Spiritual disciplines and philosophy conceived in this way are not concerned with discussion and the pursuit of discursive truth so much as they are concerned with altering consciousness and experience. — Janus
It's just hard to engage with you because every argument you present quickly morphs into all of your arguments. We start out changing an oil filter and end up taking apart the whole car. — Srap Tasmaner
I've never not been working in a mixed environment where science and philosophy are complementary rather than antagonistic. I just don't recognise this culture wars divide at the coalface of ideas. — apokrisis
Pop culture is IMO way too visceral-mythic for any 'serious' intellectualizing. — plaque flag
there are people like Sellars and Brandom and Braver, to name just a few. — plaque flag
We aren't outside of it, and it isn't in us. Co-given, entangled. — plaque flag
I'm open to being convinced there's another approach available, but I'll tell you what's not going to work for me, that it just comes down to choosing sides. — Srap Tasmaner
In some ways, proper science is an escape from the treacherous mud of the most radical thinking (which turns like a snake to bite itself constantly.) — plaque flag
But this is more “bad history”. — apokrisis
the problem is not the application of history to philosophical argument. — apokrisis
A: We should take the car.
B: Train.
A: Why should we take the train? — Srap Tasmaner
I sometimes think we tend to kneel beneath the god of engineering. — plaque flag
The birth of analytic metaphysics placed the meaning of words and their correspondence to the state of things as the essential character of the relationship between thought and being, or action and environment. The problems of metaphysics thus become articulated in terms of the connection between language items and world items. ...
Thus focussing upon whether the cat is on the mat, as a paradigmatic example of the form of truth seeking dispute, brings with it a set of assumptions that render alternative problematics of the connection between thought and being next to impossible. They cannot be justified in the tacitly demanded terms. — fdrake
I'll leave you to address the question in your own way — Srap Tasmaner
what effect was the history of the history of ideas supposed to have on me? — Srap Tasmaner
For purposes of this thread, I don't care what you think — Srap Tasmaner
The content of the argument is of no interest to me — Srap Tasmaner
Am I being clear enough? — Srap Tasmaner
Let's say I believe we ought never to have given up belief in and worship of the Greek gods. — Srap Tasmaner
So here's the question: what sort of point are you making when you post something like this? Is it only sociological? — Srap Tasmaner
As it happens, Wayfarer is hostile to explanations of an agent holding a belief in terms of causes of any kind; beliefs are explained solely in terms of reasons — Srap Tasmaner
The history of an idea can also show where a tradition when wrong in ways that simply looking at where the current tradition is today can't. — Count Timothy von Icarus
You understand the historical development in terms of a simple realist vs idealist ontology. And you have picked a side that ought to be monistically the winner in the end. So you seek to assimilate Peirce to that reading of the necessary answer to final philosophy. But you don't really appreciate Peirce as in fact the step that finally helps resolve the realism vs idealism dichotomy in Western metaphysics. Your history telling is wishful rather than factual. — apokrisis
It's not though. That goes against the norms of reason we usually follow in argument — fdrake
All very interesting I'm sure, but what effect was the history of the history of ideas supposed to have on me? — Srap Tasmaner
For me, concerns about climate change, pollution and other environmental factors, as well as issues such as worker pay, home affordability, wealth equality and issues such as my OP, are all examples against the idea of "progress at any cost". It's a bit more nuanced than being "against" consumerism, but could you explain how such ideas fit into your perspective? — Judaka
YouTube has many videos on minimalism, from personal journeys in anti-consumerism, to lengthy documentaries on the benefits of minimalism. — Tom Storm
It seems that Kant is arguing that the space and time we perceive is not the space and time that exists independently of us. — RussellA
I think that Mr Watts was also influenced by Advaita Vedanta. — Existential Hope
Something is monstrous if the "disturbance" happened from the state of Nirvana. Why the disturbance? — schopenhauer1
Buddhism's central idea of the transience of the world, and the attainment of non-being — schopenhauer1
Animals don't seem to have a need for this. — schopenhauer1
The system with the metabolism. Don't pretend this is some tricky mystery. — apokrisis
The model imposes its mechanical constraints in top-down fashion so as to ratchet the biochemistry in the desired direction. — apokrisis
I've told you I am a holist and not a reductionist and therefore don't buy the causal cop-out that is supervenience. — apokrisis
Life is an enduring mystery. Yet, science tells us that living beings are merely sophisticated structures of lifeless molecules. If this view is correct, where do the seemingly purposeful motions of cells and organisms originate? In Life's Ratchet , physicist Peter M. Hoffmann locates the answer to this age-old question at the nanoscale.Below the calm, ordered exterior of a living organism lies microscopic chaos, or what Hoffmann calls the molecular storm, specialized molecules immersed in a whirlwind of colliding water molecules. Our cells are filled with molecular machines, which, like tiny ratchets, transform random motion into ordered activity, and create the purpose that is the hallmark of life. Tiny electrical motors turn electrical voltage into motion, nanoscale factories custom-build other molecular machines, and mechanical machines twist, untwist, separate and package strands of DNA. The cell is like a city, an unfathomable, complex collection of molecular workers working together to create something greater than themselves. Life, Hoffman argues, emerges from the random motions of atoms filtered through these sophisticated structures of our evolved machinery. We are agglomerations of interacting nanoscale machines more amazing than anything in science fiction. Rather than relying on some mysterious life force to drive them, as people believed for centuries, life's ratchets harness instead the second law of thermodynamics and the disorder of the molecular storm.
what effect was the history of the history of ideas supposed to have on me? — Srap Tasmaner
This notion of all things as being evolved psycho-physical unities of some sort places Peirce well within the sphere of what might be called “the grand old-fashioned metaphysicians,” along with such thinkers as Plato, Aristotle, Aquinas, Spinoza, Leibniz, Hegel, Schopenhauer, Whitehead, et al. Some contemporary philosophers might be inclined to reject Peirce out of hand upon discovering this fact. Others might find his notion of psycho-physical unities not so very offputting or indeed even attractive. What is crucial is that Peirce argued that mind pervades all of nature in varying degrees: it is not found merely in the most advanced animal species.
This pan-psychistic view, combined with his synechism, meant for Peirce that mind is extended in some sort of continuum throughout the universe. Peirce tended to think of ideas as existing in mind in somewhat the same way as physical forms exist in physically extended things. He even spoke of ideas as “spreading” out through the same continuum in which mind is extended. This set of conceptions is part of what Peirce regarded as (his own version of) Scotistic realism, which he sharply contrasted with nominalism. He tended to blame what he regarded as the errors of much of the philosophy of his contemporaries as owing to its nominalistic disregard for the objective existence of form.
So here's the question: what sort of point are you making when you post something like this? — Srap Tasmaner
Until about 1450, as branches of the same "perennial philosophy, " Indian and European philosophers disagreed less among themselves than with many of the later developments of European philosophy. The "perennial philosophy" is in this context defined as a doctrine which holds (1) that as far as worth-while knowledge is concerned not all men are equal, but that there is a hierarchy of persons, some of whom, through what they are, can know much more than others; (2) that there is a hierarchy also of the levels of reality, some of which are more "real," because more exalted than others; and (3) that the wise of old have found a "wisdom" which is true, although it has no empirical basis in observations which can be made by everyone and everybody; and that in fact there is a rare and unordinary faculty in some of us by which we can attain direct contact with actual reality -through the Prajñāpāramitā of the Buddhists, the logos of Parmenides, the sophia of Aristotle and others, Spinoza's amor dei intellectualis, Hegel's Vernunft, and so on; and (4) that true teaching is based on an authority which legitimizes itself by the exemplary life and charismatic quality of its exponents
Discursive or conceptual cognition operates by casting concrete particulars in symbolic terms, which relies on general concepts or universals. But there is always a gap between the ideal rational cognition made possible by symbolic thought and the concrete totality. — Pantagruel
Cassirer characterizes intuition as a consonance of being and knowing which bypasses and transcends discursive understanding. It overcomes the limitations of discursive thought and is the basis of metaphysical cognition. I like this view. — Pantagruel
This book is concerned with the alleged capacity of the human mind to arrive at beliefs and knowledge about the world on the basis of pure reason without any dependence on sensory experience. Most recent philosophers reject the view and argue that all substantive knowledge must be sensory in origin. Laurence BonJour provocatively reopens the debate by presenting the most comprehensive exposition and defence of the rationalist view that a priori insight is a genuine basis for knowledge. This important book will be at the centre of debate about the theory of knowledge for many years to come.
Aren't there political, moral, cultural, economic, social and personal views and ideologies that fall outside the scope of consumerism? Don't people value being able to spend more time with their family, their physical & mental well-being and having free time to spend on hobbies etc? It's possible I misunderstood you, so feel free to clarify if that is the case. — Judaka
Western nations aren't particularly materialistic, the countries are just generally richer and people can afford more stuff. Isn't that correct? — Judaka
You have only seized on two words you think you understand - objective and idealism. — apokrisis
You make that sound like a complaint. What would you prefer your science to be grounded in? — apokrisis
I don’t believe in a science of consciousness as a thing. — apokrisis
There is dissipative structure and then organisms that ratchet dissipative structure. — apokrisis
How people ever talked themselves into something as nonsensical as eliminativism, I'll never understand, — RogueAI
we are forced to stand back-to-back, fending-off the forces of encircling orthodox Scientism. — Gnomon

The familiar world of material objects becomes something quite alien once seen from a more properly objectified perspective, with its quantum fields and relativity — apokrisis
We infer things all the time without seeing them directly — T Clark
the Large Hadron Collider sends a bunch of particles into another bunch of particles, no one sees the actual collisions, they see readouts on a recording device. — T Clark
Science – including psychophysics and cognitive neuroscience – can only address empirical givens by definition. — javra
Modern science emerged in the seventeenth century with two fundamental ideas: planned experiments (Francis Bacon) and the mathematical representation of relations among phenomena (Galileo). This basic experimental-mathematical epistemology evolved until, in the first half of the twentieth century, it took a stringent form involving (1) a mathematical theory constituting scientific knowledge, (2) a formal operational correspondence between the theory and quantitative empirical measurements, and (3) predictions of future measurements based on the theory. The “truth” (validity) of the theory is judged based on the concordance between the predictions and the observations. While the epistemological details are subtle and require expertise relating to experimental protocol, mathematical modeling, and statistical analysis, the general notion of scientific knowledge is expressed in these three requirements.
Science is neither rationalism nor empiricism. It includes both in a particular way. In demanding quantitative predictions of future experience, science requires formulation of mathematical models whose relations can be tested against future observations. Prediction is a product of reason, but reason grounded in the empirical. Hans Reichenbach summarizes the connection: “Observation informs us about the past and the present, reason foretells the future.”
The demand for quantitative prediction places a burden on the scientist. Mathematical theories must be formulated and be precisely tied to empirical measurements. Of course, it would be much easier to construct rational theories to explain nature without empirical validation or to perform experiments and process data without a rigorous theoretical framework. On their own, either process may be difficult and require substantial ingenuity. The theories can involve deep mathematics, and the data may be obtained by amazing technologies and processed by massive computer algorithms. Both contribute to scientific knowledge, indeed, are necessary for knowledge concerning complex systems such as those encountered in biology. However, each on its own does not constitute a scientific theory. In a famous aphorism, Immanuel Kant stated, “Concepts without percepts are blind; percepts without concepts are empty.” — Edward Dougherty
To explain third-person data, one needs to explain the objective functioning of a system. For example, to explain perceptual discrimination, one needs to explain how a cognitive process can perform the objective function of distinguishing various different stimuli and produce appropriate responses. To explain an objective function of this sort, one specifies a mechanism that performs the function. In the sciences of the mind, this is usually a neural or a computational mechanism. For example, in the case of perceptual discrimination, one specifies the neural or computational mechanism responsible for distinguishing the relevant stimuli. In many cases we do not yet know exactly what these mechanisms are, but there seems to be no principled obstacle to finding them, and so to explaining the relevant third-person data.
This sort of explanation is common throughout many different areas of science. For example, in the explanation of genetic phenomena, what needed explaining was the objective function of transmitting hereditary characteristics through reproduction. Watson and Crick isolated a mechanism that could potentially perform this function: the DNA molecule, through replication of strands of the double helix. As we have come to understand how the DNA molecule performs this function, genetic phenomena have gradually come to be explained. The result is a sort of reductive explanation: we have explained higher-level phenomena (genetic phenomena) in terms of lower-level processes (molecular biology). One can reasonably hope that the same sort of model will apply in the sciences of the mind, at least for the explanation of the objective functioning of the cognitive system in terms of neurophysiology.
When it comes to first-person data, however, this model breaks down. The reason is that first-person data — the data of subjective experience — are not data about objective functioning. One way to see this is to note that even if one has a complete account of all the objective functions in the vicinity of consciousness — perceptual discrimination, integration, report, and so on — there may still remain a further question: why is all this functioning associated with subjective experience? And further: why is this functioning associated with the particular sort of subjective experience that it is in fact associated with? Merely explaining the objective functions does not answer this question.
I think the moral is that as data, the first-person data are irreducible to third-person data, and vice versa. That is, the third-person data alone provide an incomplete catalog of the data that need explaining: if we explain only third-person data, we have not explained everything. Likewise, the first-person data alone are also incomplete. A satisfactory science of consciousness must admit both sorts of data, and must build an explanatory connection between them. — Can we construct a science of consciousness? David Chalmers
Again, I'll reply to you, because dialoging with 180 is like talking to a snarky wall. — Gnomon
(The) Materialistic worldview seems to be based on pragmatic scientific Reduction — Gnomon
mind is never an object to us
— Wayfarer
This is certainly not true. There are more than seven billion human minds that are objects to us — T Clark
I may not be able to treat my own mind solely as an object -- though I can surely take it also as an object -- but it's not obvious what the barrier is to me treating your mind as an object of my study, and since it is your mind, not mine, I can only take it solely as an object and never as subject. — Srap Tasmaner
