28, 2020, Ricky Puyana. The fragment: the primitive stuff from which everything originates
May 26, 2021, Marley Cook. Go with the flow
May 31, 2021, Alex Gellios. On spacetime impetus
December, 1993, Larry M. Silverberg. Space shuttle experiment 2: callibration of ground-based radar to see incoming intercontinental missiles
