BlackMax and Black Arts
Oct
23, 2009
Black holes are undetectable by
any instrument, so a computer
simulation has been created for the
Large Hadron Collider to act as a
substitute for observations.
"Our esteem for
facts has not neutralized in us all
religiousness. It is itself almost
religious. Our scientific temper is
devout."
--- William James
It is said that in the deepest
reaches of space live
electromagnetic monsters whose sole
duty in the cosmic hegemony is to
devour matter and inertia, sucking
it down into an infinitely deep maw
that masticates space as well,
crushing it until nothing, not even
a memory remains. Those fantastic,
insatiable colossi, inhabiting the
most frightening dreams of
existence, are known as
black holes.
Black holes begin their demon-lives
as big innocent stars, tumbling
along in their galactic nurseries
with no indication that they will
eventually become infected with
attributes that will turn them into
gluttonous fiends, consuming their
neighbors and blasting out
sterilizing beams of radiation that
are capable of destroying worlds.
Pulses of high-frequency gamma rays,
beams of intense ultraviolet light,
and belches of explosive energy that
span the breadth of the Universe are
said to mark their mordant
habitations, while gravitational
forces beyond our ability to
measure, or conceive, exert their
might on the tensile strength of
time itself, twisting it into a
hopelessly tangled Möebius knot,
where past and future have no
meaning.
What could cause mere stars, said to
be commonly born from nebular
progenitors, to suddenly take on a
terrible aspect and become the dark
monsters of astronomy? According to
the modern science of astrophysics,
it is gravity that exerts its
influence on the stellar mob and
leads some of them down paths of
ferocity. That mild-mannered agency
of succor, that gentle-seeming
impetus, holding matter in place and
permitting Mother Earth to clasp us
close and cover us with her
life-giving atmospheric blanket, can
assume another face and another
affect.
Gravity also possesses a fiendish
visage, along with a might that can
overcome all other forces and all
resistance, even the most compacted
and rigid material that our
imaginations can create. Gravity can
pull inward so violently that no
outward repulsion prevents it from
compressing large stars down to
points of zero volume and infinite
mass—computational entities
sometimes described as
"singularities" by astrophysicists.
Gothic descriptions notwithstanding,
a singularity is a point where some
factor in an equation becomes
infinite, while another factor
approaches zero. For example:
Lim 1/x = ∞
x—>0
This is the
classic problem of dividing by zero.
When factor "x" drops to nothing,
dividing 1 by the limiting factor
produces an infinite result. Most
children are taught in elementary
school that dividing by zero is not
proper numerical manipulation.
Instead, a flight into the
mathematical fantasy of General
Relativity was required, where
master calculators allowed black
holes to become the reified
monstrosities that so enamor modern
cosmologists and astrophysicists.
Cosmologists use the singularity
product to describe conditions that
existed before the Big Bang, while
astrophysicists use it to overcome
almost any problem that appears in
galaxy studies.
Galaxies spin too fast for a certain
theory? There must be a black hole
hiding somewhere inside, providing
additional, unseen gravitational
power. Galaxies emit tremendous
quantities of light energy or cosmic
rays? There has to be a black hole
inside the core, sending out
light-years long jets because matter
is being compressed and superheated
before it falls down into infinite
darkness. What else could it be?
Due to the inherent difficulties
associated with black hole
observations in space—not even light
can escape their putative event
horizons—Case Western Reserve
University physicists have turned to
the Large Hadron Collider (LHC) as a
possible means for detecting and
studying black holes. It is hoped
that full-scale operation of the LHC
will generate enough power for
protons to collide, releasing
particles into the
ATLAS detector.
ATLAS acts like a camera,
documenting the many different
entities that are predicted to erupt
from the proton-proton collisions
inside the LHC. A software algorithm
known as BlackMax is supposed to
simulate the particles that will be
detected when hypothetical
"microscopic black holes" are formed
by the fragmented protons. LHC
physicists hope that BlackMax will
provide an indication of how those
particles will be distributed should
black holes form in the collider.
Of course, BlackMax, being a
computer simulation, is constructed
along theoretical lines. A theory of
particle distribution was first
proposed, then those theoretical
parameters were incorporated into
the software program. Theoreticians
hope that, along with the Standard
Model of particle physics, BlackMax
will enable them to figure out if
the isotropic spray of proton
collision fragments conforms to how
black holes are supposed to behave
when they fall apart.
The zealous attempt to confirm the
existence of black holes appears to
have no bounds. No expense is too
great, no imaginary construct is too
ironic, and no machine is too large
for mathematicians to use. The
desperate search for that which can
neither be seen nor felt has little
in the way of governing principles.
One of the greatest ironies in the
LHC black hole study is that the
physicists are forcing units of
positive charge together. In other
words, they are generating a beam of
electricity, splitting it, and then
sending it back on itself as if it
were a collection of little balls
instead of a waveform. They then
analyze what they believe are even
tinier little balls that are somehow
contained within the particles, as
if they are components within a
shell. Instead of streams of charge
potential, the ATLAS detector is
supposed to be collecting images of
the tiny pieces of proton as they
whizz by.
This example of ironic science—that
is, science based on mathematical
principles that can only be tested
indirectly according to abstract
theory—is doomed to failure from an
empirical standpoint. No concrete,
pragmatic data will be revealed;
instead a self-fulfilling prophecy
is all that will arise.
If BlackMax proves to be useless,
all that is necessary is to write
another program that will simulate
foregone conclusions with greater
attention to detail. This may be
done any number of times until the
data matches the theory closely
enough. The physicists can then
announce that black holes have been
detected and they act like thus and
such. Another announcement might be
that the particles seen by ATLAS
confirm the theory of how they
should be distributed, therefore the
theory must be correct. Regardless
of the outcome, it is sure to be an
exercise in circular reasoning and
affirmation of the consequent.
Stephen Smith
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