6 hours ago
(This post was last modified: 6 hours ago by C C.)
https://www.zmescience.com/feature-post/...um-theory/
EXCERPTS: In the 18th century, the scientific world was drunk on Newtonian certainty. The universe was a clockwork mechanism, predictable and solid, with clear laws. But Father Roger Joseph Boscovich (Ruđer Josip Bošković), a polymath from Dubrovnik, Croatia, wasn’t satisfied. He proposed a radical idea: matter is not continuous, but made of point-like particles interacting through invisible forces.
In doing so, Bošković imagined a dynamic, quantized cosmos—one that foreshadowed atomic physics and quantum mechanics by nearly two centuries. Yes, this scholar proposed a version of quantum theory.
Born on May 18, 1711, in Dubrovnik (then the Republic of Ragusa), Bošković was the definition of a Renaissance man. He was a physicist, mathematician, astronomer, philosopher, poet, diplomat, and a priest of the Society of Jesus.
[...] In his 1758 masterpiece, Theoria Philosophiae Naturalis, he argued that matter wasn’t “solid” in the way we think. Instead, he envisioned point-like particles (entities with no dimension) governed by a single fundamental law of forces.
This is where the famous “Bošković force curve” comes in. He suggested that the force between particles changes based on distance:
By viewing matter as discrete points rather than a continuous blob, he anticipated the discrete units of quantum mechanics, such as a photon (a quantum of light) or the electron (a quantum of charge, though it’s a fundamental particle). His vision of forces interacting across space anticipated the concept of a field later developed by Michael Faraday and subsequently James Clerk Maxwell. In fact, Faraday admitted he developed his electric field concepts inspired by Bošković.
Yet, Bošković’s influence goes even deeper. He argued that human reason has limits when probing the deepest levels of matter. He suggested that at the atomic level, precise description might be impossible—a philosophical “proto-uncertainty principle” that Heisenberg would mathematically prove centuries later.
Croatian philosopher Zlatko Juras even suggests Bošković may have accidentally stumbled upon concepts resembling dark energy. Juras notes that Bošković described a repulsive force at vast cosmic distances, which parallels our modern understanding of the expansion of the universe.
Similarly, philosopher Roko Pešić argues that Bošković’s treatment of space and time—viewing them as discrete rather than absolute—offers a conceptual bridge to Einstein’s relativity. “He distinguished between actual and potential space,” Pešić notes, “which corresponds to the modern quantum interpretation of virtual processes becoming actualized at the moment of measurement.”
[...] His science blended with philosophy and religion. ... The laws of nature were an expression of God’s rationality and perfection. In his view, nature is not chaotic or random. It is a complex and harmonious system describable by mathematical laws. All this indicates the existence of an intelligent order behind all natural phenomena.
[...] It wasn’t until the 20th century that the scientific community looked back and realized what he had done. Werner Heisenberg was particularly vocal in his admiration, crediting Bošković’s “point force” concept as a vital step toward quantum field theory. ... These scientists recognized that Bošković’s thinking was pioneering in understanding how forces and particles “talk” to each other and, at the same time, in shaping the atomistic and field-based understanding of nature... (MORE - missing details)
EXCERPTS: In the 18th century, the scientific world was drunk on Newtonian certainty. The universe was a clockwork mechanism, predictable and solid, with clear laws. But Father Roger Joseph Boscovich (Ruđer Josip Bošković), a polymath from Dubrovnik, Croatia, wasn’t satisfied. He proposed a radical idea: matter is not continuous, but made of point-like particles interacting through invisible forces.
In doing so, Bošković imagined a dynamic, quantized cosmos—one that foreshadowed atomic physics and quantum mechanics by nearly two centuries. Yes, this scholar proposed a version of quantum theory.
Born on May 18, 1711, in Dubrovnik (then the Republic of Ragusa), Bošković was the definition of a Renaissance man. He was a physicist, mathematician, astronomer, philosopher, poet, diplomat, and a priest of the Society of Jesus.
[...] In his 1758 masterpiece, Theoria Philosophiae Naturalis, he argued that matter wasn’t “solid” in the way we think. Instead, he envisioned point-like particles (entities with no dimension) governed by a single fundamental law of forces.
This is where the famous “Bošković force curve” comes in. He suggested that the force between particles changes based on distance:
- At tiny distances: The force is repulsive (stopping matter from collapsing on itself).
- At medium distances: It switches to attractive (holding matter together).
- At large distances: It follows gravity.
By viewing matter as discrete points rather than a continuous blob, he anticipated the discrete units of quantum mechanics, such as a photon (a quantum of light) or the electron (a quantum of charge, though it’s a fundamental particle). His vision of forces interacting across space anticipated the concept of a field later developed by Michael Faraday and subsequently James Clerk Maxwell. In fact, Faraday admitted he developed his electric field concepts inspired by Bošković.
Yet, Bošković’s influence goes even deeper. He argued that human reason has limits when probing the deepest levels of matter. He suggested that at the atomic level, precise description might be impossible—a philosophical “proto-uncertainty principle” that Heisenberg would mathematically prove centuries later.
Croatian philosopher Zlatko Juras even suggests Bošković may have accidentally stumbled upon concepts resembling dark energy. Juras notes that Bošković described a repulsive force at vast cosmic distances, which parallels our modern understanding of the expansion of the universe.
Similarly, philosopher Roko Pešić argues that Bošković’s treatment of space and time—viewing them as discrete rather than absolute—offers a conceptual bridge to Einstein’s relativity. “He distinguished between actual and potential space,” Pešić notes, “which corresponds to the modern quantum interpretation of virtual processes becoming actualized at the moment of measurement.”
[...] His science blended with philosophy and religion. ... The laws of nature were an expression of God’s rationality and perfection. In his view, nature is not chaotic or random. It is a complex and harmonious system describable by mathematical laws. All this indicates the existence of an intelligent order behind all natural phenomena.
[...] It wasn’t until the 20th century that the scientific community looked back and realized what he had done. Werner Heisenberg was particularly vocal in his admiration, crediting Bošković’s “point force” concept as a vital step toward quantum field theory. ... These scientists recognized that Bošković’s thinking was pioneering in understanding how forces and particles “talk” to each other and, at the same time, in shaping the atomistic and field-based understanding of nature... (MORE - missing details)