
Monday, March 5, 2012
In Response To An Article Regarding The Disappearance Of Western Civilization In Education

Thursday, November 3, 2011
Insight From Nov. 3rd

Monday, October 24, 2011
Why Occupy Wall Street Is Bound To Not Succeed
"But since then [The French Revolution] the revolutionary or speculative mind of Europe (and since the 1960's the West in general) has been weakened by shrinking from any proposal because of the limits of that proposal. Liberalism has been degraded into liberality. Men have tried to turn 'revolutionise' (sic) from a transitive to an intransitive verb. The Jacobin (French revolutionary) could tell you not only the system he would rebel against, but what was more important, the system he would not rebel against, the system he would trust. But the new rebel is a sceptic, and will not entirely trust anything. He has no loyalty; therefore he can never be really a revolutionist. And the fact that he doubts everything really gets in his way when he wants to denounce anything. For all denunciation implies a moral doctrine of some kind; and the modern revolutionist doubts not only the institution he denounces, but the doctrine by which he denounces it. Thus...(a)s a politician, he will cry out that war is a waste of life, and then, as a philosopher, that all life is a waste of time. A Russian pessimist (by which he refers to Anton Chekhov, I think) will denounce a policeman for killing a peasant, and then prove by the highest philosophical principles that the peasant ought to have killed himself...A man of this school goes first to a political meeting, where he complains that savages are treated as if they were beasts; then he takes his hat and umbrella and goes to a scientific meeting, where he proves that they practically are beasts (a reference to Darwinism). In short, the modern revolutionist, being an infinite sceptic, is always engaged in undermining his own mines. In his book on politics he attacks men for trampling on morality; in his book on ethics he attacks morality for trampling on men. Therefore the modern man in revolt has become practically useless for the purposes of revolt. By rebelling against everything he has lost the right to rebel against anything." Tuesday, October 11, 2011
What Steve Job's Passing Revealed To Me

I'm not a Mac fan, have never really been a technologically inspired person, and am in fact somewhat of a neo-Luddite when it comes to the inclusion of technology in my life. Hey, I grew up near an Amish community; they rub off on you. All this is to say that when he passed, I was only vaguely aware of who Steve Jobs was, and I was certainly never an Apple acolyte.
It started as I drove to work and listened to the reporting of his death and related venerations for his life on the radio. What I felt then is hard to describe. While my first reaction, thankfully, was sorrow over the untimely death of a fellow human being, it was tinged with an aura of negativity. By the time I got to work, a place replete with Apple enthusiasts, that negativity had manifested itself in my heart as a sort of resentment. Why? Why did I resent this man? "This man's no different than the rest of us!", I said to myself. "What makes this guy more special than anybody else?"
There was a sort of jealousy pervading my heart; a strange, not-at-all-covetous sort of jealousy. His wealth didn't make me jealous. His creativity and effusion of creations did not make me jealous. I began to think that the public outpouring of emotion was the cause of my dark heart only to find that it was not, but was closely related to what I did find. Steve Jobs mattered. He mattered in a way that I likely never will. Oh, I'm not talking about the, "you matter to your friends and family" or the, "you matter to God" sort of mattered. He impacted other people's lives; people he never met. Life was made better for some people because of what he did. That realization, in comparison to my own insignificance on that stage, in combination with his drive and motivation were what was coloring my emotion. But that's not what I learned.
This jealousy manifested itself in a way that I now recognize as being fairly typical of my behavior, though to discover that it was so came as an uncomfortable shock. I immediately began to react to each instance reminding me of his death from newspaper articles to FB posts with a sort of personal equivalency. "Yes, yes, he was a great man", I would think to myself, "but I'm probably just as savvy and capable as he was." The unspoken coda to this impulse was, "and I will be if only..." A miraculous series of self-motivated events would have to happen for that ellipsis to be not so, and that's only assuming that I am as capable or savvy a man as he. And there's the lesson! In order for me to compare myself favorably with Steve Jobs I must overlook the distance between his accomplishment and my own. I must devalue his contributions in order to find equivalency amongst the catalogue of my achievements. I must destroy his accomplishments in my own mind to do anything other than look up at him. And my heart doesn't want to look up at him. My heart wants to be looked up to! Pride my friends, pride.
This effect has caused me to look at some of the great pillars of my appreciation: Mozart, St. Timothy, James Madison, Aristotle and Socrates, Vermeer, and the list could go on. My understanding of my own contribution to humanity has literally come crashing down to shatter at my feet this week. While that no doubt develops an image of depression in your mind, as it does my own, I can now look up though the unclouded skylight newly broken. And I see stars!
Friday, March 11, 2011
Why have there been so many earthquakes and volcanic eruptions recently?
(I wrote this article about a year ago, but in light of this month's earthquakes in New Zealand and Japan, I though it appropriate to represent it for people's consideration.)Watching the news and reading the headlines on the internet would lead one to believe that late 2009 and 2010 thus far has seen an unusual number of geotectonic events. I have often thought, and heard more than a few say, that the perceived increase in seismic activity is due to our contemporary profusion of information sources and that there really hasn’t been an actual increase in geotectonic activity. On the subject of earthquakes, the experts at the USGS agree with this view: http://www.usgs.gov/newsroom/article.asp?ID=2439.
See also http://www.enn.com/climate/article/41234.
This recent perceived increase in seismic activity may speak more to mankind’s habitation of more of the Earth’s surface in higher numbers than ever before. Although, like the kernel of truth contained at the core of every myth, I cannot help but think that there may be some truth to the idea that the Earth’s surface is on the move a little more than before. I also wonder if there has been an increase in volcanic activity recently. Although my cursory search hasn’t led to any credible sources supporting or refuting the notion of recently increased volcanic activity, I have found one article from The Guardian (UK) that at least implies that volcanic activity is on the rise: http://www.guardian.co.uk/science/2007/aug/07/disasters
This article written by Bill McGuire, the director of the Benfield Hazard Research Centre at University College of London, attributes what may be an increase in recent volcanism to a higher volume of near-surface magma caused by the increased surface pressure on the Earth’s crust due to higher sea levels attributable to global warming induced glacier melt. Basically, that more water in the oceans squeezes the Earth, and volcanoes erupt as a result. One crack that I see in this idea is that the scope of the hypothesis is entirely internal to a closed system. The Earth has not received a large deposit of water recently so it’s fair to say that what was here before is still here now. From a material standpoint, the system has not changed. The sea-level connection to increased volcanism requires that the particular distribution of the material in the closed system be the cause of the observed effect. This may be plausible because large amounts of water locked up in glaciers, which are highly localized, causes a very different pressure distribution on the Earth’s crust then the same amount of material spread over a much larger area in the form of water. I am not here to refute the possibility that this idea may be the truth, but I would like to put forth another explanation for the rise in volcanic activity particularly and geotectonic activity in general: The Sun.
Throughout our history, mankind has held an ever-changing view of what his world was like. At one time, the Earth’s geologic features were thought to be the bones of titans laid low by the gods in the starry heavens above. Then we moved to a concept of the Earth as one whole, in the center of all that was, and surrounded by successively more distant spheres of the heavens. Next, we removed the idea of the spheres when we realized that the things not of this Earth were in fact unique objects of their own at some knowable distance away from the Earth. From there we formed the idea of the solar system with the Earth at its center and at the center of all things. Then the sun was at the center, but was still the center of all things. That view was dashed when we found that our star was but one of many which revolved around a common center as part of our galaxy. We essentially find ourselves at this view today. Our prior obsession with the center has carried over into our contemporary consciousness in that even though we understand that our solar system is not at the center of anything, we still think that the Sun is at the center of our solar system. This in fact is not the case. Astronomical scholars know this, but when considering the effects of our Sun’s eccentricity I believe that one certain effect, naturally part of this eccentric system, has been overlooked.
The things in our solar system each have a mass which produces a certain amount of gravity, are arranged in a particular fashion at different points in time, and are moving at certain speeds. All of these properties exist in such a way that dynamic equilibrium within the system is maintained. Dynama-what? Assuming that our solar system is a closed system, meaning that it doesn’t receive any input from forces that originate from outside of the system which is essentially true, this dynamic equilibrium is an equilibrium in which opposite changes occur simultaneously; an equilibrium in which two reversible reactions occur at the same rate. When one planet moves, its change in position with respect to all of the other objects causes the effects of its gravity on all the other objects to change. In response the effects of gravity from all of the other objects on the planet that moved change with respect to that planet in its new position. This is an example of Newton’s 3rd Law of Motion that, “To every action there is always an equal and opposite reaction: or the forces of two bodies on each other are always equal and are directed in opposite directions (Actioni contrariam semper et æqualem esse reactionem: sive corporum duorum actiones in se mutuo semper esse æquales et in partes contrarias dirigi).”
An extremely simplistic analogy of the situation described above is that every object in our solar system is connected to every other object in our solar system with a “string”. As the system moves and rotates, these “strings” get longer or shorter as the distance between the objects changes. The force in each of these “strings” is inversely proportional to its length. That is the shorter a “string” is the harder it tries to get shorter. As you may have guessed already, these “strings” in combination with their internal forces as described above represent gravity. The magnitude of the gravity produced by each object is in direct proportion to its mass. Of the mass in our solar system, the Sun accounts for 99.87% of it. The mass of Jupiter accounts for 73.42% of the remaining mass or roughly 0.1% of the total mass of the system. It would seem that the Sun is the 800 lb. gorilla and that the effects of everything else are negligible which is essentially correct except for one effect. If we say that everything other than the Sun and Jupiter are along for the ride then we’re left with two objects connected with one string. Jupiter appears to orbit about the Sun, which cannot be correct because of the assumption that the Sun is stationary and remains stationary. Equilibrium cannot be maintained because as Jupiter rotates, its gravity pulls on the Sun causing it to begin to move. The system has changed and cannot be said to have remained in equilibrium. The reality is that both the Sun and Jupiter are rotating about a common point, and that the mass of Jupiter times its distance to this point is equal to the mass of the Sun times its distance to the point. One very large mass times a very small distance is equal to a very small mass times a very large distance. This point of common rotation is called the barycenter.
Why go to such length to create an analogy to describe the barycenter, and what does the interaction between Jupiter and the Sun have to do with the geotectonics of Earth? The analogy distills the system into something that we can comprehend by testing it with our bodies rather than just our minds. Hold a string that is a couple of feet long and is attached to a small ball. Swing the ball around until it is moving in a circle. Can you continue swinging the ball in a circle at the same speed without swinging your hand in a circle? No, and you will notice that the circle that your hand makes about a common point of rotation with the ball is much smaller than the circle that the ball makes. Your hand is acting like the Sun in this system. Now also notice that the string between your hand and the ball has a tensile force in it. That centripetal force is equal to the ball’s mass times the square of its velocity, divided by its distance to the “barycenter”. What happens when you spin the ball faster? This centripetal force gets larger, and to do this the radius between the “barycenter” and your hand must get smaller as your hand speeds up. Kepler found this relationship when he discovered that the planets move in elliptical orbits.
What does this have to do with the Earth? Well, the weight of the ball at the end of the string is mostly Jupiter. It can be said though that it is also all of the other stuff in the solar system other than the Sun, and the length of the string is the distance between the center of the Sun and the “center of mass” of everything else. When the distance between the Sun and the barycenter gets smaller, the velocity of the sun relative to the barycenter increases, and the centripetal force exerted on the ball gets larger. The converse of this statement is also true that, the distance between the center of planetary mass and the barycenter gets smaller, the velocity of the planetary mass relative to the barycenter increases, and the centripetal force exerted on the Sun gets larger. Thus angular momentum is conserved. So if the force between the planetary mass and the Sun gets larger, and the Earth is part of this mass, then the force exerted between the Sun and the Earth gets larger. The shape of the Earth must change when it is subjected to a higher centripetal force according to the principles of material mechanics. If the Earth is changing shape, even by a few feet, this change must be accounted for by deforming its surface from where it was initially. Hence, earthquakes and volcanic eruptions could result in either increased frequency, magnitude, or both. Conversely, this additional force may act to squeeze everything together resulting in a noticeable decrease in geotectonic activity.
This is all a very neat hypothetical situation that hinges on the premise that the Sun’s distance to the barycenter changes. We must ask ourselves, “Does it change?” A geologist from Australia named Rhodes Fairbridge answered this question. Beginning in 1950, he began to research a unique geological phenomenon along the coast Western Australia and subsequently the coast of the Hudson Bay in Canada as well as other places around the world. His conclusion was that there had been substantial changes in the climate and the sea level over recent geological time that caused these unique phenomena. Furthermore, he put forth the possibility that these environmental factors were highly periodic.
Through a lifetime of research and continual cross-disciplinary coordination, he discovered several things. First, he discovered that the Sun’s characteristic radiation output has varied periodically through time between high activity and relative quiet. In searching for a cause for this observation, he discovered that the Sun’s orbit around the barycenter is not round or even elliptical. Rather, the Sun’s orbit is in the shape of an epitrochoid, which is a circle that contains a tight elliptical loop-the-loop at one point around its circumference, and that these solar variations corresponded to the Sun’s passage through this loop-the-loop. Although Professor Fairbridge focused on the effect that the Sun’s epitrochoidal orbit had on its radiative characteristics, our foregoing discussion reveals that the orbit may also affect the internal inertial forces of the solar system.
Contrary to what I implied above, the Sun approaching the barycenter does not cause the planetary center of mass to approach the barycenter or accelerate. Instead it’s the other way around. When Saturn and Jupiter are in opposition, as they are now in early 2010, the center of planetary mass as well as the Sun’s mass is as close to the barycenter as possible. This positioning of the planetary mass, barycenter, and Solar mass produces the greatest amount of angular velocity as well as centripetal force in the system. Conversely, when Saturn and Jupiter are in conjunction, the system has its least amount of angular momentum and centripetal force as the Sun is at it farthest point from the barycenter.
The potential effects of the Sun’s angular momentum on the solar dynamo and cycles of solar activity are fascinating and could have profound implications on our understanding of the Sun’s impact on our climate. A summary of Professor Fairbridge’s work in this direction of study can be found here: http://www.griffith.edu.au/conference/ics2007/pdf/ICS176.pdf
Additionally, I believe that the centripetal effects on the planets of the solar system produced by this characteristic orbital shape are worth serious consideration as to their possible implications in the study of seismology, volcanology, and geotectonics in general.
Wednesday, September 22, 2010
Beowulf, Javert, and Modern Morality

I had the opportunity to think about two of my favorite literary characters this morning, Beowulf and Inspector Javert, and something came to mind…
Both of these men did the things they did, one violent the other cruel, out of a fervent conviction that what they were doing was just and necessary. Beowulf was heralded as the penultimate representative of his society’s values, whereas Inspector Javert is used to point out that the zealous pursuit of a call to uphold the moral code set forth by society at large can in some instances actually cause injustice.
The haut monde of our intelligentsia would (if they ever met him) dismiss the actions of the former as barbarism in our modern context, and seem to be consumed by the circumstances of the latter. What I mean is that the general assembly of people out there who pursue morality, either individually or corporately, are disparaged because of and constantly made to be presented in the light of those who prove to be less than perfect among their ranks. In short, do-gooders are all bad because a few do-gooders are bad. This sentiment seems to me an outgrowth of the Modernist reexamination of what constituted the idea of right and wrong, and has manifested itself in the present day as a total rejection of the idea that right and wrong exist at all!
It’s as if they’re using Beowulf’s potential for barbarism and channeling it through the anomaly of Inspector Javert to justify their position that the pursuit of morality can have disastrous consequences so we should therefore not engage in the pursuit of morality. Although what it feels more like to me is an excuse not to have to put forth the effort required to improve oneself. Basically, in the face of the possibility that they may fail to rise to a higher standard, they choose not to attempt the climb and satisfy themselves by ridiculing, from the bottom, those defeated by the climb not having achieved the summit.
Wednesday, June 9, 2010
The Euthyphro Dilemma and Holiness: Part 1

What constitutes an action as being holy? The definition of holy then is:
holy adj. 1 Dedicated to religious use; belonging to or coming from God; consecrated; sacred 2 spiritually perfect or pure; untainted by evil or sin; sinless; saintly 3 regarded with or deserving deep respect, awe, reverence, or adoration 4 [slang] very much of a: a generalized intensive. Often used in interjectional compounds to express astonishment, emphasis, etc.
We must necessarily restrict our understanding of the premise to refer only to actions rather than to include objects. I am compelled to make this distinction because every object in the universe is composed of matter. Matter being an intrinsic property of all things, if one thing were to be also intrinsically holy, then any other thing could likewise be considered holy and thus the entirety of the physical universe be holy. To say otherwise, that one thing being of matter and intrinsically holy and another thing being of matter and intrinsically not necessarily introduces an external qualification for holiness; the object’s arrangement, the date of its creation, its status in the eyes of God, something. Can objects engage in an action then that could be considered holy? A rock of its own accord cannot do anything. Matter without thought cannot decide to do anything. Any apparent behavior displayed by any object is merely the observed effect of the physical laws of the universe acting upon it.
It would seem then that the second definition of holiness is the one from which we may most readily explore the holiness of Man’s actions either with or without an external standard. The first definition, being in terms of an action’s status of having come from or belonging to God, can only apply to one half of the premise, and therefore cannot be of use in making a distinction. The third definition is subjective to Man’s perception of an action. The status of an action’s holiness being different from person to person necessarily disqualifies its intrinsic holiness lest such holiness exist apart from Man’s base perception and only be acknowledged more or less clearly by each person; an interesting distinction to the premise. The fourth definition is wholly irrelevant.
Under the second definition, “…spiritually perfect…” implies a standard against which an action may be deemed imperfect as does “sinless”. Sin is that which is an offense against God. That an action be “pure” does not necessitate the use of a standard. A thing can be said to be pure by observing that it is wholly unto itself; untainted or unmixed. But can an action be pure?
purity n. the quality or condition of being pure; specif. a) freedom from adulterating matter b) cleanness or clearness c) freedom from evil or sin; innocence; chastity d) freedom from corrupting elements e) freedom from mixture with white; color saturation
A pure action then could be said to mean any action that is free from adulterating matter, evil or sin, or corrupting elements. Again imbedded in parts of this deeper meaning are implications of a standard which is external to the action itself. The word adulterate means, in part, to make inferior. Since nothing can be said to be either inferior or superior with regard to only itself, to be free from adulterating matter requires that the action be judged against something else. To be free from evil or sin requires that a standard exist by which a distinction may be made between good and evil, sin and obedience to God.
From this preceding discussion, the only independent understanding of holy actions are those which are pure by virtue of their freedom from corrupting elements. Further parsing this meaning around the meaning of corruptness:
corrupt adj. 1 changed from a sound condition to an unsound one; spoiled; contaminated; rotten
we find then that holiness is an intrinsic property of those actions which are pure by virtue of their being composed of no parts which would change its soundness to unsoundness. Here I have to wonder if this line of reasoning doesn’t end with, “that which is holy is holy because it is not unholy.” However it does seem to introduce the idea of the holiness of the uncorrupted action; breathing for instance. Uncorrupted by speech or toxic inhalants, could breathing be a holy act?
Tuesday, June 1, 2010
My Cloister

This is my first post in my latest attempt to create some type of narrative record of my thoughts and what I think is important. For those who may find yourself here, Welcome! This place represents the cloister of my spiritual building; that place protected inside the abbey walls, exposed to the sun where my mind may lie upon the grass and ruminate on all subjects.
As of this date there are a great many things on my mind that I hope to find the time to hash out in this place. There are also studies that I wish to chronicle. If it please you to return and follow my thoughts, consider adding your insight as well. Conversations held in solitude, I've found, generally don't lead to answers.