Quantum physics is necessary to understand the properties of
solids, atoms, nuclei, sub nuclear particles and light. In order to understand
these natural phenomena, quantum principles have required fundamental changes
in how humans view nature. To many philosophers (Einstein included), the
conflict between the fundamental probabilistic features of quantum mechanics
and older assumptions about determinism provided a cognitive shock that was
even more unsettling that the revised views of space and time brought by
special relativity.
The word quantum refers to discreteness, i.e., the existence
of individual "lumps" as opposed to a continuum. In Newtonian
physics, all quantities are allowed to be continuous. For instance, particles
can have any momentum and light can have any frequency. A quantum is a discrete
packet of energy, charge, or any other quantity. For instance, one might say
that electric charge is quantized in units of e=1.602e-19
C. (or in the case of quarks, units of e/3.)
All exchanges of energy come in discrete amounts. For
instance, when light is absorbed by some material, the energy of the material
does not rise continuously, but in discrete jumps. Each jump occurs when the
material absorbs a single quantum of light. We will also learn that energy
levels ("orbits") of an electron in an atom do not have a continuous
range of possible energies, but instead that only discrete "orbits"
are possible. This strange behavior is linked to the concept of wave-particle
duality. I'm going to see that particles can be described by wave functions
that tell the probability of finding the particle.
A new fundamental constant must be introduced to account for
all these new phenomena: Planck's constant.
It is denoted by h.
This constant relates wave-like quantities to particle-like
ones. For instance, E is
related to the frequency f of its wave
function, and a particle's momentum p is
related to the wavelength L of its wave function.
I now want to talk a bit about my very new interest that's
become almost my passion, or what I learned in my coma with NDE experience, I
guess directly from Jesus Christ, that goes hand-in-hand with what my friend
Iacopo tells in his 3rd hypothesis, or that if we would know in advance how
(and where) our souls will be spending eternity after the body is left here in
a coffin.
I'm going to give here few examples of people I know because
I cannot say this in a general way and I hope that my readers will understand
even better what I'm trying to convey.
Take in example the Ph. D. in fear whose office is in
Oxnard, he certainly is already aware that his not wanting to risk to say
something different from his previous and very respectable (and experienced) in his assessment of me has been hurting me and
my family more than I can say in words, I suspect that he did so, not only
to avoid being in contrast with experts like dr. T, but very much more because
the woman I had seated on my life's throne told him of her fear of me……
I must add that his not wanting to tell to the court that
the assessment he had made of me would certainly NOT negatively affect his own
reputation anywhere, but not doing it now (while still living) is going to put
his soul in his own hell of regret from which he'll never escape, given that
all the other women in his life (their souls) won't help someone who became
fascinated with the messenger (or the woman sitting on my throne).
Once again it's very true what Jesus, Iacopo, Einstein,
Dante Alighieri and quantum physics (what a group!!) have been saying for several centuries, or
that we all do have souls that move from life (and body) to life and we can
interrupt "negative circles" only by not hurting anyone else while living
and make our lives add positivity to this world as much as we can.
- http://www.wired.com/2014/04/quantum-theory-flow-time/
- http://www.preposterousuniverse.com/eternitytohere/quantum/
- http://www.forbes.com/sites/chadorzel/2015/07/08/six-things-everyone-should-know-about-quantum-physics/
- http://www.nature.com/news/theoretical-physics-the-origins-of-space-and-time-1.13613
Other reasons I have to like quantum theories:
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