Kategori Arkiv: Topologos

Projective planes

A few projective planes I once made. Jacques Siboni (click on image to zoom)

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R. S. I. on a Cross Cap

R. S. I. on a Cross Cap: Real is in red, Symbolic in purple, Imaginary in green

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Projective Plane with a point singularity

Projective Plane with a point singularity

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Projective Plan with a point singularity made with soap bubble

Projective Plan with a point singularity made with soap bubble

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1ère kilde: Atelier topologie clinique #01 struktur Syntaktisk

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syntaksen

Syntaksen lyver ikke

Alle våre verksteder: det er her

Jacques Siboni’s brief Resume

To begin with, I was trained as a Medical Doctor and psychiatrist. I went through psychoanalysis personally.

My thesis for degree in psychiatrya requirement for this degree in Francewas to build and create an expert system integrating all of the DSM III rules (Diagnostic and Statistical Manual of Mental DisordersAmerican Psychiatric Association).

Till 1979, I worked in many psychiatric institutions and hospitals. Then I decided to leave them to start a private practice as psychoanalyst, psychotherapist, and psychiatrist. A practice I still have today.

Since I had been trained as an engineer in computer science and electronics at the time I was studying medicine, I decided to work in the world of industrial engineering. From 1980 to 1986 I was involved in Artificial Intelligence projects.

Meanwhile for my personal researches I was building a system able to automatically analyse a corpus of Jacques Lacan’s quotations. The system can be understood as a system for syntactic and semantics analysis. It had been named Sinfrasis.

Then I started a company called Symphrasis specialized in speech processing and natural language processing in 1987 with a friend. The company lasted till 1994. In this context I met Ron Brachman from AT&T Bell in NJ. Through him I had access to very interesting Knowledge Representation systems dedicated to building intelligent complex taxonomies, KL-One, Classic, Loom.

Siden 1995, I have been working in psychiatric institutions for abused children, drug addicts, deaf children, teenagers with major speech disorders

Presently my major research focus is automatic language processing systems, topology, and logic.

By applying these techniques to Jacques Lacan teachings, I write papers on the topological approach to the subject of the unconscious, and I have published two books that are thesaurus of thousands of quotations made by Lacan. They are presented as a kind of paper hypertext where quotations can be accessed through each of the various concepts involved.

I am or have been a member of the following associations:

  • Founding member of Dimensions de la Psychanalyse, Paris.
  • Founding member of TCPPThéorie et Clinique des Pathologies de la Pensée (Theory and Practice of Thought Pathologies), Paris
  • Lettre de Topologie, Paris.
  • Founding member of Lutecium, Paris
  • Member and former president of Centre de Recherche en Psychanalyse et Écritures, Paris
  • Member of Insistance, Paris
  • Founding member of the American extension of Groupe de Travail Lutecium, Lutecium Psychoanalytic Training Group in San Francisco, but had to leave.

Struktur av det subjektive som konsekvens av betydningsrelasjonen

Lacansk struktur av det subjektive som konsekvens av betydningsrelasjonen

av Tomasz Gil © 2012

Tilgjengelig i PDF-versjon

Abstrakt

Den Lacanianske premisset om at det menneskelige subjektet er et system av signifikatorer bundet av en signifikansrelasjon behandles med matematisk strenghet og lar en definere delmengder av signifiers som kan betegnes som ubevisste og innbilte. Egenskapene til disse undergruppene gir opphav til en viss struktur av det subjektive som ligner veldig på Lacanian innsikt. Spesielt kan et sett som fungerer veldig som en Lacanian Real identifiseres. Vi definerer et utelukket sett og viser at det bare kan være en delmengde av det virkelige. Også visse begrensninger på hvordan elementer av det virkelige, Ubevisst og innbilt kan gjensidig relatere seg til sentrale psykoanalytiske ideer.

Introduksjon

Etter Lacans syn er det menneskelige subjektet konstituert som en konsekvens av å bli introdusert i en verden av betegnere som leder ham bort fra en enkel levende virkelighet. Motivet investerer kreftene sine i å beskytte et bilde av seg selv – egoet – og til å utvikle en persona definert av verdens regler – det sperrede emnet $. Dette er regionene som Lacan kalte Symbolic and Imaginary, og deres virkemåte er hovedkarakteristikken for Lacanian-faget. I tillegg til disse identifiserer Lacan også et tredje rike – den virkelige – som tilsvarer kjernevirkeligheten i å leve. Det virkelige er “Ting” som alltid er på ett sted og, selv om den tilsynelatende er passiv, det er det motiverende senteret for aktivitetene i de andre rikene – tilsynelatende som stedet for den tapte gjenstanden for primordial glede.

I denne oppgaven ser jeg tydelig på subjektet som et system av betegnere og betegnelser bundet av en betydningsrelasjon. Jeg studerer de matematiske strukturene som kan identifiseres i et system som et resultat av signifikasjonsrelasjonen. Kort oppsummert tar jeg den lacanske uttalelsen – “subjektet er ikke annet enn et resultat av systemet av signifiant” – pålydende, se etter matematiske resultater som er strengt tilgjengelige og tolke dem i Lacaniske termer. Matematikk er et system for formalisering av intuisjoner som kan tas opp av intellektet og gis fullt medlemskap i fornuftens domene. Matematikken i denne utviklingen er streng mens tolkningen deres er tentativ og til en viss grad spekulativ da ingen kliniske data eller innsikt er involvert.

Matematikken i denne artikkelen er ikke den aksiomatiske settteorien som visse filosofer vil ta som grunnlag for ontologi. Vi studerer ikke ontologi, men informasjonsteori i likhet med teorien om relasjonsdatabaser. Det matematiske kjernebegrepet er det av forhold som er en viss generalisering av funksjonsbegrepet.

Det subjektive rommet og betydningsrelasjonen

La Ω være et sett med elementer, også kalt varer, utgjør et rom. Vi vil foreløpig betrakte dette rommet som det subjektives rom. Signifikanter og signifikanter er alle ekvivalente elementer av Ω.

La oss vurdere en binær relasjon Σ på mengden Ω som betyr en delmengde av det kartesiske produktet av rommet på seg selv. Dette er med andre ord et utvalg av bestilte par (x,y) hvor x og y er elementer av Ω

(1) Σ ⊂ Ω x Ω

Dette er å si at visse par (x,y) tilhører Σ.

(2) (x,y) ∈ S

hvor x ∈ Ω og y ∈ Ω

Vi vil også si at x og y står i relasjon Σ og skriver enkelt

(3) x → y

Dette vil være den foretrukne notasjonen for relasjonen Σ. Når i relasjonsparet kan x → y sees på som betegner og betegnes med disse begrepene som angir roller i relasjonen i stedet for egenskapene til x og y tatt hver for seg. Legg også merke til at en gitt x kan stå i forhold til mer enn én y og omvendt.

Relation Σ is to represent the significations in effect in the space of the subject. Relation Σ is taken at an instant in time as we consider a temporally fixed point in the history of the subject and attempt to study the subject’s structure.

The meaning of the signification relation is the signifier-signified relationship where x is the signifier and y the signified. The relation Σ simply lists which items x denote which items y. To be clear, the term signifier and signified denotes merely the role of an item x ∈ Ω or y ∈ Ω in a given pair (x,y) and is not its characteristic. A more descriptive terminology would be name og image and we will use it to bring us closer to the intuitions we want to formalize. The objective of this paper is to study the structures that can be discerned in Ω as induced by the relation Σ.

Unconscious and imagined sets

Let us call any set U ⊂ Ω having the property

(4) ∀ x ∈ U not ∃ y ∉ U y → x

unconscious set. This set has the property of not having any element from outside of it point to any of its elements.

Furthermore let us call any set I ⊂ Ω having the property

(5) ∀ x ∈ I not ∃ y ∉ I x → y

imagined set. This set has the property of not having any element from outside of it pointed to by any of its elements.

It is easy to prove that a union of two or any number of unconscious sets is also an unconscious set. Likewise the union of any number of imagined sets is also an imagined set. This will be even easier to see after we introduce new definitions.

The global set Ω is both unconscious and imagined. Including Ω in the aforementioned unions leads to uninteresting triviality erasing all structure. Or perhaps it describes animal subjectivity.

Let us take subset A of Ω — A ⊂ Ω. Then we define:

(6) M(A) ⊂ Ω: {x ∈ Ω: s.t. ∃ y ∈ A y → x}

and call it the signifieds of A, (s.t. =such that”). Set M(A) will comprise all targets of significations of elements of A. We call them images of A. Further, we define:

(7) N(A) ⊂ Ω: {x ∈ Ω: s.t. ∃ y ∈ A x → y}

and call it the signifiers of A. Set N(A) will comprise all origins of significations of elements of A. We call them quite intuitively names of A.

For single element set A = {x}, that is consisting only of element x, we can write:

(6a) M({x}) = {y ∈ Ω: x → y}
(6a) N({x}) = {y ∈ Ω: y → x}

The above says that M are all those elements pointed to by x, while N are those that point to x.

With help of the definitions of the M and N functions on the space of subsets A of Ω we can produce these characterizations of imagined and unconscious sets. Namely, for any unconscious set U:

(8) N(U) ⊂ U

and for any imagined set I:

(9) M(I) ⊂ I

It is easy to show that it is in fact so along with the inverse i.e.:

(10) N(A) ⊂ A ⇔ A is unconscious
(11) M(A) ⊂ A ⇔ A is imagined


Figure A. Set A and its images M and names N. For an arbitrary set A there is no restriction on how it might overlap with its images and names. The arrows show examples of elements realizing the signification and the N and M set mappings. If set A is unconscious then N(A) would be completely contained in A. If A is imagined then M(A) would be completely enclosed in A.

The whole unconscious and the whole imagined

Since the union of any number of unconscious sets is an unconscious set we can construct the union of all such sets (except Ω itself). This will be called the whole unconsciousΥ0. Let us write:

(12) Υ0 = ∪ U

where U are all proper (i.e. U ≠ Ω) unconscious sets. Likewise for the whole imagined setΙ0:

(13) Ι0 = ∪ I

where I denotes all proper imagined sets. The interesting cases will of course occur when the whole unconscious and the whole imagined do not fill the whole space, i.e.: Υ0 ≠ Ω and Ι0 ≠ Ω. The part of Ω outside of the whole unconscious and imagined subspace is the conscious part which is a characteristic of the human psyche. In psychoanalysis we are interested in the unconscious and imagined while the most available part of the psyche is of course the conscious part. This should not mislead anyone into presuming that consciousness it the main object of interest. As a matter of fact we have not defined the conscious space and will not have a need to do so. Let us observe that the unconscious and imagined space have been defined by demanding that they obey certain conditions. Anything outside of those spaces combined will not satisfy these conditions which will indicate that these elements are more accessible to observation and investigation, which usually follows a chain of signifiers, – aka appear as conscious elements.



Figure B. Υ0 and Ι0 intersecting into R. The arrows again indicate possible significations. Note how they observe the restrictions imposed by the definitions of these sets: no arrow points into the unconscious from its outside, no arrow points out of the imagined outside of it.

Equations (10) og (11) obviously hold for the whole unconscious Υ0 and the whole imagined Ι0, respectively. However, we would like to consider sets defined by the M and N mappings acting on these sets.

(14) P = N(Ι0)
(15) S = M(Υ0)

I would like to call set P the poetic set and set S the symbolic set. In plain language set P is comprised of all the names for imagined items while S is comprised of all the images for unconscious signs/names. The elements of P are x s.t. x → y, where y ∈ Ι0which means is something that points directly to an imagined item. An element in S is x s.t. y → x where y ∈ Υ0. P and S are spaces near the edge of the imagined and unconscious, respectively. Regions of P and S may be outside of the unconscious and imagined and thus more empirically accessible. When they are the P elements are those symbols that point to the subject’s imagined material and S elements are effects of the unconscious speaking to the subject.

Subtractionsunnameable and unimaginable

Removing the P elements from the imagined set leaves there only the elements that do not point to any further images. Likewise, removing set S from the unconscious set leaves only the elements that are not pointed to by anything. I call those remnant sets unnamable and unimaginable.

(16) Ι0 − Punnameable
(17) Υ0 − Sunimaginable

The unnameable is the locus of Lacanian fundamental fantasy, whereas the unimaginable is the locus of the phallus, the master signifier.

(16a) φ ∈ (Ι0 − P)
(17a) Φ ∈ (Υ0 − S)

It is possible that the phallus Φ points to the fundamental fantasy φ:

(18) Φ → φ

The preceding definitions and discussion of the poetic and symbolic is highly speculative and attractive only because of our interest in placing these concepts within the framework. Likewise the position of the phallus and the fundamental fantasy is a speculative leap upon which further reflection is called for to be followed almost surely by a reformulation. These attractive definitions are intended to mark the point where further development is desired.

Some formal development

Let us present
Lemma 1: For any A ⊂ B; A, B ⊂ Ω it holds that

N(A) ⊂ N(B), M(A) ⊂ M(B)

It states that for A being a subset of B all images of A are also a subset of images of B. Likewise names of A are a subset of names of B. The proof is elementary.

This leads immediately to the next
Lemma 2: For any A, B ⊂ Ω it holds that

N(A∩B) ⊂ N(A) ∩ N(B)
M(A∩B) ⊂ M(A) ∩ M(B)

This says that images (M) of an intersection of two sets are contained in the intersection of images of each of the sets. Same holds for names (N).

Let us consider the intersection of the whole unconscious with the whole imagined and denote it by R.

R = Ι0 ∩ Υ0

It is a candidate for the Lacanian Real.

By virtue of Lemma 2 we can write for the names of R:

N(R) ⊂ N(Υ0) ∩ N(Ι0)
⊂ Υ0 ∩ N(Ι0)
⊂ Υ0

where the second inclusion is justified by (8) characterizing any unconscious set. The last line is justified by the fact that a subset of an intersection of two sets is also a subset of each of the sets. Same goes for the images of R:

M(R) ⊂ M(Υ0) ∩ M(Ι0)
⊂ M(Υ0) ∩ Ι0
⊂ Ι0

where we used Eq. (9). We have just shown
Theorem 1:

N(R) ⊂ Υ0
M(R) ⊂ Ι0

In plain language we would say that all the images of R are imagined and all the names of R are unconscious.

Foreclosed

Let us consider a set F ⊂ Ω s.t. N(F) ⊂ F and M(F) ⊂ F. This says that all the images of F and of the names of F are contained within F. This means that F is both unconscious and imagined satisfying both (8) og (9). Then it follows that F must be a subset of both the whole unconscious and whole imagined.

F ⊂ Υ0 ∧ F ⊂ Ι0
F ⊂ Υ0 ∩ Ι0
F ⊂ R

We will call a set which is both imagined and unconscious a foreclosed set. A foreclosed set consists of elements that are not accessible from the outside and do not access anything outside of the set by following the signification relation. In the above we have demonstrated
Theorem 2: A foreclosed set is a subset of R – den virkelige.
Or,

F ⊂ Ω : N(F) ⊂ F ∧ M(F) ⊂ F ⇒ F ⊂ R

Conscious

Let us turn to the space outside of the whole unconscious and the whole imagined. This is the domain of the conscious. Let us consider a set C in the conscious C ⊄ Υ0 ∪ Ι0. Let us take x ∈ C and y ∈ R. If x → y and y ∈ R ⊂ Υ0 we would violate the condition that nothing can point into an element of the unconscious from the outside of it. Likewise if y → x, then seeing that y ∈ R ⊂ Ι0 we would violate the condition that the imaged cannot point outside of itself. Thus we have shown
Theorem 3: For any C ⊄ Υ0 ∪ Ι0 (conscious set)

M(C) ∩ R = ∅
N(C) ∩ R = ∅

This is to say that images and names of any conscious elements are never in the Real.

Discussion



Figure C.Demonstration of possibilities for elements of Ω. See text for discussion.

Figure C produces a number of examples of signifiers/signifieds residing in various regions of Ω identified by the configuration of the whole Unconscious Υ0 and whole Imagined Ι0 and being in signification relation Σ. u3 → u4 are elements in the Unconscious. Similarly, i4 → i3 are in the Imagined. c1 points into the Imagined i2 from the Conscious space, whereas u1 in the Unconscious has a Conscious image in c2. This is all quite well expected.

The dashed lines illustrate situations that are not permitted to occur. Firstly, no elements of the Real can be images or names of any elements of the Conscious. This is the consequence of Theorem 3. Secondly, elements of the Real cannot have images in the non-Imagined Unconscious and elements of the Real cannot have names in the non-Unconscious Imagined. This is a consequence of the definition of the Imagined and Unconscious given in (10-11).
In psychoanalytic terms one might say that we have identified and rigorously characterized a privileged region of the subjective.

How are then elements of the Real reachable? They can be reached as images of the Unconscious (u2 → r3) or they can be names of the Imagined (r2 → i2). Also two elements of the Real can be in relation. The example in the figure is the pair r4 → r5. This pair may be a part of a foreclosed set. The figure suggests that if we supposed that it lists all the pairs that constitute the given signification relation Σ. However, if that were the case the pairs u3 → u4 as well as i4 → i3ought to be placed in the Real as they would be both isolated as unconscious and imagined.

Finally, in the strict Unconscious I speculatively placed the signifier of the Phallus Φ. It is meant to be actually in the unimaginable portion of the UnconsciousΥ0 – M(Υ0). This idea corresponds to the Lacanian view that the phallus is the master signifier which is not available to the subject. Likewise I decided the place the fundamental fantasy φ in the strict Imagined postulating above in the text that it is part of the unnamable Ι0N(Ι0). The Phallus signifier pointing to the fundamental fantasy is just a possibility.

Conclusion

Following the premise of the subject as being constituted by a system of signifiers I was able to show, with the aid of additional definitions, the possibility of existence of the unconscious and imagined as specific regions of the psyche. This in turn allowed me to propose a definition of set R, that may correspond to the Lacanian Real. The conscious part of the psyche is merely a leftover region that belongs to neither the unconscious not imagined. In a way the structure resembles Lacanian Schema L where the unconscious and imaginary operations intersect to produce a barred subject confronting the object of desire.

 

Among other constructs that seem particularly productive is the one of the foreclosed set. Also, the concepts of names and images of set AN(A) and M(A) – respectively, seems well aimed and able to facilite further intuitions. Nevertheless, Lacanian concepts of ego, object of desire, jouissance and subject barred are not clearly visible on the horizon, but I hope the future insights will reveal them in this or derived framework. Further work will also be needed to uncover the locus of the Lacanian Symbolic, Imaginary and Real. It would be also very productive to see how a diachronic view of evolution of the system of signifiers through time can be studied showing the processes of speech, expression and approach to the object of desire.

April 10, 2012