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Annabella Claudia M.A. (phil. / phys. / psych.)
SCIENTIFIC PAPERS PUBLISHED:
2005°:
Luoghi
di culto femminile in Trentino
(Female Cult Places in Trentino),
in: Congress papers of the V. conference "Matriarchato e Montagna",
Trento, Centro di Ecologia Alpina, Italy.
Documentazione del convegno 13.12.-14.12.2003 a Sardagna, Trento
2004a:
Zahlen, Raumgeometrie und Sozialstruktur (numbers, space-geometry and social
structure), in: Freiräume, Band
11, Präsenz im Raum,
FOPA (Feministische Organisation von Planerinnen und Architektinnen), Kleine
Verlag, Berlin (journal for women in Architecture).)
2004b:
Bootstrap-Theorie von Norm und Abweichung,
in: Standart: Abweichung, Dokumentation 29.Kongress von Frauen in
Naturwissenschaft und Technik, Hoffmann und Hoyer Verlag, Berlin
2003:
Die Splitter Kunst und Wissenschaft zusammenfügen. in: FINUT,
Dokumentation, 28. Kongress von Frauen in Naturwissenschaft und Technik,
FiT-Verlag, Darmstadt
2002;
Numbers and Geometrical Forms as an Intercultural Language, in: The
Diversity of Intercultural Communication, papers in Anthropological Linguistics
28, Göteborg University;
2000,
A
bootstrap theory of conflicting values. An analysis of natural and artificial
values.
In: Maria Isaksson / Felicia A. Rokaas (Ed.) ; Conflicting Values: an
intercultural challenge, Oslo.
Papers to download:
|
| Year |
Field |
Title
and Abstract |
Download |
| 2002 |
|
i
Principi Astratti nella Natura &
I Principi Naturali nell'Astratto
in
Italian: presentation at a conference organized by the town Dro
(Trentino). November 2002.
SIZE: about 6.2 MB, download time about 5 minutes.
Abstract:
Nella natura ci
sono alcuni principi che si esprimono negli eventi naturali. Questi
principi non si rivelano nel modo diretto, ma solo analizzando gli
eventi. Per questo motivo sono nominati astratti. Analizzando quadri
cosiddetti "astratti", particolarmente quelli che non solo
sono accettati dai cosiddetti esperti ma anche dal pubblico, si
trovano gli stessi principi espressi in proporzioni di forme, colori
e strutture. Per trovare queste strutture nei quadri astratti si
devono prima conoscere i principi nella natura.
I principi si possono dividere in quelli che si esprimono
1) numeri e proporzioni numerici
2) forme geometriche
3) strutture che seguono le regole delle teorie di caos
All'inizio della relazione sono spiegati queste regole. Nell'ultimo
capitolo sono analizzate alcune opere, usando le regole della prima
parte.
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|
| Year |
Field |
Title
and Abstract |
Download |
| 2001 |
Philosophy of Science,
Gender |
Das
Trennungsparadigma
Arbeitspapier
zum 27.
Kongress von Frauen in
Naturwissenschaft und Technik
Thema: "Wissen schaf(f)t Widerstand"
24.
- 27. Mai 2001
Technische Universität Wien, Österreich
Abstrakt:
Die
Naturwissenschaften pflegen, wie alle Organisationen die sich historisch
aus patriarchalen Strukturen entwickelten (Polizei, Kirche, Militär),
gewisse Dogmen. Diese Glaubensvorschriften dienen in erster Linie der
Machterhaltung. Hinter diesen Dogmen liegt jedoch eine tiefere Struktur
verborgen, ein Paradigma, das den Dogmen als Glaubensbasis dient. Das
wirksamste davon ist das Trennungsparadigma. Es geht von der Illusion aus,
dass zwei Objekte, im absoluten Sinn, hundertprozentig getrennt sein könnten.
Interessanterweise widersprechen Ergebnisse moderner Naturwissenschaften
dem Paradigma, das ihnen als Basis dient. Die Arbeit behandelt die
Auswirkungen des Trennungsparadigmas im besonderen in den Bereichen
Mathematik, Physik, Astronomie, Biologie, Psychologie, Medizin und
Anthropologie. |


(Literatur)
|
|
| 1997 |
Social Psychology of
Gender |
MODELL FÜR: INTER
/ ULTRA - SEX / GENDER
Die ökonomische Dimension von Gender
Diskussions-Papier
zum Symposium "Körper,
Identität, Geschlecht"
Ethnologische Ansätze zur empirischen und theoretischen Konstruktion des
Sexus
4. -6.4.1997 Institut
für Éthnologie und Afrika-Studien
Johannes Gutenberg Universität, Mainz
Abstrakt:
Theorien
zur Analyse von Gender- und Sex-Konstruktionen verlangen ein
mehrdimensionales Modell, um Multi-Gender Gesellschaften wissenschaftlich
untersuchen zu können. Für WissenschaftlerInnen aus dem westlichen
Kulturkreis, deren Primärsozialisation in dichotomen bipolaren
Genderkategorien erfolgte, verlangt dieses Vorgehen besondere Sorgfalt.
Die hier vorgestellten Modelle nehmen für sich in Anspruch, Kulturen mit
beliebig großer Zahl an Gender-Formen (offene, geschlossene, fraktale,
polare) analysieren zu können. Besonderes Augenmerk wird dabei auf die
Machtfrage gestellt, da die Wertezuweisung sozialer, psychologischer und
ökonomischer Schemata
weitgehend vom jeweiligen Machtblock kontrolliert wird. |
 |
|
| 1998 |
Asian Studies;
Architecture,
Archaeology |
NUMBERS AND
GEOMETRICAL FORMS AS AN INTERCULTURAL LANGUAGE‘
Paper presented by A.
C. Hofmann for Euroseas 98
at the University of Hamburg 3.9. – 6.9.1998
Abstract
Numbers are used in
two different modes. One is for calculating, the other is symbolically.
Studying different branches of sciences one comes to the conclusion that
numbers as a symbol in most cases have the same values connected.
Interestingly the same values show up in myths of all cultures. A similar
connection can be made with geometrical forms.
The next question is, if one can be sure that in past times numbers as a symbol and
geometrical forms possessed the same values as today, knowing that to the
same form even opposite values can be connected as it is well known with
the swastika.
As a counter-check
one can use architecture in archaeology. There is a strong correlation
between shapes of houses and rooms on one side and cultures based on
violence or cooperation on the other side. That leads to the
idea that in a certain way geometrical symbols work as an inter-cultural
language. The composition of
the symbols (two or three dimensional) follow an inter-cultural
"grammar", reproduced in a similar way as language. In myths and
in religious rites basic numeric and geometric symbols show up as
configurations of action or events. Often they are used on a meta level,
defining a dimension of 'deeper' meaning.
It can be shown
that the same values show up in modern sciences and can be found in
architecture too. As an excellent example for this statement serves art
and architecture of Buddhism or Taoism.
Archaeological
research in England, Ireland, Malta, Sardinia, North Africa, Middle East,
or in the area of the American pre-Columbian cultures, support the
statement that this theory holds international comparisons.
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| 1998 |
Intercultural Communication
Theory of Symbols
|
NUMBERS AND
GEOMETRICAL FORMS AS AN INTERCULTURAL 'LANGUAGE'
Paper presented by A.
C. Hofmann
for the 98 NIC Symposium on Intercultural Communication
at the University of Göteborg 25.11. – 27.11.1998
Abstract
As
a generalization it can be said that numbers are used in two different
modes: 1) for calculating, 2) symbolically. In studying different branches
of sciences one comes to the conclusion that numbers as symbols, in most
cases, are connected to the same values and. Interestingly the same values
show up in the myths of all cultures. A similar connection can be made
with geometrical forms.
The
next question is, to determine if one can be sure that in past times
numbers as symbols and geometrical forms possessed the same values as
today, knowing that even opposite values can be connected to the same form
as it is well known with the swastika.
As
a counter-check one can use architecture in archaeology. There is a strong
correlation between the shapes of houses and rooms on the one hand and
cultures based on violence or cooperation on the other side. This will be
explained in this paper.
This
leads to the idea that in a certain way, geometrical symbols can work as
an inter-cultural language.
The
composition of the symbols (in two or three dimensions) follow an
inter-cultural "grammar", reproduced in a way similar to
language. In myths and in religious rites, basic numeric and geometric
symbols show up as configurations of action or events. Often they are used
on a meta level, defining a dimension of 'deeper' meaning.
It
can be shown that the same values show up in modern sciences and can be
found in architecture too. An excellent example to support this statement
is to be found in the art and architecture in Buddhism or Taoism.
Archaeological
research in England, Ireland, Malta, Sardinia, North Africa, the Middle
East, or in the area of the American pre-Columbian cultures, supports the
contention that this theory holds under international comparison.
|
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|
| 1999 |
Psychology |
A BOOTSTRAP THEORY
OF NORM & DEVIANCE
PAPER FOR THE
CONFERENCE:
NORMALITY AND PSYCHOPATHOLOGY IN THE LATE 20th CENTURY
University of the
Witwatersrand, Gauteng, South Africa.
September 6th - 9th 1999
Conference paper for
the chapter:
The philosophical underpinnings of 'the problem of pathology' in
modernity; a general introductory section for more broad and
theoretically-based critiques of the notion of pathology.
Abstract
"Norm"
and "deviance" are defining each other, thus for an analysis one
needs an outside agency to clear the context of these words. As a useful
measure the contrast "natural" and "unnatural" will be
used, as these concepts can be defined without any social,
racial,
political or economical bias.
Any individual acts
as an unit. Most actions are based on choice. The number of choices vary
from case to case and person to person.
Some actions will
be new and unpredictable, some will be cyclic repetition of learned
pattern. Both are necessary parts of daily life.
The above named
characteristics fit the prerequisites for the Parity Transformation, the
Theory of Catastrophe by Renè Thom,
and the Baker Theory by Ilya
Prigogine. Bound together in a bootstrap theory, they are useful to
determine "natural" behaviour of cyclic systems, enclosing
discrete and finite elements. The behaviour of the single element is not
determined but still there will be a generalized conduct of the whole. In
case of elements that are not human beings, this conduct can be defined as
"natural", and one has a useful tool to measure "norm"
and "deviance" in human behaviour independent of social bias.
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|
| 1999 |
Intercultural Communication
Conflict Management
|
A
BOOTSTRAP THEORY OF CONFLICTING VALUES: AN ANALYSIS OF NATURAL AND
ARTIFICIAL VALUES
Paper
for the Symposium on Intercultural Communication. "Conflicting
Values: An Intercultural Challenge" 18-20 November 1999, Oslo, Norway
NIC, Nordic Network
for Intercultural Communication
Hosted by The Department of Intercultural Communication and Languages and
The Norwegian School of Management BI
Abstract
Value conflict
arises in case that two persons or groups insist on their opinion that a
particular value given to a process, structure or object is the only one
possible and the "right" one.
This theory states
that there are two entirely different processes possible. One is called
"natural", the other "normal" or
"artificial" process. Values can be assigned to both. The
contrast to it are "un-natural" and "deviate"
processes.
Common values of
natural processes can be deducted by observation of natural cycles.
Features of natural processes can be defined without any social, racial,
political or economical bias with the help of certain mathematical tools
as there are: the Theory of Chaos, the Theory of Catastrophe by Renè
Thom, and the Baker Theory by Ilya
Prigogine. These theories are useful to determine "natural" behaviour
of cyclic systems enclosing discrete and finite elements and they
are selected because they fit also the requisites for social sciences. The
behaviour of the single element (person, individual) is not
determined,
there is free choice, but still there will be a generalized conduct of the
whole (culture, society, group).
In case of value
conflict, the theory offers several models to determine if the assigned
values are given to natural or artificial processes or structures. In the
first case one can state that there will be a solution for the conflict,
following this direction.
In general there are
three proportions possible |
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1)
2)
3) |
Every
artificial value is part of natural values.
Some artificial values take part in natural values.
Artificial and natural values are distinct. |
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It permits
in general three cases for value conflicts: |
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1) |
Both
parties assigned values not covered by natural ones.
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2) |
One party
took values from natural, the other from unnatural cycles.
Here it would be wise to follow a solution proposed by the first group,
even if not all of the values are deducted from natural cycles. |
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3) |
Both
parties assigned natural values.
In this case a mediator should demonstrate to the parties that both
proposals are valid solutions and in reality there is no value conflict
involved. That means, value difference does not necessarily conclude value
conflict! In nearly all of the cases, if one party is convinced that there
is only one solution to a value conflict, this solution is for sure the
wrong one. As a rule in this case, that party has no interest in a
solution but looks for an excuse to use violence. |
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In general, the
probability of a value conflict is low in case a high number of value
choices is given. The less choices are offered, the more a system is prone
to create problems and value conflicts. |
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| 1999 |
Time-Space Physics |
Definition von ‚Zeit‘ und ‚Raum‘ auf
axiomatischer Basis.
Konsequenzen und Schlussfolgerungen.
Arbeitspapier für die "Deutsche
Physikerinnentagung"
11.11.-14.11.1999 in Heidelberg
Abstract:
Mit
drei einfachen Axiomen lässt sich eine Definition von ‚Zeit‘
aufstellen, die nicht nur in der Physik Gültigkeit hat, sondern auch in
den Humanwissenschaften anwendbar ist.
Mit Hilfe dieser Definition und mit der von EINSTEIN und MINKOWSKY
vorgeschlagenen Formel läßt sich ‚Raum‘ jeder Dimensionsgröße
ableiten. Führt man diesen Algorithmus konsequent aus, so führt dies zur
Konstruktion von Hyperräumen die andere Eigenschaften aufweisen als die
bisher postulierten, die aber diejenigen Widersprüche vermeiden, welche
bisher zwischen Experiment und Theorie aufgetreten sind, besonders im
Bereich der Quantenoptik.
Diese
Konstruktion erlaubt auch einen neuen Ansatz zur Erklärung der
Gravitation. Der Fehler bisheriger Theorien lag in einer irrigen
Vorstellung der geometrischen Form eines vier-dimensionalen Hyperraums.
Zur Untermauerung der Aussage lässt sich mit obigem Ansatz die Formel für
die Gravitation direkt ableiten, ohne dass man sich dabei auf Experimente
bezieht. Als weitere Nebeneffekte dieser alternativen
Zeit-Raum-Konstruktion erhält man Antwort auf die Fragen:
·
Warum
findet man keine freien Quarks?
·
Unterschiedliche
Rotverschiebung bei Doppelsternsystemen?
·
Scheinbar
supraluminale Effekte (Versuche von Kwiat, Chiao und Steinberg)?
·
Warum
gibt es die Wechselwirkung des neutralen Stroms?
·
Wie
entsteht der Tunneleffekt?
·
Was
bedeutet die Zahl 137?
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updated 06-06-10
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