© New Paradigm Physics (2025)
Research
Research interests
Below the research interests that I am currenly
working on are briefly described.
• New theory of time
The 2T Theory of Time, and the underlying 2T Model
of Time (collectively referred to as 2T), provide a
description of the physical way time functions. Time
has fascinated people probably for as long as we
humans can think and reason. Yet, up to this very
moment no one knows exactly what time is.
The 2T Theory of Time describes how time may
actually function in the physical reality. The
underlying 2T Model of Time describes how time
may originate in the physical reality.
2T may very well be the first fruitful attempt at
understanding time from a physical standpoint. In
other words, 2T may be the first constructive theory
of time, meaning that it provides a physical
mechanistical explanation of what time is and how it
functions. Other theories of time are invariably
theories of principle, that basically treat time as a
black box.
• Black Holes... don't exist!
The title of this section will undoubtedly provoke
strong reactions. After all, black holes are
established celestial objects. Or not?
Sometimes solutions to problems are much easier
than you think. However, this does require a form of
thinking ouside the box. In this situation the box is
the way physicists think that black holes form
celestial objects that truly exist in the physical reality.
The supposed existence of black holes leads to a
number of paradoxes, like e.g. the Black Hole
Singularity Paradox, the Black Hole Information
Paradox, the Equivalence Principle Inconsistency
Paradox, and several other paradoxes.
Another intersting paradox is what I call the
Formation Incongruence Paradox. Already in 1939,
Oppenheimer and Snyder literally wrote that “an
external observer sees the star asymptotically
shrinking to its gravitational radius”. Years later, in
1965, Roger Penrose wrote essentially the same,
i.e. “to an outside observer the contraction to r = 2m
(the event horizon) appears to take an infinite time”.
Yet, both Oppenheimer and Snyder (1939) as well
as Penrose (1965) described that infalling observers
can reach, enter, and cross an event horizon in a
finite amout of time, and subsequently concluded
that black holes can form in the physical reality.
Strangely enough, the discrepancy between the
diametrically opposed experiences of the external
and infalling observer is not addressed by any.
Since we are all (luckily) external observers and not
infalling observers, wouldn’t that mean that for us,
black holes don’t form?
Well, a lot more can be said about the way physicist,
in my view wrongfully, concluded that black holes do
exist in the physical reality. And on top of that, in
2020 Penrose, based on the results he described in
his 1965 paper referred to above, was even
awarded a Nobel Prize for "the discovery that black
hole formation is a robust prediction of the general
theory of relativity”.
So you can imagine that stating that black holes
cannot be formed, and consequently don’t exist is
quite something. Interestingly though, if black holes
wouldn't exist, the various paradoxes associated
with black holes would all in once be solved.
However, that would require very thorough and
convincing arguments that black holes cannot exist
according to present-day physics. The paper "Black
holes... don't exist! Reinterpretation of general
relativity required" describes it all!
• Model of Inertia and Gravity (The Unified Theory
of Inertia and Gravity)
Physicists have been looking for a quantum
mechanical description of gravity for decades. The
Model of Inertia and Gravity is an elegant model that
ingeniously connects inertia and gravity. It provides
a plausible explanation of how inertia and gravity
function, by sharing a common mechanism.
The topic of inertia and gravity will be taken up after
the projects of time and black holes are finished.
Then more information about this fascinating topic
will be provided on this website, and hopefully a
publication will follow.
• Dark energy explained by a Multiverse Model
Using a novel model describing the existence of
multiple universes, the accelerated expansion of our
universe is explained, providing an alternative to
other theories that try to explain this accelerated
expansion, like e.g. the postulation of 'dark energy'
or MOND (Modified Newtonian Dynamics).
Papers
• Paper "Black Holes... don't exist!
Reinterpretation of general relativity required"
The scientific paper "Black Holes... don't exist!
Reinterpretation of general relativity required" has
been submitted for publication, and posted on the
preprint server OSF Preprints (here).
As summary of the paper in plain language can
be downloaded here (English version) and here
(Dutch version).
• Papers on theory of time
As has been described in the section 'What is
New Paradigm Physics?', the so-called 2T Theory of
Time will be published as a trilogy of papers. These
papers will be submitted for publication in the near-
future, at which moment they will also be published
on the preprint server arXiv. At this moment, March
2025, the first two papers are ready, and the third
paper will follow soon.
• Paper on model of inertia and gravity
This project is less far advanced. Yet it looks
promising to me. The Model of Inertia and Gravity is
an elegant model that ingeniously connects inertia
and gravity. It provides a plausible explanation of
how inertia and gravity function, by sharing a
common mechanism.
The topic of inertia and gravity will be taken up
after the projects of time and black holes are
finished. Then more information about this
fascinating topic will be provided on this website,
and hopefully a publication will follow.
• Paper on Multiverse Model providing an
alternative to dark matter and MOND
This project is the least far advanced. Based on
the results described in my other research projects,
an alternative Multiverse Model will be presented
that can explain the accelerated expansion of the
universe. This Multiverse Model will provide an
alternative to the idea that some kind of dark energy
has to be present to explain this, or that gravity
behaves differently on very large scales (MOND).