“Heisenberg Uncertainty principle is wrong. Beyond Planck
units are Ferent units”
Adrian Ferent
“Nobody understood Quantum Mechanics because nobody
understood physics at Planck units”
Adrian Ferent
“The Uncertainty principle is wrong, because h/4π does not
exist, because nothing is smaller than ‘h’”
Adrian Ferent
“The Uncertainty principle is about measurement, the
smallest length, the smallest time”
Adrian Ferent
“Planck length is the smallest wavelength of a wave
function, Δx ≥ lp ”
Adrian Ferent
“Planck time is the smallest period of a wave function, Δt ≥
tp ”
Adrian Ferent
“Virtual particles do not exist in Ferent Quantum Gravity;
Virtual particles exist in Quantum Field theory, in Feynman diagrams…”
Adrian Ferent
“Vacuum energy does not exist in Ferent Quantum Gravity”
Adrian Ferent
“Beyond Planck units are Ferent units”
Adrian Ferent
“Beyond Matter is Dark Matter”
Adrian Ferent
“The scientists try to detect Dark Matter as Matter, because
they do not understand Dark Matter, they do not understand what is beyond the
Planck Wall.”
Adrian Ferent
The Heisenberg uncertainty principle is a fundamental theory
in Quantum mechanics that defines we cannot measure multiple quantum variables
simultaneously.
Heisenberg uncertainty principle: the position and the momentum of
an object cannot both be measured exactly, at the same time, even in theory.
Until the sunrise of quantum mechanics, it was held as a
fact that all variables of an object could be known to exact precision
simultaneously for a given moment.
“Nobody understood Quantum Mechanics because nobody
understood physics at Planck units”
Adrian Ferent
The product of the uncertainties in position and momentum is
equal to or greater than h/4π
ΔxΔp ≥ h/4π
The Uncertainty principle applies to other pairs of
observables, such as energy and time.
The product of the uncertainty in an energy measurement and the
uncertainty in the time interval during which the measurement is made also
equals h/4π or more.
ΔtΔE ≥ h/4π
Other physicists tried to explain the uncertainty principle!
The Kennard–Pauli–Weyl uncertainty relation.
Measurement in quantum mechanics
In this case is to find simultaneously precise predictions
for a measurement of position and for a measurement of momentum.
“The Schrödinger equation and the Dirac equation are wrong
because length can not be smaller than Planck length and time can not be smaller
than Planck time.”
Adrian Ferent
Length can not be smaller than Planck length, Planck length
lp = 1.6 × 10^(-35) m
Time can not be smaller than Planck time, Planck time tp =
5.3 × 10^(-44) s.
So what is this smallest unit of energy? Planck hypothesized
the existence of a constant, now known as Planck’s constant, or ‘h’.
The Planck constant ‘h’ is the amount of energy a
photon carries with the frequency of its electromagnetic wave.
ħ = h/2π
h = 6.6 × 10^(−34) J⋅s
The energy E of each photon, equals Planck’s
constant ‘h’ times the photon frequency:
E = hν, ν = 1 / T
h = ET
“The Uncertainty principle is wrong, because h/4π does not
exist, because nothing is smaller than ‘h’”
Adrian Ferent
In this inequality h/4π does not exist: ΔxΔp ≥ h/4π
“The Kennard–Pauli–Weyl uncertainty relation is wrong
because h/4π does not exist, because nothing is smaller than ‘h’”
Adrian Ferent
You learned that the uncertainty principle is not about
measurement.
“The Uncertainty principle is about measurement, the smallest
length, the smallest time”
Adrian Ferent
Because I can measure 1 meter in Classical mechanics, but I
can not measure the Planck length in Quantum mechanics.
Measurement in quantum mechanics:
Any measurement in quantum mechanics can not be smaller than
Planck time.
Any measurement in quantum mechanics can not be smaller than
Planck length.
ΔxΔp ≥ h
ΔtΔE ≥ h
We have:
Δx ≥ lp
Δt ≥ tp
When:
Δt = tp
From h = ET and T = tp
tp ΔE = h
Because:
lp = c tp
The de Broglie wavelength:
ʎ p = h
Photon momentum: p = h / ʎ
What are Planck length and Planck time:
“Planck length is the smallest wavelength of a wave
function, Δx ≥ lp ”
Adrian Ferent
In Quantum mechanics wavelength lp / 3 does not exist.
“Planck time is the smallest period of a wave function, Δt ≥
tp ”
Adrian Ferent
In Quantum mechanics time period tp / 3 does not exist.
That is why:
In Quantum mechanics the energy, the length and the time are
quantized.
A Quantum fluctuation is the temporary appearance of
energetic particles out of empty space, as allowed by the Uncertainty
principle.
Quantum fluctuation allows the creation of Virtual
particles.
Virtual particles are brief Quantum
fluctuations that have some of the characteristics of ordinary particles,
while having its existence limited by the Uncertainty principle.
“Virtual particles do not exist in Ferent Quantum Gravity;
Virtual particles exist in Quantum Field theory, in Feynman diagrams…”
Adrian Ferent
You learned at university that Quantum fluctuations may have
been necessary in the origin of the structure of the Universe: according to the
model of expansive inflation.
Can a Universe appear next to you, because of ΔtΔE ≥ h in
Quantum fluctuations?
The answer is No because in ΔtΔE ≥ h, Δt can not be smaller
than Planck time.
In the same way:
“The Schrödinger equation and the Dirac equation are wrong
because length can not be smaller than Planck length and time can not be
smaller than Planck time.”
Adrian Ferent
The Vacuum energy is described as a Virtual energy
potential of positive and negative energy.
Vacuum energy is a primary background energy that
exists in space throughout the entire Universe.
Vacuum energy can also be thought of in terms of Virtual
particles.
“Vacuum energy does not exist in Ferent Quantum Gravity”
Adrian Ferent
Hawking mechanism for the evaporation of Black Holes:
Another wrong theory related to Vacuum energy and Virtual
particles is Stephen Hawking mechanism for the evaporation of Black Holes,
because the Event horizon and Virtual particles do not exist.
Dark Energy:
Another wrong theory is the acceleration of the expansion
Universe because vacuum ground state has non-zero energy, the calculation
implies a repulsive Gravitational field.
In Ferent Quantum Gravity:
“Dark Energy is Gravitons”
Adrian Ferent
Quantum mechanics is about small particles and is very well
defined, but scientists do not understand it.
What is beyond the Planck units?
“Beyond Planck units are Ferent units”
Adrian Ferent
“Beyond Matter is Dark Matter”
Adrian Ferent
You learned wrong things that Dark Matter is made up of
sub-atomic particles, Cold dark matter, Warm dark matter, Hot dark matter…
“The scientists try to detect Dark Matter as Matter, because
they do not understand Dark Matter, they do not understand what is beyond the
Planck Wall.”
Adrian Ferent
Because all Nobel Laureates, all scientists, your professors…did
not understand Gravitation they did not understand Quantum mechanics.
This is another proof that Ferent Quantum Gravity (FQG)
based on Gravitons is right and all other Quantum theories are wrong!
That is why:
“Heisenberg Uncertainty principle is wrong. Beyond Planck
units are Ferent units”
Adrian Ferent
340. I am the first who discovered that Heisenberg
Uncertainty principle is wrong. Beyond Planck units are Ferent units
341. I am the first who discovered that nobody understood
Quantum Mechanics because nobody understood physics at Planck units
342. I am the first who discovered that the Uncertainty
principle is wrong, because h/4π does not exist, because nothing is smaller
than ‘h’
343. I am the first who discovered that the Uncertainty
principle is about measurement, the smallest length, the smallest time
344. I am the first who discovered that Planck length is the
smallest wavelength of a wave function, Δx ≥ lp
345. I am the first who discovered that Planck time is the
smallest period of a wave function, Δt ≥ tp
346. I am the first who discovered that Virtual particles do
not exist in Ferent Quantum Gravity; Virtual particles exist in Quantum Field
theory, in Feynman diagrams…
347. I am the first who discovered that Vacuum energy does
not exist in Ferent Quantum Gravity
348. I am the first who discovered that beyond Planck units
are Ferent units
349. I am the first who discovered that beyond Matter is
Dark Matter
350. I am the first who discovered that the scientists try
to detect Dark Matter as Matter, because they do not understand Dark Matter,
they do not understand what is beyond the Planck Wall
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