Chapter 3: Orders of Knowledge
We have thus far introduced ratio and intellectus. As a quick refresher, intellectus (or intellect) is the inborn faculty which experiences the self and the predecessor to reason, and reason or ratio is the development of said faculty. However, in addressing the human epistemic experience and briefly examining the manner in which our mind operates, we have completely overlooked the primary concern of modern epistemology. Knowledge, in all of its complexity, still haunts our exploration of our epistemic assumptions.
While the exact definition and importance of knowledge is hotly contested in this postmodern environment, one definition tends to maintain its resilience. Knowledge, in my mind, is limited to what is called “propositional knowledge”. The experiential basis of propositional knowledge we have already discussed ought to simply be called “experience”. I define propositional knowledge as “justified true belief”. Now, as the contentious discussion that rages on will demonstrate, this definition is not flawless and self-sufficient, but that should not overshadow the usefulness or accuracy of this definition.
A brief examination of the Stanford Encyclopedia of Philosophy’s page on knowledge illustrates the key issues with the above definition, drawing on the works of those such as Gettier. No mater how complex and detailed the discussion becomes, the utility of the above definition is undeniable. Much like Russel’s discussion of our knowledge of universals, we already have an intuitive understanding of what knowledge is. As a matter of fact, we use that intuitive understanding to critique our proposed definitions, the chief example of this is the Gettier problems. A brief explanation of the Gettier problems is in order; the Gettier problems are a series of hypothetical instances contrived such that the definitive requirements for knowledge are met, but the conclusion flies in the face of our intuitive understanding of knowledge. A workable solution to such a dilemma is simple: we must accommodate for such an intuitive element in our definition. For now, “a justified true belief in which the justification is factual and sufficiently related to the truth at hand” will suffice. As that is, more or less, our intuitive understanding (ignoring the verbosity of the definition) of knowledge. “Justified true belief” is a good shorthand for this definition. More work clearly ought to be done to develop a rigorous and categorical definition for knowledge, but that is not the intent of this work. Besides, I am confident that whatever rigorous categorical definition is found will simply be a more detailed and explicit form of the one I have given.
Now why, at the beginning of chapter three, do I suddenly launch into definitions, qualifications, and disclaimers with nary a mention of the next thesis in the sequence of ninety-five? Simply put, the next several theses operate with this definition of knowledge in mind and the mere definition of a word does not justify the use of a thesis when I am limited to a mere ninety five. One more minor but crucial point must first be made, however; our intuitive use for knowledge is the formation of a reliable worldview, predicated on the reliability of the mind. As with my explanation of experiential knowledge, man is a habitual creature: our understanding, use of, and reliance on propositional knowledge is no exception. With this tedium out of the way, we may now proceed.
Thesis #7: One gains first-order knowledge by the exploration of logic as pertains to “self-apparent” principles and facts…
As I explicated in the first two chapters, “self-apparent” principles and facts are experiential in nature. Even the existence of a “self” is derived from the experience of reflecting on one’s experiences; this knowledge is not inherent to the mind, brain, man, whatever. Even the definitive and logical truths we find to be “self-apparent” are derived from a more primary experience. The easiest example of which would be that of a triangle. A triangle is a closed two-dimensional polygon with three angles and sides, the angles of which total one hundred eighty degrees. We can identify triangles by these factors, but before we could discover these attributes of triangles, we must first have an experiential knowledge of spatial relationships and basic math/geometry before we can identify or express these characteristics.
In the last chapter, we established certain epistemic tools through our mental experiences. While it is quite productive and enlightening to turn these tools on themselves in a manner similar to which Hegel discusses in his Introduction to the Philosophical Encyclopedia, it is not required in order to begin observing and acknowledging the world at large. We can establish undeniable matters of truth and fact using syllogistic reasoning coupled with experience (most especially self-apparent facts). Our definitions of knowledge and triangles are prime examples of such a practice. This method is simple enough; one first states a definitive fact derived from experience, then through the use of the PNC explores the implications of such a fact, so long as nothing is self-contradictory or contrary to experience it can be assumed to be first-order knowledge (or, knowledge proper). If the logical exploration results in a contradiction, one must first check their logic before throwing out the initial premise. This work is, itself, an example of such a practice; our first chapter begins with three assumptions made due to their self-apparent nature, and here we are, two chapters later, still exploring the logical ramifications of such assumptions.
My current experience, aside from self apparent principles, is my only source of immediate knowledge. If our friend Mike, from the first chapter, is experiencing a particular event, say the fateful day he shot himself in the leg, he has a whole array of experiential facts at his disposal as well as deductive reasoning to assist him in knowing certain facts. He has the experience of a raw coldness in his thigh as well as a ringing in his ears which are undeniable. Mike calls such an experience “pain” or “injury”. Also, he experiences recalling memories of having dropped the handgun and attempting to recover it on its descent. Deductive reasoning may not be able to establish with certainty who or what is at fault for his current circumstance, but it is sufficient in analyzing the circumstance itself. Which, to be frank, is far more important when faced with a circumstance such as:
I am experiencing phenomena congruent with severe injury
If one wishes not to die, when faced with serious injury, one ought to pursue medical assistance
I do not want to die
I should seek out medical assistance
rather than to pursue the line of inquiry consistent with “why?”
Syllogistic, or deductive, reasoning is ultimately a practice in exploring the ramifications of the PNC as it applies to a particular claim. In the above example, it pertains to one’s particular experiences of pains and desires. As an astute logician will note, the above syllogism cleverly cheated; it introduced a non-immediate experience or a non-deductive inference. The premise, “if one wishes not to die, when faced with serious injury, one ought to pursue medical assistance,” is not necessarily an experiential fact or a deductively ascertained claim. However, herein lies two details which require attention: intuition and second-order knowledge. The latter will be discussed soon, all we need note now is that one can make legitimate first-order claims which are informed by second-order knowledge, so long as one is cognizant that they are doing so and verify its congruence with the paradigm established by one’s first-order knowledge. The case of intuition, though, is slightly more complex. As discussed earlier, there is a distinctly observable reality that the human mind inherently possesses certain faculties, the ones addressed so far being intelligence and instinct. As far as what the exact cause of these inherent faculties is, is beside our current line of investigation. We will simply play the pragmatist for now; we will treat intuition as a brute fact and discuss its causes and specifics later. In the case of Mike, he would likely have an intuitive response to his gun wound to attempt to staunch the blood flow and such, a shorthand for these series of responses would be, “to pursue medical assistance”.
…it is highly falsifiable, and applies to physical and metaphysical fact as well as matters of truth
The above is a particular instance of what is essentially the only true type of knowledge: the only circumstance of a “justified true belief”. Anything beyond the definitive and falsifiable justification of immediate experience and deductive reasoning cannot provide certainty to a greater degree. This certainty is not, however, absolute. It qualifies to be called certain due to its immediacy and falsifiability. Falsifiability is the circumstance and burden of proof one would have in disproving a particular claim.
Karl Popper, having posited falsifiability as crucial to epistemological study and having built an entire body of work on such a principle, is a valuable asset to one such as myself. Anchoring an entire philosophical worldview on a few epistemic assumptions, I must be diligent in exploring these assumptions and securing them as best I can. Unfortunately for me, Popper is simultaneously more pessimistic and optimistic than myself; making use of his work will require diligence. We both agree that knowledge is always suspect. It is always subject to criticism and correction. In his ardent desire to avoid supporting authoritarianism, he seems to fall into a trap of epistemological absurdity in which “all knowledge is human… it is mixed with our errors, our prejudices, our dreams, and our hopes… all we can do is grope for truth even though it be beyond our reach.” As the previous chapters show, I agree that our knowledge is limited and influenced by the human condition but to assert (unfalsifiably, I might add) that truth in unobtainable due to that reality undermines the very premise of such a claim. Besides, to strive for the admittedly impossible is to waste one’s time. One’s energy would be better spent, at a minimum, on more practical asymptotic activities instead (like curing disease or pursuing pleasure or enlightenment).
With how jealously I withhold the title of “knowledge”, the degree of confidence one can have in their beliefs hinges on falsifiability. In order to claim something as knowledge, one must be making a claim which is immediately apparent and clearly falsifiable. Falsification of this (and every other) form of knowledge is, in truth, a good thing. Falsification provides an opportunity for better refinement and correction of an otherwise flawed worldview. One should always open themselves to rational and rigorous criticisms, so as to avoid becoming a relic-bearer of Lady-Philosophy’s garment.
This isn’t to say that the first time something unpredictable or inconsistent emerges one ought to throw out their entire worldview and sequester themselves in a mire of Cartesian doubt. Quite the opposite is the case, one ought to defend such a claim until such a time as it is sufficiently disproven or falsified. We will explore this more later. For now, it will suffice to point out that single incidents of inaccuracy in one’s beliefs may in fact be flukes, only cumulative or consistent error is sufficient cause for radical reevaluation.
Now, many may mistake this epistemic framework for some Kantian a-priori reasoning or some assertion of continental brute facts. Neither of these is the case at hand. These self-apparent facts are, in fact, theory-laden. Even the most fundamental facts one can select, such as the Cartesian cogito, still contain some degree of implicit theory. In the case of the cogito there is at least the predicate assumption that there is a causal relationship between actions and existants (that the experience of thought must be attributed to a thinker) and that the PNC obtains. The issue is not one of selecting a brute fact or discovering an a-priori truth, but rather to find a sufficient fact on which to vest one’s philosophy because all self-apparent facts are, without exception, theory-laden.
Of all the things we have allowed into our ontology thus far, this theory-ladenness itself must either be a form of brute fact, an inherent fact that there is no fundamental starting-place to understanding the world, or must be an inextricable attribute of man’s mind. I am in favor of both of the proposed options, actually. I believe that the universe is an elegant and logically constituted entity which has no one logical predicate on which all else hinges, but rather is an intricate and interdependent network of logically constituted laws in which the absence of any one equally would cause a total collapse. Because of that holistic nature of reality, our minds are equally constituted as such in order to accurately form a conception of the universe. This inherent holisticism, then, is an aspect of one’s intellect.
As mentioned, this knowledge pertains to physical and metaphysical fact, as well as truth claims. So far, in this work, the most prominent first order claim pertaining to physical fact I have made is that one has embodied experiences. Falsifying such a claim may be somewhat difficult to do experientially with our current technological limitations. However, it could be quite easy to locate a logical inconsistency with the claim. For example, one could at least cast doubt on such a claim by finding an inconsistency between the epistemic claim that one is capable of abstract thought while insisting the primacy of material senses. I clearly have not found one, lest I would have asserted otherwise, but the purpose of publishing a work as such is to allow others to double-check my claims.
In similar fashion, we have made first-order metaphysical claims. Chief among them would be that one’s understanding dictates one’s behavior. Rather, a more specific case in that assertion would be that man operates with an intermediary function between stimulus and response. The easiest manner in which one could falsify such a claim, as far as I can tell, would be to demonstrate that it is superfluous to forming a sufficient paradigm for all second and third order reasoning. I have not yet addressed the framework in which one would do so, but we will get to it shortly.
This naturally brings us to truth claims. Technically, either everything or nothing we have discussed thus far qualifies as a truth claim, given the common usage of the term “truth claim”. As far as I am concerned, a “truth claim” is distinguished from a factual claim (such as the two we discussed above) with regards to its subject matter. A factual claim has to do with a state of affairs in specific or categorical situations whereas a truth claim regards a matter of transcendental realities. This will be addressed in more detail in the next chapter, but for now, we can refer to the PNC as one such claim. While I believe it to be impossible, one can falsify the PNC simply by illustrating a logically cogent circumstance in which something both is and is not in the same mode at the same time.
Thesis # 8: Through the marrying of multiple first-order concepts and further introduction of experience, one gains second-order knowledge…
As the thesis indicates, second-order knowledge is predicated on first-order knowledge. The sum total of one’s first-order knowledge creates a paradigm on which one’s second-order knowledge can be built. Having already shown themselves to be self-apparent, rationally cogent, and non-contradictory, first-order claims can be relied upon to fact check one’s second-order claims. In such a circumstance that one encounters or forms a second-order claim, they must critically assess its validity against the paradigm in which they are operating.
Through the application of deductive reasoning, one takes self-apparent logical principles and analyzes their relationships. By analyzing the relationships between their conclusions, they remove themselves from the self-apparent by a minor degree. This line of reasoning has few applications outside of mathematics without the added element of experience. Practically speaking, the marrying of multiple first order concepts and adding experiential data is fairly straightforward.
Mike, now medically stabilized, can effortlessly begin to assess what happened from the perspective of strong belief. He has already ascertained that he is injured and that he dropped a loaded gun. By drawing from experience, he knows it is incredibly likely that, in fumbling to catch the gun, he may have pulled the trigger. He also has a strong belief that the other two people who had possession of a handgun at the time were executing proper gun safety and were not in such a position so as to fire a gun at an angle corresponding to his wound. All of this evidence along with the deductive arsenal provided by his first-order paradigm can (rightly) lead him to the conclusion that he did, in fact, shoot himself in the leg.
The belief he has that his companions were executing proper gun safety is primarily due to experience and collaboration. He has witnessed them demonstrate their skill, knowledgeably, and contentiousness many times before while shooting. Additionally, they are responsible for his knowledge of the rules and basics of gun safety and use. Adding to his certainty that he did in fact shoot himself would be one of his companions serving as a witness to the event, “Dude, you just shot yourself!” In their own way, collaboration and communication are a form of experience which are useable in the development of second-order knowledge. Any one stranger can present a claim to another; without a well-developed discourse between the two, in addition to the critical thinking skills required to assess that discourse, such an interaction is meaningless. If some stranger (or even a friend) simply walks up to you and makes a claim, anything from “the sky is blue” to “Elvis lives”, and leaves promptly thereafter, there was no opportunity to expand one’s knowledge base. However, as will be explored later in this chapter and especially in the next chapter, someone can make an argument for a second-order belief and that allows for the opportunity to expand one’s knowledge base or at least reassess one’s existing knowledge base.
To one familiar with logic, this thesis essentially concerns itself with induction. While Russell explores induction quite thoroughly in chapter six of his “Problems of Philosophy”, he fails to provide a concise definition for quick reference. I will suggest a definition and then recommend that the more ambitious of my readers read Russel for more detail. I would define induction as, “the rational function by which one forms a strong belief by repeated experience and logical inference.”
Clearly, the study of physics lands solidly in this category. The empirical and observational study of the world which makes use of logic, mathematics, and repeated experimentation has been developed with the intent and end of forming a cohesive and reliable framework of second-order knowledge. Physics has proven invaluable in expanding our knowledge and providing for vast improvements in our quality of life and shows no signs of slowing in pursuit of that end. However, some have fallen victim to the ideology of scientism, believing that this material study of the world must be predicated on a purely material ontology and is the alpha and omega of knowledge. As I have already illustrated, science is predicated on a first-order paradigm and is part of a larger framework of philosophy. I am reminded again of Russell:
“The man who has fed the chicken every day throughout its life as last wrings its neck instead, showing that more refined views as to the uniformity of nature would have been useful to the chicken”
As an aside that my broader ideology and disposition will not allow me to leave unaddressed, who is crazier, the chicken who distrusts the farmer and awaits and prepares for such a time that the common belief in the farmer’s benevolence is falsified, or the chickens who are content with the utility of daily meals?
… this order of knowledge is less falsifiable than the first.
Like first order claims, second order claims cannot contradict each other. In the popular case of science, it is easy to make a claim that this is not the case. For example, Newtonian gravity is still used universally for most every day-to-day practical application of physics, such as architecture or demolition while Einstein’s theories on relativity have effectively falsified newton’s theories. That claim, though, is naive; certain aspects of Newtonian mechanics have been shown inaccurate and ineffective, but that does not mean that there were not accurate observations, predictions, and knowledge claims contained therein. In less esoteric knowledge bases, this reality is more evident. One cannot simultaneously claim that the sun will rise tomorrow and claim that it will not. Mike can not claim that he had shot himself in the leg and that he did not, nor can the chicken claim that the farmer will wring their necks and that he will refrain from doing so.
In reality, if any two second-order claims are found be contradictory, they are likely inconsistent with the first order paradigm one established prior to making such second-order claims. This is because no second-order claim can be made without first assuming the accuracy of one’s first-order paradigm and verifying that second order claim against it. In such a circumstance that there is a true contradiction between two second-order claims (as opposed to a merely apparent contradiction) which are both supported or necessitated by one’s first-order paradigm, one must reassess their first-order paradigm in order to ensure that some mistake was not made which would result in such a contradiction.
If there is no flaw in the first-order paradigm, one must move on to pitting the contradictory strong beliefs against each other and attempt to falsify them. In most cases, second-order claims are experientially falsifiable. Induction, as its primary use, makes predictions about the world and about certain logical results. In these cases, one needs only to seek out instances in which the predictions made are consistently or severely inaccurate.
Thesis # 9: Through the extension of trends in the aforementioned orders of knowledge and the marrying of multiple second-order concepts, one can gain third-order knowledge: this order is rarely falsifiable by any means other than proving logical inconsistencies concerning the first-and-second-order paradigms and between third-order knowledge claims
While it may not be clear, in what I have written thus far, I have attempted to remain as politically correct and uncontroversial as possible while still saying what is necessary to convey my point. Unfortunately, this is the point at which I must descend into touchy material. Mike may have a weak belief that he shot himself because of karma or divine punishment. He may believe that he was predestined to shoot himself or that the CIA had implanted a microchip in his ass that made him do so. Any or all of these beliefs may be true. So long as they do not contradict the paradigms established by the first-and-second-order knowledge sets or each other, it is justifiable to believe such things. Those examples are clearly a bit extreme, but it wouldn’t be out of line to say that Mike’s justifications for these claims may be more well reasoned and defensible than many claims at people at large take to be determined matters of fact. We will address that in the next section of this chapter.
Typically, third-order knowledge claims reside in realm of such things as esoteric sciences, religious discussions, conspiracy theories, and (especially) politics. Not always are these realms populated solely by third-order claims, but they do tend towards that in the common man’s mind. Other than by showing a logical inconsistency with the pre-existing paradigms, it is difficult to establish a falsifying element in third-order claims, which is likely to be part of the reason why the average man tends to vest so much of their mental narrative in the realm of weak beliefs, because they have the illusion of being bulletproof to the logically illiterate.
This is not a dismissal of weak belief. While this type of knowledge is frequently abused, it does have its utility. Sufficient practical reliability and utility can secure third-order concepts against ridicule. Many times throughout history, some person or organization has made a third-order claim which, by way of abductive reasoning or by advances in the rational or technological tools at man’s disposal, has since established itself as second-order knowledge. Abductive reasoning can best be described as an appeal to a compelling explanation for an otherwise unintelligible or gratuitous circumstance. In the words of C.S. Peirce, “The surprising fact, C, is observed. But if A were true, C would e a matter of course. Hence, there is reason to suspect that A is true.” This abductive reasoning is easily third-order knowledge, and can even see itself promoted to the second order, given sufficient supporting evidence.
In the case of scientific and religious discussion, one ought to be diligent in first securing their claims well within the realm of second-order knowledge. Many times, a great deal of cultural upheaval and unnecessary suffering result from people aggressively supporting and advancing weak beliefs in such a way so as to make them mandatory for all. Two easy, controversial, opposed, and equally ridiculous examples are those of six-day-creationism and Neo-Darwinism. Both stand on weak paradigms and contradict matters of scientific and metaphysical fact which are quite cemented as second-order knowledge. It is acceptable to hold religious or scientific beliefs which are third-order, but only so long as one remembers that they are beholden to the standards established by their preceding paradigms.
Thesis# 10: Through the collaboration of certain philosophers (and philosophy’s constituents) throughout history, there have been established a series of compelling arguments and traditions as apply to the truth and meaning of the universe; one must be willing to adopt certain elements from these traditions, but not without first assessing the validity of and categorizing such elements
All of this chapter thus far likely appears to be a matter of stating the obvious. It is possible that one or another of my readers will claim that this model in no way resembles the actual process of knowing and knowledge. I challenge such a reader to provide a more practical, reliable, and accurate model so that I may adopt it. For now, I will extoll the cash value of this model.
An interesting concept introduced by the sophists in the “new atheism” movement is meme theory. A grossly oversimplified view of meme theory is simple: individuals create and transmit memes betwixt one another much like viruses, only instead of deadly illness, they are ideas held in the mind. The memes that survive are those which provide the most utility or are in some other way given opportunity to spread. This theory was created with the express purpose of attempting to discredit religions as some sort of “meme engineering scheme” in which religious leaders, over the course of centuries and millennia, create and finely tune memes which grant the leaders control over those infected by the memes. If true, this would make religions some sort of mental terrorist organizations.
All sentient creatures, in communicating, are meme engineers. When I form a thought and pass it on to another, I am a meme engineer. When taking ideas in and deciding which to share, which to disregard, and which to modify, I am also participating in meme engineering. All of philosophy, including science and theology both, is party to meme engineering. This does not mean that philosophy is some evil organization creating zombies from a careful application of a trade milennia old, but rather the opposite. While there are bad actors which do attempt to abuse ideology and reason to bend the weak-minded to their devices, meme engineering is the primary engine of progress.
It is important to note that memes are more like sound bytes than full-fledged ideas. Certain images, affectations, or catchphrases are good representations of memes. Where one can easily remember, recite, or recognize a phrase like, “Form follows function,” they may have no concept of it’s point of origin or even what it means. Only through some form of learning or education does one come to know that it is a principle that is key to the architectural field, and too often forgotten.
Many people, for any number of possible reasons, do not critically assess their belief structures. Our culture has engendered a distinctly emotional and anti-reason attitude. Many insist that, “people need to learn to think” when what they really mean is that, “they ought to learn to think like me.” Social understanding of the term, “critical thought” has been switched to dogmatic neoliberal belief. Our political, religious, educational, and economic landscape clearly illustrates this attitude. Additionally, a popular activity that has emerged is asking elementary questions concerning these subjects of a random selection of people off the street and sharing their absolutely incoherent answers.
Ultimately, this unwillingness to critically assess one’s beliefs in the manner I have thus far outlined has become so widespread for so long that many cultures of intolerance to reason have developed. It is, quite literally, impossible to speak cogently, intelligently, and civilly with a large swath of the population. Neoliberalism, fundamentalism, scientism, fideism, and any number more “-ism”s have evolved from their origins as mere theories or rubrics for action into monstrous, insular, intolerant, and aggressive codes of dogma which cannot coexist in a world with rational actors capable of critical thought. This does not mean that all that ascribe to “-ism”s are mindless warrior drones ever ready to jihad in the name of science, faith, or civil rights; some are quite intelligent, if mistaken. Likewise, some number of “-ism”s have managed to maintain their proper mindset, application, and scope in an otherwise irrational environment.
If one is careful to examine both their own and others’ belief structures, one can inoculate themselves against bad memes and avoid being misdirected. Nearly every individual is rational to some degree. As a result, even the most unintelligent or mistaken individual tends to utter claims which bear some degree of truth. I hope that, though this work and those to follow, I may be successful in distilling said truths from the many, many ideologies and theories to which I have been exposed and arrange them in such a fashion so as to be accurate enough to piss absolutely everyone off. I believe that with proper education or training in logical thought, many will be able to make use of this model of knowing and believing in such a way that, even if they are unsuccessful in forming an accurate worldview, they may at least be able to behave and discuss in a civil and intelligent manner.
As can be inferred from the discussion of this framework, the order in which a particular piece of knowledge falls is contingent on the knower, not the meme (or claim). The argument to the concept establishes its order, not the idea itself. A clear example would be in the realm of ethics, in which one can make a particular claim (murder is wrong), and depending on one’s method of determining the claim can land it in any particular category. Kant can claim “Murder is wrong because blah, blah, categorical imperative, blah, blah,” and it would at least qualify as a strong belief. “Murder is wrong,” says the local minister, “because I have a strong abductive argument for the existence of God and the Bible as a moral authority,” and his claim would be, at a minimum, third-order knowledge. When you ask the first person you see at the super market (as I have) and get the response, “Murder is wrong because… what are you, a psycho? It just is!” you have just encountered a claim with no knowledge content worth consideration.
One cannot possibly double-check every claim that they encounter, especially in this era of information overload. Categorization of ideas can help. Our current society sees an instinctive application of this solution; when presenting an idea (especially concerning a political issue) to one’s acquaintances, one is frequently faced with a dismissive response coupled with a particular categorization (“Oh, this is just that liberal/republican crap”). This can be done in a conscious and responsible manner. After assessing a claim one encounters, they can categorize the claim based on premises, subject matter, the stances that others tend to take on issues other than the claim at hand. In doing this, the next time one encounters the same or related claims, they can expediently determine whether said claims operate in an acceptable and cogent framework. Admittedly, this process can result in one overlooking valuable information due to the manner in which it is presented. For this reason, I find that it would be ideal for one to maintain a stoic agnosticism when overwhelmed and explore one claim at a time, remembering always the larger picture.
The necessity and importance of collaboration cannot be overshadowed by the pitfalls of the human condition. In interacting with others in the philosophical space, one is able to expand their knowledge base, refine and correct mistakes, and increase the number of creative minds working on any given problem. Also, this interaction tends to leave a record. Once upon a time, letters, books, and diaries left a record for later philosophers to engage. In today’s era, those technologies certainly persist, but we have the additional technologies of the internet and all it has to offer. Most notable of which is the permanence and accessibility of data, which are attributes that will likely increase in scope as cryptography and open-source technologies become a cultural mainstay.
Many ideas which have survived the ravages of human history have been passed down generationally, being improved, corrected, reassessed, with each passing century. Not all, but likely some of these ideas and worldviews contain a series of compelling arguments and methodological traditions, hence their survival. It would be a missed opportunity if one did not make an earnest attempt to analyze and selectively accept the accurate and useful from these traditions. As long as one’s first order claims are factual and true, it ultimately doesn’t matter which first-order claims are made, a properly formed reason has the capacity to derive the type of worldview pursued by the philosophers: one that is internally consistent, logically sound, empirically viable and universal, possessing ethical agency, utility, and Truth.