Cigar Review: Foundation Charter Oak

Cigar Review: Foundation Charter Oak

I’ve made note lately of a few boutique cigar makers having introduced a lower-priced stick to their line. This appears to be Foundation’s offering, and it is superb! At roughly $5.50 (mid 2019 full retail) this cigar is full of great flavors and only occasionally presents some construction issues.

I link two other reviews below that will also tell you about the name “Charter Oak” (hint: there is a certain 900 year-old oak tree growing in Connecticut) and some more about the history of the stick. I’ll stick to the basics here..

I am reviewing the 4.25″x42 “petit corona” in the maduro wrapper. There are 3 other vitolas: a 6″x52 Toro, a 6.25″x46 Lonsdale, and a 4.25″x50 Rothchild (classic Robusto size). We are not told much about the composition of this cigar.

Rolled at the AJ Fernandez factory in Nicaragua

Filler/Binder: Nicaraguan, no other specifics given
Wrapper: Connecticut broadleaf

Construction: Some imperfections in the wrapper, a bump here and there, some vein, but well rolled. Medium firm pack, medium density. Closed foot, self-toasting when lit. Draw is light to medium but gets a little tighter as it goes. I’ve smoked four of these now. One plugged after being lit producing thin smoke and no amount of cigar tool really helped for long. Other three very rich smoke on a good draw all the way down. The stick has a tendency to canoe when first lit, but after one correction burns pretty straight. Construction is not bad for the price. Hoping the rest of the box is mostly better-constructed examples.

Cold aroma: I get barnyard, manure (sometimes called “earth”) and a strong note of black tea. A very rich cold aroma.

Cold flavor: Salty, leather, barnyard

Smoking experience: Little pepper, nice sweet wood, flowers, hay. A half inch in flowers, mint, leather, sweet wood smoke, cedar, barnyard and leather. There’s a lot of flavors in here, even something like a Melba toast sweetness on the retrohale. No pepper to speak of (tiny bit) at this early stage. Most of the flavor in this cigar is in the retrohale.

Second half.. a caramel sweetness and more Melba comes forward in the retrohale, maybe wintergreen. Still getting leather, cedar, nice sweet wood flavors and aromas.

In the last few inches flavors dial back a bit but still all there. Pepper comes up in the retrohale but not to painful levels. Nice smoke all the way to 1/2″.

Pairing with a Foursquare pot-still Bajan rum brings out the sweetness in the cigar. Coffee works well too. I am very impressed with this stick. Not as rich as Foundation’s Tabernacle blend, but damned good for half the price! Highly recommended!

Here are two more reviews. One from Stogie Review, and the other from Leaf Enthusiast.

Adventures In Quantumland by Ruth Kastner: commentary and review

Picture of me blowing smoke

Ruth Kastner has made another effort to explain the “transactional theory of quantum mechanics”. My Amazon review of this excellent book is included below with a link to her text. In this commentary I address one technical aspect (or consequence) of the theory and separately her more speculative ideas in chapters 6 and 7 (both mentioned in the review). Her first attempt at explaining her ideas to a lay readership, the book “Understanding our Unseen Reality” 2015 is reviewed here.

The technical issue is I hope straight forward. In Dr. Kastner’s scheme, energy is not transferred, nor a spacetime event realized until a virtual or “incipient transaction” becomes a “real transaction”. Incipient transactions happen between any potential emitter of some quantum of energy, and all the possible absorbers of that quantum (the atoms that could absorb it) throughout the universe! They happen outside of spacetime and so their instantaneous virtual interaction throughout the universe is not at issue here.

What is at issue is that as I read her, no real transaction can begin until one of the emitter (offer wave) absorber (confirmation wave) pairs is promoted to a real transaction. A photon cannot be emitted until it has a determinate absorber destination! How does this idea work if the absorber is an atom in the detector of a telescope on Earth, and the emitter is a star in a galaxy 10 billion light years distant? How could there have been an actualized transaction between a star and a telescope that did not exist when the photon was emitted? I have identified two separate problems here.

First, the confirmation waves come from absorbers capable of absorbing the photon which, at the time of its emission, might have been an X-ray photon. But by the time of its real absorption by some atom in our telescope detector has been stretched way into the red end of the spectrum. It is possible that our red-capable absorbing atom could not possibly have produced a confirmation wave for an X-ray photon.

Secondly, at the time of the emission, the atom that ended up in the detector of the telescope might have been anywhere in the vicinity of the Earth/Sun system such as it was at the time, perhaps a just coalescing mass of hydrogen gas and dust swirling around a proto-star. How did that lucky atom end up in our telescope and not in the center of the Earth, or the moon or anywhere else in the solar system? Further the spatial relation between the proto solar system and our emitting star would be completely different than it is now 10 billion years later. But when we trace the path of our captured photon it always appears to have made a beeline (least time) path between the emitting star and that particular place in space where the Earth (and our telescope) just happen to be 10 billion years after emission.

I suspect Dr. Kastner has an answer here, or I am misunderstanding something about what she means about emission requiring an actualization between offer and confirmation waves. I hope she will address a query sent to her. If she does I will update this blog entry with her explanation.

In her chapters 6 and 7 she goes off the rails speculatively speaking. Her aim in chapter 6 is free will. There is nothing here that hasn’t been said before by others (broadly a theory called dual-aspect monism, see my “Fantasy Physics and the Genesis of Mind”). Kastner begins by demolishing the anti-free-will arguments of David Dawkins and others of a similar type. She does a marvelous job from the viewpoint of the idea’s epistemological absurdity. If there is no free will, then Dawkins’ book isn’t really “his” and so on. In this she is entirely right even to pointing out that the view reduces us to automatons, something I have said for years (see my “Arguing with Automatons”).

Kastner points out that if nothing else, quantum mechanics shows the universe is not fully deterministic. Quantum mechanics “makes room” for free will. That’s fair enough. She also recognizes that “making room” and “the phenomenon” (free will) itself are two different things. Why? Because free will is not merely not-determined (indeterminate) but purposeful. Free will introduces teleology and if not for the universe as a whole then at least for the free-willed individual. Choice is always exercised “for a purpose”, and this is something quantum mechanics doesn’t address unless…

Kastner’s next move, the metaphysical move, is where she goes wrong. Perhaps, she says, quantum phenomena are not merely indeterminate. Perhaps they are also proto-volitional; there is in the phenomenon that which leads directly to the human sort of free will through some ascending volitional hierarchy? Something is “built into physics” that bears the germ of volition. She is, in effect, saying: we have a mystery here (free will) and we have a mystery there (Quantumland), perhaps one mystery is the explanation of the other? Now she emphasizes that this move is pure speculation but what is the point of it other than to fix a source of volition in a universe that is otherwise determinate and indeterminate at the same time, but not volitional.

No one (including Dr. Kastner) asserts that virtual quanta are conscious, but nor can anyone (including Dr. Kastner) tell us in what exactly, besides the non-teleological behavior described so well by mathematics, this proto-volitional consists! What is even a single “identity characteristic” of a proto-volition? In what way does (or even might) proto-volition contribute to quantum measurement outcomes? Where would a proto-volitional term fit into the equations of quantum mechanics? If there is no place for it why say it (volition) might be there other than the purely metaphysical need to have it start somewhere coupled with the metaphysical assumption that there is nothing more to the universe than the physical (including Quantumland).

To put the matter another way, Quantumland is speculation but not “empty speculation”. There are observables, particles communicating at seeming space-like distances and being in two places at once. A “foundation to macrophysics” outside of spacetime makes perfect sense in this context. Raw space and time can be seen to emerge from its seething processes. Quantumland explains a lot. It gives us part of the mechanism of spacetime emergence, and it removes the mystery from many of its emerging observables.

By contrast there is no observable that demands volition at the microscopic level. That volition (or proto-volition) is to be located there explains nothing about the mechanism of [much later] emerging consciousness. Free will is expressed only by or through consciousness (human or animal) as far as we know. The speculation here is empty of content. Nothing stands as an example of a property that ultimately adds up to consciousness or the volitional will of consciousness.

Quantum mysteries are encountered at just the point where they enter spacetime, but volition is not encountered in any obvious way until we reach all the way up to macroscopic brains. This is not to say that quantum phenomena are not involved in producing consciousness. It would surprise me if they weren’t! But this does not mean that quantum phenomena are themselves volitional or even proto-volitional there remains no teleology in physics.

This then brings me to chapter 7 where there is a related problem. The problem in chapter 6 is the emptiness of the speculation, the ad hoc quality of throwing volition into Quantumland because materialism has no other place to put it. In chapter 7 the problem is an induction fallacy. That Eastern metaphysics refers to a world beneath (or above or beyond) that of our physical senses, a world that is the source of the physical, does not mean they are talking about Quantumland! A Buddhist or Hindu using the word ‘energy’ and a physicist using the same word are not necessarily talking about the same thing (Dr. Jacob Needleman pointed this out to me a long time ago using “The Tao of Physics” [Capra], one of the books Kastner mentions in this chapter). Of course they could be talking about the same thing, and if you read enough of both you can cherry pick qualities from each that seem to overlap. Kastner does this in this chapter.

At the same time, Dr. Kastner gives herself the clue to their difference. The “spiritual traditions” all ascribe some sacredness to that which underlies our ordinary reality, but she doesn’t fully grasp the implications. Sacredness is intrinsically teleological. The source of our ordinary reality according to the “spiritual traditions” is purposeful, and being indirect products of it, we human beings have some relation, some responsibility to that purpose. But in no wise does it make sense to say we have any responsibility to Quantumland (nor does Dr. Kastner say such a thing), and this is precisely because Quantumland is not teleological.

Kastner must realize this implicitly as she reminds us multiple times that her ascription of volition to Quantumland (chapter 6) has no bearing on her physical theory as such. But nor is the traditional ascription of sacredness to “the other” some sort of mistake on the part of such traditions. It is a necessary quality of the other to which the traditions refer; a demonstration (as it were) that they are not speaking of Quantumland! There is nothing wrong with calling attention to the fact that spiritual traditions refer to “another reality” underlying our ordinary experience. Quantumland is also another possible reality underlying the macrophysical. But they are two different kinds of “other reality”.

If materialists wish to insist that the sacred sort of other doesn’t really exist, I can only say that until such time as there are observables that pick one theory out over another the same can be said of all the competing quantum others advocated by physicists and philosophers today.

I will leave things here because after all neither of these chapters bears in any way on the transaction interpretation of quantum mechanics as a physical theory. Unlike in her addenda to this latest book, Dr. Kastner isn’t resolving any paradoxes in these chapters. Indeed the misapplied logic (chapters 6 & 7) and misunderstood metaphor (chapter 7) is all on her side; though again and to repeat, none of this has ought to do with the explanatory value of the physical theory.

Adventures in Quantumland: Exploring Our Unseen Reality. Ruth Kastner 2019.

In (2015) Ruth Kastner, a physicist and philosopher, published “Understanding Our Unseen Reality”, a layman’s version of her earlier “The Transactional Interpretation of Quantum Mechanics” (2014). This book, “Exploring Our Unseen Reality”, is something of an addendum to that earlier work. It is really two books in one. The first half (roughly) is the book, while the last half is a collection of papers authored by Kastner, and sometimes collaborators, each addressing a specific (usually in more technical terms) issue covered in the book’s first half. Kastner frequently refers back (by chapter and page) to her earlier book. It isn’t necessary to have read the earlier book, Kastner makes her overall case perfectly well in this book alone using minimally more technical language (really symbols) to which she introduces us. On the one hand, this book’s explication of the theory’s main points and implications is brief. On the other hand, Dr. Kastner has had a lot of practice explaining the transactional interpretation and this latest attempt is clear and succinctly expressed.

Beginning with the basics Kastner moves us through subjects that are important to understanding her with a particular emphasis on the fact that her theory does not demand (I get the impression she encounters this idea a lot) that some mind be present to “collapse the quantum wave function”. To be clear, there are wave functions that minds do collapse. the ones that end in a quanta-absorbing event in one of our sensory neurons (and from there up the chain to our brains). In general, however, wave collapse is the result, the completion, of a measurement and that means a transaction between a quantum emitter and some absorber whether that absorber is in an eye, a brain, or the detector of some instrument.

The key to the theory is that the transfer of a quantum (measurable energy) requires an interaction between an emitter and absorber. There are two sorts of interactions here, incipient and actual. Incipient interactions happen between an emitter (an “offer wave”) and every potential absorber in the universe (“confirmation waves”), literally every atom that can absorb a photon of that particular energy. It doesn’t matter if these potential absorbers are near to or far from the potential emitter (in the incipient stage nothing has been yet emitted). Every incipient potential occurs instantly and simultaneously throughout the universe. One of these “offer wave/confirmation wave” (confirming that some emitter is ready to emit) “incipient transactions” wins out (remember this has taken place in zero time and across all space from our viewpoint in timespace) and becomes an “actual transaction”. The photon is emitted generating the beginning of a real singular timespace event propagating at the speed of light, and ends when the winning absorber receives the photon. The absorption constitutes a measurement because energy is transferred between the emitting and absorbing atoms. The transaction is complete.

If Dr. Kastner is right here, her theory has implications as revolutionary as the original insight (energy is quantized) resulting in the first generation of quantum mechanics. It would mean that no real photon can leave an emitter until a real absorber is selected out of the incipient possibilities. Personally I do not see how this can be. What if the absorber, the one that completes the transaction, is at the business end of a telescope while the [real not incipient] absorbed photon was emitted from a star 10 billion light years away; long before that telescope existed? There are several potential issues here and I suspect Kastner has an answer, but she does not explicitly address this. See my blog for further discussion.

In the final chapters of the book Kastner gets speculative about quantum mechanics and mind or more specifically the possibility of free will. This is not the “mind collapses the wave function” business, but its opposite. Not only does quantum mechanics give us an escape from absolute macroscopic determinism (fair enough) but rather that the quantum realm is somehow proto-volitional. The last chapter explores some speculations on the potential analogy between Kastner’s Quantumland (beneath spacetime) and various ideas present in ancient Greek and Eastern (Hindu and Buddhist) metaphysics. Kastner follows others, citing references, in all of these speculations. I have problems with both of these ideas, but this is not for a review and Kastner is sedulous about these being purely speculative, having no direct bearing on the transactional theory as such.

Following her last chapter, Kastner gives us an epilogue calling attention to (and thanking) her predecessors in the explanatory thread leading to the transactional interpretation, followed by an addendum in which she addresses several long standing “quantum paradoxes”. Her aim here is to show that they are not paradoxes at all, but bad interpretations of data even apart from the transactional theory, and that the transaction idea can make paradox resolution easier to grasp.

In summary an excellent if abbreviated explication of the “transaction theory”. In response to her previous book I said that Dr. Kastner’s theory is the only one I’ve ever encountered that “explains quantum mysteries without explaining them away”. Having read this book I see no reason to change my mind.

Why “One Size Fits All” Ontologies Never Work: Horgan, Harman, and DeLanda

There are three books from contemporary philosophers advocating for “one size fits all” ontologies. Each of them is strikingly different. In this commentary I’m going to focus on the meta-philosophical issue of a problem common to all of these ideas and by extension, all “one size fits all” ontologies. Ontologists do one of two things. They describe or catalog “what exists” or “what is real”, or they try to say something about the foundational qualities or properties of reality; what is “most fundamental” about what exists. All three of these philosophers are doing “what exists” sorts of ontologies.

As always, the three books I discuss are listed below with links to their editions on Amazon. Each title (except Horgan, I’ve linked my separate review of him here) is followed by the text of the review I posted to Amazon. I write these commentaries because their issues are out of place in a book review as such.

I’ll begin quickly with Terrence Horgan whose book “Austere Realism” I’ve reviewed separately (see link above). Horgan is the extreme minimalist. There is for him only one object that fully exists in the universe, and that is the universe in total (he calls it the ‘blobject’). Everything that we humans envision as existing (atoms, stars, animals, artifacts, and our own minds) exist only as affectations of language, a “fashion de parler”. As affectations, and for pragmatic purposes such “existence talk” is all well and good, but it is false to move from there to an ontological commitment; to the literal existence of any of these things. But Horgan is also a realist. The differentiation within the blobject (or of the blobject) are real. They are “mind independent differentiations” of the blobject. They are not “objects in their own right” but merely variations in the one object.

I’ve written before about Graham Harman here, and his collaborative work with DeLanda here. But I haven’t written about this particular book, “Object Oriented Ontology” in which Harman tries to address an issue I brought up in my review of other books, his “ontological idea” seeming to pop out of nowhere. In this book Harman describes more or less where his OOO idea comes from. It reinforces my idea that while proclaiming himself a realist he somewhat straddles the line between realism and anti-realism.

Harman’s approach is exactly opposite that of Horgan. Everything, stars, governments, ideas, relations between ideas or things, arbitrary sets, fictional characters, events, all real, all distinct objects. His is the ultimate ontological plurality but he is careful to say that while all are objects, not all objects are of the same sort. Some for example, like fictional characters, are real yet do not exist. Harman’s goal is a univocal causality. If rocks, governments, corporations, and ideas can be causes what does this say about the nature of causation in general?

Of the three authors, DeLanda’s ideas are the easiest to reconcile with common sense. Basically he observes that most differentiated things in the universe are composed of other things. They have parts that are extrinsic to the phenomenon of which they are parts. That means such parts can be removed and replaced by something similar (but not identical) and still retain their identity. In addition, these things composed of parts can become parts of other wider or larger things exhibiting new causal potentials.

As concerns ontological commitments, for Horgan, planets and governments do not exist as such, only the blobject actually exists but it happens to be differentiated into recognizable particulars that we can label in any way we see fit for pragmatic and scientific purposes. Horgan is interested mostly in what makes scientific discourse (say about stars) true even if stars do not, strictly speaking exist.

DeLanda agrees with Horgan that governments and stars do not belong in a strict ontology. What exists are assemblages each existing in a hierarchy of assemblages. Presumably the hierarchy goes all the way up to Horgan’s blobject, and all the way down to protons. But DeLanda does manage to clearly distinguish between social assemblages having physical expressions and potentials (governments, banks), and physical assemblages like stars and galaxies. What is important in both cases is that it is the assemblage that has ontological gravitas because it has causal potentials whether those are the potentials of a government or an asteroid.

Neither Horgan nor DeLanda are “essentialists” as concerns either what does or does not “strictly belong” in an ontology. There is no “hidden center” or essence to what belongs in ontology. If we had a complete description of everything (which for various reasons, linguistic, and perspectival, we cannot have) we would have fully exhausted being. Harman says no, that each object has an essence or being that we cannot even in principle ever exhaust. This includes “real objects” that do not exist like fictional characters. It is precisely this essence to which an object’s qualities are attached. Like objects have like qualities but their essence makes them individual. Objects are not merely “bundles of properties” described by a spacetime worm. Properties inhere in something and the being of that object, what makes it real, is whatever that something is.

Horgan is after the truth and meaningfulness of scientific discourse. He establishes this even in the face of his extreme ontological claim, and I believe this may be his point; “even given the blobject, science can be true”. Harman is after causation and he gets there but at the cost of an ontology as copious as Horgan’s is sparse. To make it all work, Harman’s objects must be divided up in various ways, much depending on what amounts to the classical distinction between mind and the mind-independent world. Harman does give us a nice account of fictional characters, but not really different from yet another “new realist” Maruzio Ferraris (reviewed here) who gives us the same account without the causal metaphysics. I am not sure how DeLanda would handle fictions. They surely have expressions in the physical (books, films) but I am not sure they could be said to have causal properties of their own. Certainly not outside minds that encounter and interpret the physical expressions.

Horgan and Harman are the two strictest “one size fits all” ontologists, DeLanda is less so, but even viewed as a one size fits all proposal, assemblages require little ad hoc maneuvering (Harman) or stipulation (Horgan and Harman) to fit in with most if not all of our experience. The common sense fact is that almost everything is made of other things. None of these views address mind very well though to be sure all are implicitly physicalist so brains are surely objects, assemblages, or proper differentiations of the blobject.

Harman, taking us back to Heideggar, claims that the contents of consciousness are all objects. This works fine as concerns sensory representations, even beliefs and memories. It is less clear how attitudes and intentions are objects. To the extent that both amount to ideas they have an object-hook. Both intentions and attitudes have causal properties. Ideas can lead us to actions. If that qualifies them for object-hood, so be it.

DeLanda’s ontology is “one size fits all” in the form of things and not the things themselves. He does not insist that literally everything real (fictional or otherwise) is an assemblage. By contrast Harman and Horgan do claim that their ontologies cover everything. That they likely do not is demonstrated by how they must each be twisted to make them work. For Horgan, scientific truth, even epistemology in general, floats free of the “true ontology”. For Harman, objects must be distinguished into partly overlapping classes or kinds, universals like existing and non-existing, symbiotic and dormant, real and sensual (both of these last categories real in the strict ontological sense), and so on.

Only Horgan claims there is literally but one existing thing. Harman counts literally everything (remember even thoughts and arbitrary relations) as real objects but must then divide them up into many categories to make the idea come out. Why not merely objectify the category and claim that these universals are the foundation of the real? For DeLanda it is a structure of relations that is [almost] universal, but what emerges from such a structure is, like Harman, both distinct and real provided we are careful to distinguish between the abstraction naming it (star, or government) and the reality (an assemblage) of its composition and history.

Horgan and Harman are “ontologies of the now”. Neither takes much account of time. Time is involved in the differentiation of the blobject (Horgan) of course and objects (Harman) come, go, and change through time, but neither theory demands time to make its basic point. Only DeLanda’s ontology demands time because both the coming-to-be of assemblages and their impacts have intrinsically temporal dimensions. Assemblages include as a proper part their own history and possible future effects on events, other assemblages.

Though each of these ontologies are different they all suffer from a species of triviality. If literally everything is an X, then to say that “only Xs exist” is a difference that makes no difference. Horgan shows that scientific truths can remain firmly grounded even in the face of a stipulated truth: “all is one”. Harman’s idea is also, ultimately, a stipulation. He can’t really deliver an equivocal causation, only one that can be “thought of” like that. If all cause lies between categories (the real and the sensual) that doesn’t tell us much about it. It also might be that there is something important about the difference between the categories and not merely the objects in them. Non-arbitrary categories (perhaps material particulars and some universals) might indeed exist, while arbitrary ones (random sets, trivially contingent relations — “taller than”) do not.

Harman’s distinction between the important and the trivial is also arbitrary. What appears dormant or unimportant from our perspective might be symbiotic from another. DeLanda’s triviality is a little different. Remember that each of these philosophers is a materialist and so ultimately, whatever should be both “real and exist”, it must begin with atoms that are surely assemblages. So while Harman and Horgan’s ontologies ultimately come down to stipulations, DeLanda’s, by contrast, is observational, and if he is right, if everything is some part of everything else (the universe at least), his observation must be true (at least of the material world) and so is also trivial.

In the end none of these “one size fits all” ontologies fit the universe of our experience because the universe is not a one size fits all arena. If there is a God then there are three fundamental mind-independent joints in reality (see Prolegomena to a Future Theology), spirit, mind (not individual minds but the phenomenon of mind in general), and matter — the material world experienced by individual minds. Even if there is no God and individual minds emerge only from the functioning of brains (i.e. brains are sufficient, a dubious proposition disallowed by physics — see Fantasy Physics and the Genesis of Mind), it is prima facia absurd to assert that mind is material, even more absurd to say it doesn’t exist. Individual minds, once emerged, have an impact on the unfolding of events. Mind is not physical and yet causally efficacious notwithstanding that what propagates its causal effect in the physical is a physical body controlled by a mind.

Aside from these three authors (Ferraris does not try to construct a universal ontology) I haven’t encountered another “one size fits all” ontology. If I do in the future I am confident that like these three any truth it contains will be but a trivial truth.

——————

Austere Realism by Terrence Horgan 2008
See my review and commentary here

Assemblage Theory by Manuel DeLanda 2016

Manuel DeLanda’s book is a mature attempt at explaining what “assemblage theory” is and its relation to the philosophical sub-discipline of ontology. Assemblage theory can be applied to other philosophical domains but first you have to understand what it says about what there is. To put it in its simplest form, most things in the world are assemblages. They are (1) made of parts that might be exchanged for sufficiently similar parts (parts are “extrinsic”), (2) have properties and potentials that the parts do not have other than as the assemblage, and (3) they can, in turn, become parts of larger assemblages having novel properties and potentials in part made possible by the contribution of its sub-assemblages.

Assemblages are rather intuitive in fact. We are all familiar with many of them. We are a part of some of them, and it is natural to see in the world differently scaled phenomena (from atoms to galaxies, even the universe) that all appear to be assemblages. DeLanda then begins from a place that matches most intuitions about the world, and he does not insist that everything that is MUST be an assemblage. There are things of the world that are not, but by-in-large very much of our familiar world consists of assemblages.

DeLanda then explores many of these familiar things as encountered through human history. He explores tools (machines), people themselves, language, cities, society, wars, and so on. A particular point he wants to make is that every noun I used in the last sentence is a made-up “making real” (reification or “to reify”) of things that don’t really exist simpliciter. DeLanda understands that to make up these concepts is perfectly legitimate for ordinary discourse, but he is not committed to “their existence” as these things. Rather his commitment is to the assemblages from which they are composed and the higher-level assemblages they can and do contribute to composing. To understand an assemblage we name, “the government”, or “the market”, we really have to understand what it is made of (more assemblages) and how it comes to affect the wider world, other assemblages in which it participates. It is the assemblages and their expressions that “are real” as far as ontology is concerned.

The examination of human institutions is followed by a chapter on the doing of science; the best encapsulation of “philosophy of science” I’ve read! He moves down from social reality to particles, atoms, and molecules in order to introduce us to the concept of a “diagram” by which not only can assemblage be described (its history) but also what future paths in could (possibility) and is likely (disposition) to follow. DeLanda moves away from social phenomena for the sake of simplicity. Future paths for a molecule are vast but still restricted compared to that of a city or person. In theory it is simpler to understand what he is driving at on this level and its significance can be felt in philosophy and other disciplines. Importantly, the same principles apply whether we are talking about a protein or a nation.

He gets a little technical here in the last chapters. Simpler or not I could follow all of this only because I’ve had just enough mathematics background to get the difference between the levels and types of mathematics he talks about here. Some readers will have trouble with this though DeLanda nowhere USES mathematics; there are no formulas or mathematical demonstrations. His aim is to show us that there are mathematical tools that can be applied to assemblages describing their history as well as dispositions and possible futures. DeLanda is keen to show that assemblage theory as philosophy is (can be) firmly grounded in mathematics. Again as from the beginning, this makes intuitive sense. That mathematics can be applied to the regularities of the universe is well known. If those regularities are “qualities of assemblages” it makes sense that math can be used to describe them.

All of this then comes together very well in this book. I have read and reviewed others of DeLanda’s books, but this is the one to get if you want a grounding in his idea from the fundamentals on up.

Object Oriented Ontology by Graham Harman 2018

In reviews of earlier books by Harman I complained that his “object oriented ontology” (OOO) seemed to pop out of nowhere. He never (before) tells us how ideas preceding it, those of other writers, built up to his central insight. He seems to be making an attempt to correct that lacuna in this book. I think he succeeds in the effort to enlighten us about OOO’s origins, but my issues with the substance of the theory itself are not here resolved.

Harman begins by introducing a distinction between truth and knowledge along with their relation to the doing of philosophy. For him philosophy is not about truth or knowledge though it seeks and approaches both. Instead it is about reality which cannot, nevertheless, be approached directly but only indirectly. With this he begins to give the reader an introduction to his version of realism which is not very realist as I understand that term. But nor is Harman an anti-realist in the traditional sense. Rather he seems to straddle the fence.

The mind independent world is perfectly real and filled with particulars (objects), this being the realist thread. However we never encounter those objects directly but through their qualities, sensual qualities (he should have used the word ‘sensuous’ here not ‘sensual’ but I’ll let you look up that difference), which are qualities of the object as it is reflected in the content of our consciousness. The tree in the yard is a real object. The tree in my mind is its sensual counterpart. But neither the tree in the yard, nor the counterpart in our mind ever reveal themselves fully to us. They are “real”, but their core is always hidden. This is the anti-realist thread in Harman.

In Chapter two Harman gives us the key insight that also belies his Continental inclinations. Philosophy is metaphor and theater. He doesn’t mean here play acting. He means that to do philosophy the philosopher must replace the metaphor with herself to understand what it reveals about the real object. Even the metaphor never completely succeeds in exhausting the object, but it gets us further into it than does any literal or scientific statement. Harman knows that language is metaphorical. In fact (for Harman) the literal tells us less than the metaphorical. No word or collection of words captures everything about that which they denote. But he rejects the notion that language alone is responsible for failing to grasp everything. There is always more to the object, real or sensual, than we can ever know.

From this beginning he investigates social and political discourse and then returns to a more detailed view of objects (real and sensual), their qualities, and the relations between them. Harman divides his ontological universe into four different types, the real and sensual objects, and their real and sensual qualities. He does a pretty good job on the objects and the sensual qualities, but I have trouble understanding what a “real quality” can be since like the real object, real qualities also withdraw from direct contact. Harman does a good job of analyzing fictional objects, and we are introduced to his distinction between passive and symbiotic object-relations. Again (as in other of his books) Harman insists that symbiotic is not only about importance to humans, but in fact it always seems to end up being that in the final analysis.

His ultimate target in this part of the book is physical causation (like two billiard balls colliding, though the idea is supposed to apply to causation of all sorts). Even billiard balls do not make contact directly but through their sensual qualities. This part of OOO makes no sense to me unless “sensual qualities” are taken to be something independent of mind. I suppose this interpretation is possible, but Harman does not make his thought clear here at all.

The book moves then to challenge some of Harman’s peers who have accused him of stealing ideas from others. He focuses on Deleuze and Foucault arguing that their views, which some have taken to be foreshadows of OOO are not really that at all. Following this he reviews the work of a number of young philosophers who have broadly adopted an OOO orientation. Harman does a good job here of sketching both the similarities and differences between his work and the others reviewed.

It is not until here, near the end of the book that Harman lets drop his disdain for matter something strange for a realist. He explains himself a bit more in the last chapter, but his explanation fails to bridge a gap. It may be true NOW that there is no undifferentiated matter in the universe. Everything is differentiated and hence all are objects. But this was not the case in the opening Planck times of the universe when there was nothing but undifferentiated radiation. Harman’s ontology, even if it captures the universe’s present (and I don’t think it really does) misses its history, something for which ontology should surely account. In this latter part of the book he also lets slip that all relations between objects are also objects. He has said this in other books, but other than this one parenthetical aside, he doesn’t elaborate on this claim at all.

In the end, this book does the job of explaining the origin of Harman’s OOO idea and some (but not all) implications. I remain not a fan. There is too much about OOO that seems ad hoc to me, but after all, differences of opinion are what keep philosophy going and as Harman notes at the very beginning we do not get all the way to knowledge or truth, but only aspire to find ways to get closer to both.