Some
of the most frequent questions we get
from people new to Autodynamics:
What
systems in relative motion and velocity sum?
An explanation can be found in Systems
in Relative Motion.
What
about the claimed neutrino beams at Fermi Lab?
They don't exist. An explanation can be
found in Neutrinos
at Fermi Lab.
Does
Autodynamics allow for faster than light travel?
Yes. Answered in Light Speed.
What
does Autodynamics say about the Twin's Paradox?
Time dilation is not a "real" phenomena.
Therefore the twins stay at the same age. Also see Time Dilation.
How
does AD conserve energy and momentum without the neutrino?
Answered in "Missing
Mass" &"Missing Momentum".
What
do neutrino detectors detect if there are no neutrinos?
The answer to this question is automatically
given by scientists around the world when they discuss the necessity of
shielding the equipment from cosmic rays and natural radioactivity underground
that produces muons and electrons, etc., which are detected as "neutrinos"
depending on the detector type.
Why
do scientists spend so much money building equipment in deep mines or
deep in the ocean?
Because they are using the Earth as a filter for
muons and electrons.
Why
do scientists spend so much money shielding equipment from the natural
radiation surrounding it?
Because this natural radioactivity produces
detections "like" neutrinos in the detectors. But high-energy cosmic rays
penetrate the Earth and the natural radioactivity of the soil is present
everywhere, both generating background phenomena like neutrino detections.
If
decay and energy absorption are the fundamental mechanisms of the universe,
how does Autodynamics describe particle acceleration?
Answered in Decay and
Energy Absorption.
Shouldn't
the decay particles analogous to 'rocket fuel' be detectable? If not,
why not?
Answered in Particle
Propellant.
Apparently,
AD predicts the same particles as those predicted by mainstream physics,
with two exceptions: a) AD eliminates the neutrino and b) AD adds an undetected
particle(s) carrying away part of an accelerating particle's mass." Why
can't we detect the particle(s) mentioned in (b)? Doesn't the addition
of the particle(s) in (b) counter-balance any advantage by eliminating
the neutrino?"
Answered in Particle
Propellant.
Engaging Issues Addressed
Four important issues commonly have engaged the interest of many in the scientific community in general and concerning AD:
We now address these topics with reguards to AD which has no problem with them. The problem, as will be demonstrated, regarding practical applications lies with the SR equations.