Although Leibniz's writing forms an enormous corpus, no single work stands as a canonical expression of his whole philosophy. In addition, the wide range of Leibniz's work--letters, published papers, and fragments on a variety of philosophical, religious, mathematical, and scientific questions over a fifty-year period--heightens the challenge of preparing an edition of his writings in English translation from the French and Latin.
German philosopher and mathematician Baron Gottfried Wilhelm von Leibniz or Leibnitz invented differential and integral calculus independently of Isaac Newton and proposed an optimist metaphysical theory that included the notion that we live in "the best of all possible worlds."
Gottfried Wilhelm von Leibniz, a polymath, occupies a prominent place in the history. Most scholars think that Leibniz developed and published ever widely used notation. Only in the 20th century, his law of continuity and transcendental homogeneity found implementation in means of nonstandard analysis. He of the most prolific in the field of mechanical calculators. He worked on adding automatic multiplication and division to calculator of Blaise Pascal, meanwhile first described a pinwheel in 1685, and used it in the first mass-produced mechanical arithmometer. He also refined the binary number system, the foundation of virtually all digital computers.
Leibniz most concluded that God ably created our universe in a restricted sense, Voltaire often lampooned the idea. Leibniz alongside the great René Descartes and Baruch Spinoza advocated 17th-century rationalism. Applying reason of first principles or prior definitions, rather than empirical evidence, produced conclusions in the scholastic tradition, and the work of Leibniz anticipated modern analytic logic.
Leibniz made major contributions to technology, and anticipated that which surfaced much later in probability, biology, medicine, geology, psychology, linguistics, and computer science. He wrote works on politics, law, ethics, theology, history, and philology. Various learned journals, tens of thousands of letters, and unpublished manuscripts scattered contributions of Leibniz to this vast array of subjects. He wrote in several languages but primarily Latin and French. No one completely gathered the writings of Leibniz.
The most intelligent biped who ever lived was Gottfried Wilhelm Leibniz. His philosophy was impenetrable to me for years and years, but I stuck with it, considering that the guy knew no math and then, in a few short years in Paris, arrived at the calculus independent of Newton. Who else could get work done in Paris? Leibniz's philosophy of the monadology, the specimen dynamicum, the program for a metaphysical foundation for physics, the characteristica universalis, geometric algebra, the analysis situs, the Leibniz-Clarke controversy, all of these things were premonitions of the course science and philosophy actually took (and has still to take). The foresight is humbling and awe inspiring to me.
If there is only one book on philosophy to read, this is it. If there was one Genius in the world it was Leibniz. No one ever had the imagination to explain the world like he did. To give just one example. Everyone knows that he said that this is the best of possible worlds. (And most people have trouble believing it). But it is not that he looked around and found everything pleasing but he had logical reasons to come to the conclusion. God could not have created a world without a sufficient reason. Therefore this must be the one that stands out. And he had to pick it! Amazing.
This is a collection of the important shorter works of Leibniz's philosophical corpus, which are edited and translated by Garber and Ariew. Some of the more important works featured in this collection are the "Monadology," and "Discourse on Metaphysics," and "On Nature Itself". (So some of the works concern Leibniz's theoretical physics and theology, not just philosophy proper [whatever that is:]) Additionally included are some of Leibniz's correspondence letters, which serve to further buttress the arguments of certain essays. There is a short preface to each essay or letter in which the editor's provide relevant contextual information; moreover, the editors provide footnotes of relevent historical and philosophical, and terminological points that bring out various nuances that might otherwise have been missed entirely.
This work is intended to be a reference work--it's not meant to be read from page one to the end; rather, it is ideal for research, classroom instruction, or for on the go reading when you just need a quick Leibniz fix in a portable format. As an introduction to Leibniz' thought, it's hard to go wrong with this edition.
While using this book in a grad seminar, it was brought to my attention that there are some questionable aspects to the translation. Some of the works in this volume are translated from the Latin, others from the French. Either way, some of the word choices lend themselves to serious misinterpretation in the English. Having said that, while my Latin is better than my French, I don't think my understanding of Leibniz's complicated metaphysics was tainted anymore than it would have been had I been reading from the original languages.
Is I mentioned above, some of the inclusions concern theorectical aspects of various scientific problems, some of which are problems bequethed to Leibniz from previous thinkers, such as Descartes. But some of the selections have prefaces that do not fully bring out the way in which Leibniz' arguments are responses to certain historical problems.
For instance, in section 13 of On Nature Itself, Leibniz raises a number of objections to a view of motion that is compatible with Cartesian physics. The editors, however, do not make clear to which arguments Leibniz was responding. Here is one of these objections, as it relates to Descartes’ view of motion, in a more succinct form than as it occurs in section 13.
The Cartesian view of motion consists in geometrical bodies acting on each other within a plenum. Descartes’ definition of motion is as follows:
"The translation of a piece of matter from the neighborhood of bodies immediately touching it, these being regarded as being at rest, to the neighborhood of others. " Principle of Philosophy. Sec. II, P25.
It is only possible, furthermore, according to Descartes, for the movement of bodies to be circular. Principles II, p33.
Leibniz presents the following argument against this Cartesian view.
(P1) The criterion for distinguishing a uniform mass of matter is motion. (P2) If motion is transference, then a change of state from one place to another must occur. (P3) It is not the case that a uniform mass of matter can be distinguished by means of a change of state from one place to another. (P4) If (P3), then it is not the case that the criterion for distinguishing a uniform mass of matter is motion. (C1) It is not the case that the criterion for distinguishing a uniform mass of matter is motion.
Leibniz presumably intends this argument to be a reductio of Descartes's view since, if Descartes’s view of motion were true, then we would not be able to distinguish between individual objects; but we do distinguish between individual objects. Descartes’ view, therefore, must be false.
Leibniz gives an argument for (P3), which is reformulated as follows.
(P3a) One part of matter is distinguished from another by means of an extrinsic denomination. [Roughly speaking, an extrinsic denomination is a relational property that does not refer back to the subject:] (P3b) It is not the case that at present there is a distinguishing criterion. (P3c) If (P3b), then it is not the case that there is an extrinsic denomination. (P3d) It is not the case that there is an extrinsic denomination. (P3e) If (P3d), then it is not the case that one part of matter is distinguished from another. (C2) It is not the case that one part of matter is distinguished from another.
Leibniz also argues against shape, instead of motion, being the criterion for distinguishing one piece of matter from another. According to Leibniz, a uniform mass of matter, which is infinite (i.e., Cartesian extension)has no boundary. Shape, however, entails a boundary. For that reason, the Cartesians cannot construe a uniform mass of matter as having shape; and hence, shape cannot be a means for distinguishing one piece of matter from another.
Faced with the laws of Newton and the strength of his religious perspective, Leibniz's philosophical writings, taken collectively, constitute a comprehensive attempt to interpret reality in a systematic, consistent and credible way. There's an underlying harmony to the world. Man and animal are pre-formed, individualized units (monads) of this overall perfection, filled with its energy and expressing its purpose.
Both animal and man have soul but only man has a rational soul and is able to understand, appreciate and reflect the world's underlying perfection. Man's happiness lies in his progress toward degrees of perfection, though Leibniz spins a bit regarding his argument that, in a pre-established, harmonious world consisting of self-contained ("windowless") monads (beings with energy/soul), individuals have free will.
Like Hegel's Absolute Freedom, Leibniz has a capstone to his system and this is God. God is the pervasive presence throughout the world and is the pervasive presence in Leibniz's philosophy. God is the final cause that draws the whole world onto Himself so that everything fits together and has a place, even evil (leads to a higher good).
It is quite a system that Leibniz has constructed and, reflective of his time, it perhaps seemed reasonable enough. Pull God from the capstone position, however, and Leibniz's thought is philosophical and scientific theology. Substitute Schopehauer's Will (Energy) or Darwin's evolution for Leibniz's God, and much of Leibniz's harmonious worldview would rest on a firmer foundation except that, rather than a pre-established harmony, such perfection would be (and is) continuously created through (godless) force and counter force acting on and reacting to each other, providing ever changing states of equilibrium from states of disequilibrium.
It is a lot of fun reading Leibniz. He defines his terms well, and is very clear when he speak. His humility and desire to seek truth are evident in the way he writes. This book is well worth the time it takes to not just read it, but examine it and work to understand his philosophy.
Leibniz was - and is still - widely considered a mathematical genius (known for independently inventing calculus). This is a collection of his philosophical writings (he didn’t write a main philosophical book... rather, his philosophy is scattered among relatively short published and unpublished essays, notes and correspondence with other thinkers of his time). In it, one can see how his thinking evolved over time, how his prior convictions (one of which being that god exists and he must be benevolent) influenced the course of his thought, and what conclusions he eventually arrived at. It is intriguing to see how, while his conclusions seem very unorthodox, his thinking was highly logical.
One of his interesting conclusions (considering he was a contemporary or Newton, living at the turn of the 18th century) was that matter (i.e. something dimensional and solid/impenetrable) cannot be the primary/fundamental stuff the world/universe is made of. While he accepted that the world needs to be made by small indivisible particles, he reasoned his way into rejecting the atomic theory dominant in his time (the atomic theory, at the time, posited that atoms are tiny bits of matter, each with a particular size and shape). Instead, the primary/fundamental stuff needs to be some form of energy. He eventually coined the term “monad” to describe these smallest/shapeless particles.
Furthermore, in his attempt to find an explanation for the interaction/relation between the consciousness we experience and the material world we observe (our mind and our body), he reached the conclusion that this energy monads consist of need to have some type of perception/awareness/appetite (some kind of soul, so to speak) even if it doesn’t have memory (he considered memory necessary for consciousness to arise: when we are unconscious our sensory organs still work and we may have some type of perception/awareness, but since we can form no memories we have no conscious awareness). The agreement between body and mind (when I stub my toe I subjectively experience pain, and when I decide to I can make the matter in my arm move) cannot be attributed to direct interaction (since there is no way to explain consciousness acting on matter or visa versa): rather, matter and soul must both exist and be harmonized since the universe came to be (or since all eternity, if the universe is eternal).
His monadology is a form of panpsychism, where each monad is connected and experiences the entire universe from its own unique point of view:
“This interconnection our accommodation of all created things to each other, and each to all the others, brings it about that each simple substance has relations that express all the others, and consequently, that each simple substance is a perpetual. Living mirror of the universe.”
“Thus each organizer body of a living being is a kind of divine machine or natural automaton, which infinitely surpasses all artificial automata. For a machine constructed by man’s art is not a machine in each of its parts. For example, the tooth of a brass wheel has parts or fragments which, for us, are no longer artificial things, and no longer have any marks to indicate the machine for whose use the wheel was intended. But natural machines, that is, living bodies, are still machines in their least parts, to infinity. This is the difference between nature and art, that is between divine art and our art.”
“From this we see that there is a world of creatures, of living beings, of animals, of entelechies, of spikes in the least part of matter. Each portion of matter can be conceived as a garden full of plants, and as a pond full of fish. But act branch of a plant, each limb of an animal, each drop of its humors, is still another such garden or pond.”
Beyond drawing the distinction between perception/soul and consciousness (which requires memory), he furthermore drew another distinction on whether a conscious being is able to engage in abstract thought/true reasoning. It is this abstract reasoning that enables humans to self-reflect, and be moral agents.
While it is evident that he didn’t arrive at theism through reason (from his very early writings, he was always a convinced theist), the argument he articulated for the belief in a benevolent God is interesting and has some power:
“This sufficient reason for the existence of the universe cannot be found in the series of continent things [i.e. in the chain of physical causation]. [...] Thus this sufficient reason, which needs no other reason, must be outside this series of contingent things, and must be found in a substance which is its cause, and which is a necessary being, carrying the reason for its existence with itself. Otherwise, we would not yet have a sufficient reason where one could end the series. And this ultimate reason for things is called God.”
“Since this substance is a sufficient reason for all this diversity, which is utterly interconnected, there is only one God, and this God is sufficient.”
“We can also judge that this supreme substance which is unique, universal, and necessary must be incapable of limits and must contain as much reality as is possible, insofar as there is nothing outside it which is independent of it, and insofar as it is a simple consequence of its possible existence.”
“Thus although reason cannot teach us the details of the great future, which are reserved for revelation, reason itself assures us that things are made in a way that surpasses our wishes. Since God is the most perfect and happiest, and consequently, the substance most worthy of love, and since genuinely pure love consists in the state that allows one to take pleasure in the perfections and felicity of the beloved, this love must give us the greatest pleasure of which we are capable whenever God is its object.”
There are issues with Leibniz’s philosophical system, but it is interesting to see how those were explored/improved/solved over the years. Ultimately, the system is incomplete, but it would’ve been interesting to see what he might do with it given more time. It would also have been interesting to see what he could do given our current scientific data (for instance, his view of biology - which was a necessary/integral part of his system - would definitely have to be radically different than it was). Finally, it would’ve been interesting to see where he would end up if he could start from a truly agnostic point of view (possibly closer to Spinoza’s deism - probably a more logically accessible/coherent picture of it, too).
famous for the bizarre 'windowless monad' argument, contained herein. author is otherwise brilliant, independently deriving the calculus. monads are still demerits, though.
A great and illuminating selection of Leibniz writings spanning his whole career during which, despite his enormous influence on the coming generations, comprised surprisingly few finished or extensive works.
Leibniz was a man of his time in that the scope of his investigative interests was very large. Aside from his works on theology and metaphysics (from which we may remember the notorious diagnosis that we live in the "best of all possible worlds"), he had a great passion for mathematics and physics – not without results, since his investigations pertaining to binary numbers and differentiation have paved the way for key inventions of modern technology. He was also involved in practical matters: he for instance offered his input on the possible unification of the Protestant and Catholic churches, and drafted a plan of organising a spectacular fair for all kinds of inventions, which in its scope ressembled that of the later World Fairs. His interest was additionally piqued by other cultures and languages and traditions – so an impish observer might call him, all things considered, a veritable anti-Cartesian.
While math and physics are definitely not my forte, I enjoyed a fair bit of these writings, especially the ones that had to do with theodicy (a word most likely coined by Leibniz), logic and metaphysics. Leibniz is adamant about a few principles, for instance that of non-contradiction and sufficient reason, that singular substances or monads are not material, that nothing in nature happens in leaps but rather forms a steady continuum and that God is perfect and especially just and truly worth our worship.
The last one mentioned may seem like yet another result of a boring Christian attribute raffle, but Leibniz treats the matter very consistently. Naturally, his solutions for theodicy don't work at all (the allure of the problem is in how strong minds want to crack an impossible problem without giving up), but he constantly keeps reminds us that since God is perfect, he must have chosen the best of all possible worlds among his preliminary sketches (this was not just a moral stance but also a philosophical one: God must have used the minimal number of building blocks and processes to get a maximum amount of goodness out of it). Since he is just, his current plan cannot be meant for our injustice (emphasising the importance of correction and contrasts). Since he is truly worth our worship, he must have given us free will and made us a world whose structure is nothing but impeccable, for otherwise he would be a despot or simply a bad clockmaker (neither particularly admirable).
In his metaphysical discussions about substances, the nature of space, whether God is natural or supernatural etc. he comes across like a real medieval, being capable of impressive hair-splitting yet at the same time being somewhat bogged down by the distinctions. This comes to a head in his famous correspondence with Samuel Clarke, and it's no wonder that Leibniz – otherwise such a good-natured chap on a genuine quest for truth – begins to lose his cool over Clarke's both perspicacious rebuttals and his prevarication, and finally decides to let out some steam in his last letter:
"I shall at this time reply more amply to clear the difficulties and to test whether the author is willing to listen to reason and to show that he is a lover of truth, or whether he will only quibble without clearing anything."
(This kind of saltiness reminds me of the wonderful "correspondence" between Descartes and Hobbes, where the former virtually dismisses the latter as a contrarian materialist whose counterarguments were not worth the ink.)
There is plenty of interest herein, and the character and genius of Leibniz does definitely come across. My rating reflects primarily my own enjoyment and what I got out of this book. My rewards were mostly in terms of philosophical history and not necessarily personal, and thus I need to withhold a higher score that a more objective view on the nature of this collection would have indubitably granted.
Leibniz is an uneven reading experience for me. His principle of sufficient reason, effusive piety, and faith in compossibility are unfashionable at the least. His long digressions into subtle epistemological distinctions are completely uninteresting to me. BUT, Leibniz's exposition of the nature of monads is absolutely fascinating. Getting a view of this beautiful, multi-faceted concept was totally worth skipping around all the other stuff I found to be chaff.
important shorter works of Leibniz's philosophical corpus, which are edited and translated by Garber and Ariew. Some of the more important works featured in this collection are the "Monadology," and "Discourse on Metaphysics," and "On Nature Itself".
My rating is based more on the fact that I think Leibniz's theory of monadism is fascinating than anything else. It seems so simple - and so crazy - on the surface, yet some of the complexities of it make me wonder a little. I still don't subscribe to it, even after several weeks of discussion (really, professor?) on it in my modern philosophy course, but it provokes some interesting thought experiments.
What an interesting read! Because of our modern day knowledge of atoms and because nothing works perfectly, I don't think his concept of monads would work but it was interesting to think about that perhaps these perfect monads worked before the Fall and atoms are part of a new broken world. Also, I found his discussion on the connection between mind and body interesting since it was quite different from Socrates' teachings.
Going to read his responses to Locke and Berkeley after I read them, but read pretty much all the other sections other than skimming some of the more purely physics parts. Leibniz's integration of physics/metaphysics and belief in the necessity of both is compelling, but I'm not sure his fundamental metaphysical theories of monads, forces, etc seems like a persuasive vision compatible with modern science (unless I'm misunderstanding, which is certainly possible because it is fairly difficult to follow). I enjoy seeing the way he brings mathematical rigor to his philosophy, and some of the more linguistic/semiotic musings are brilliant. I found his thoughts on free will hard to parse but they seemed possibly more sophisticated and compelling than pretty much anyone else I've encountered. My biggest problem was anthropomorphized his God was, and I tend to side with Spinoza/Descartes on the notion of final causes (that they don't exist). His critique of Descartes' mind/body dualism seemed pretty spot on, and his concept of "synchronization" is well articulated and fits within modern science. Also some interesting reflections on the origins of creation which I thought were interesting even if not apparently applicable. His breadth and rigor of thought is amazing, but I enjoyed him less than others because he is a bit denser (more purely mathematical), didn't have as fun a moral vision as Spinoza (or as sensible a metaphysics in my opinion), and while I agree with many of his critiques of Descartes I enjoyed Descartes' writing about philosophy more and could more easily see its historical significance. Interested to read more about contentions with his thought / what is generally considered to be most significant.
If one could summarize Leibniz's philosophy, it would likely be a counterpose to Nietzsche's:
"God is alive."
Somewhat off the beaten path, I more read this for my personal edification of German philosophy rather than for my more Marxist studies (though of course Leibniz is still an important figure in the Kant-Hegel-Marx chain). Although I very much related to Leibniz and parts of his philosophy, the second part (where he talks about his contemporaries) will only be relevant for people who are philosophy majors who want to trace the full canon of western philosophical thought. Otherwise, much of it has to do with outdated physics and philosophy that Kant later crushed (along with many other metaphysical schools of thought he rendered obsolete or redundant).
The book has Leibniz's Monadology in it, which is probably his crowning achievement in philosophy. Interestingly enough, his Monadology seems to be very similar to Schopenhauer's will, though of course their outlooks on life in general as being pure Christian optimism and pure pantheistic pessimism are completely different, with a small wrinkle, while everything in Schopenhauer's system possesses one and the same will, Leibniz's monads exist in everything and are completely distinct. The value of the essays before in my opinion is how Leibniz traces his thoughts towards the Monadology, and I will also be reading a more extensive analysis on it that should be more enjoyable for a casual reader.
One can also see Leibniz's influence on Kant, with his "thing in itself" somewhat taking the place of monads while Kant making use of Leibniz's principle of sufficient reason in explaining his own metaphysics.
Leibniz has the most beautiful writing out of the rationalists. I seriously recommend reading the Monadology—a very strange yet creative work that, I think, kicks off idealism in Germany and is worthy of being among the classics of Western philosophy. Also, the Discourse of Metaphysics is wonderful. Reading any biography of Leibniz will surely lay the unbearable weight of his genius onto the reader. Despite being the most challenging and probably my least favourite of the big three (Descartes and Spinoza), he's worth reading and will hold a soft spot for me.
Here's a great quote from the Monadology:
“Each portion of matter may be conceived as a garden full of plants, and as a pond full of fish. But each branch of a plant, each limb of an animal, each drop of its humours, is also such a garden or such a pond. And although the earth and the air interspersed between the plants in the garden, or the water interspersed between the fish in the pond, are not themselves plant or fish, yet they still contain them, though more often than not of a subtlety imperceptible to us. Thus there is nothing uncultivated, nothing sterile, nothing dead in the universe, no chaos, no confusions, except in appearance. This is somewhat like what is apparent with a pond viewed from a distance, in which we see a confused motion and swarming of the pond’s fish without making out the fish themselves.”
I have started reading this about a week ago in order to prepare myself for Kant. It's an interesting read if you are into metaphysics and a new definition for how to-day human percieves concept of God. I also loved his essay on Monads. However, the only caveat are the letters. If you want to have a full experience, read them by all means, but they are merely commentary on his main phisolophical points and dont contain any additional value considering they comprise about half of the book.
musze sie tutaj zgodzic z Kantem, nic dziwniejszego nie czytałam. monady snia mi sie po nocach do dzisiaj. dlaczego oceniam to na 2 gwiazdki, a nie na jedna otoz uwazam to za pewne osiagniecie napisanie takiego bullshitu. gdybym byla kantem tez za punkt honoru postawilabym sobie obalenie go. lepiej przeczytac arystotelesa. naprawde ciezko o druga taka pozycje, jedyne co bym mogla do tego przyrownac to hegla
This man is one of the most intelligent philosophers in the catalogue. He attempts to systematize reality with God as the ultimate being, as was the day, and harmonize it with scientific and mathematic grounding. Overall, I am much too ignorant to judge such a work. I cannot say I enjoyed the read, but I will attempt to grasp some of the concepts again perhaps. Would recommend to those interested in the genre.
It was alright back in college. It never gelled with me due to his abundant optimism and faith in the unknown reaches of the world's "design." What's the point in philosophizing if all is as it should be?
Perhaps reading Voltaire's "Candide" prior has skewed my view...no, it's Leibniz that is silly. If only he'd met Nietzsche.
I first read most of this volume while in a graduate school class on the Rationalists a quarter century ago. This time I re-read the Discourse on Metaphysics, the Monadology, and a some other essays. I wasn't quite as intrigued by Leibniz this time around as last time. The Monadology is far more interesting than the Discourse.
There's not much to say about Leibniz, other than that I hardly understood him. There's just something about Rationalist thinkers that I can't resonate with, excluding Descartes' Discourse and Meditations. I can read Leibniz, and this applies to Spinoza as well, but I can never grasp it. In class, we would go over specific sections of his argument, literally a single sentence. We would finally understand it but lose it when moving to the next. I really can't wait for how Philosophers after Leibniz interpret and criticize his work because maybe that might help me finally get what he's doing.
Leibniz is for me, a learned mathematical imagination, in each of his texts you can find the perfect logical argumentation coupled with a wonderful imagination that expresses some metaphorical images, even poetic. This book is a wonderful example, as it compiles the most suggestive and powerful themes of the Hanoverian philosopher, from charateristica universalis to the principles of nature and grace, read this book only if you want to understand the universe.
Leibniz is unfortunately not that important in the grand scheme of things as he was never able to publish a full book. However, this is a fun read especially when comparing with other more influential philosophers and their thought. The monadology stands out as probably the best text to read to understand his thought.
Leibniz was too Christian to consider some philosophical problems. It seems that it made a bad excuse to avoid wrestling with philosophical difficulties. So literally it is a kind of deus ex machina! I think if he were in an age that Christian influence have become weak as ours, he would do more important works. That is unfortunate.
A pretty interesting book overall. The arguments, partly because of how old they are, can be easy to misinterpret, and I can imagine some people dismissing them out of hand simply because he talks about God, but they’re worth considering