In 1994, after years of studying at university, I walked
away from physics being believable. Part of the unbelievable physics story revealed how much
physicists didn’t understand — and that revelation was vision‑creating for me, my professor stating that, “mass
is the resistance to acceleration.” He offered no causal
mechanism, no underlying structure, no physical reason why anything should
resist acceleration. It was presented as a definition, not an explanation. When
presenting possible underlying causes involving an ether, professor rebels, and
professes he never said such a thing. There is no ether, no discussion here no
causal mass and resistance to acceleration story exists. It’s just all formula no underlying causal
explanation.
At the same time, many scientists historically had ideas
involving vortices in an ether or fluid-like medium. As a student, it was
natural to imagine physical systems using fluid dynamics analogies:
If space or vacuum behaved like a fluid, an ether, then a
spinning vortex in that medium could experience similar asymmetries: one side
of the spin might not equal the other side in energy exchange. A “car of wind”
moving through the ether would feel resistance and imbalance, not perfect
symmetry. So if the mass moved through a distortion in the thickness of the
Ether, the thinner side and thicker side of that ether would effect the
spinning vortex with different resistance, or different energy interactions
with the ether.
This kind of picture gives mass and inertia a physical
context: resistance to acceleration could be the interaction of a vortex with a
medium, not a mysterious property defined only by itself.
When the professor said, “mass is the resistance to
acceleration,” with no further explanation, it exposed a deep flaw:
That kind of reasoning felt like intellectual betrayal.
Physics was supposed to explain, not just label. Without a plausible
explanation of what resists acceleration, the definition of mass was hollow.
Years later, Nassim Haramein’s work offered a different
way to think about mass and inertia that resonated with those earlier vortex
and ether intuitions.
In his Schwarzschild proton model, Nassim proposes that:
In this view:
This gives a causal, structural explanation for “mass
resists acceleration”: it is the vacuum structure itself resisting changes in
motion, much like a vortex in a fluid resists being abruptly redirected.
The difference between the professor’s statement and
Nassim’s explanation is the difference between a label and a mechanism:
For someone who could not tolerate circular, unexplained
definitions, Nassim’s approach offers a way back into physics: it connects
intuitive fluid-dynamic thinking, historical ether-like ideas, and modern
vacuum concepts into a plausible, causal explanation of mass and inertia.