LIST OF
PUBLICATIONS (134) (as of March 31, 2010)
George
Kampis, Prof., D.Sc., Dr. Habil., PhD.
I.
INTERNATIONAL (83) I.1. BOOKS (5) 5. Forrai, G.
& Kampis, G. (ed.) 2005: Intentionality. Past and Future,
Rodopi,
Amsterdam. 4. Kampis, G.,
Kvasz, L., & Stšltzner, M. (ed.) 2002: Appraising Lakatos,
Kluwer,
Dordrecht. 3. Kampis, G.
& Weibel, P. (ed.) 1993: Endophysics. A New Approach to the
Observer
Problem with
Applications
in Physics, Biology and Mathematics, Aerial Press,
Santa Cruz, CA. 2. Kampis, G.
(ed.) 1991: Creativity in Nature, Mind and Society, Gordon and
Breach,
New York.
also
as: Special Issue of World Futures: The Jnl. of
General Evolution, 32/2-3. 1. Kampis, G.
1991: Self-Modifying Systems: A New Framework for Dynamics,
Information, and Complexity,
Pergamon, Oxford-New York, pp 543+xix. I.2. BOOK CHAPTERS (20) 20.
de
Back,
W.,
Branciamore, S. and Kampis, G. (2008). Phenotype-based
evolution of complex food webs (abstract). In
S. Bullock, J. Noble, R. Watson, and M. A.
Bedau (eds.) Artificial Life XI: Proceedings of the Eleventh
International
Conference on the Simulation and Synthesis of Living Systems, p.
760. MIT
Press, Cambridge, MA. 19. W. de
Back, L. Guly‡s, G. Kampis: Niche
Differentiation and Coexistence in a Multi-Resource Ecosystem
with Competition, In: Advances
in Artificial Life: 9th European Conference on Artificial Life, ECAL
2007, LNAI
4648, p. 284-293, Springer-Verlag, 2007. 18. Kampis, G. & Guly‡s, L. 2006: Phat Phenotypes for
Agents in Niche
Construction, in: Artificial Life X:
Proceedings of the Tenth International Conference on the Simulation and Synthesis of
Living Systems (Bradford Books), MIT Press,
Boston. 17. Kampis, G. & Guly‡s, L. 2004:
Sustained Evolution from Changing Interaction,
in: Alife IX, MIT Press, Boston, pp. 328-333. 16. Kampis, G. 2002: The
Natural History of Agents, in: Guly‡s, L., Tatai, G., V‡ncza,
J. (ed.): Agents
Everywhere,
Springer,
Budapest,
pp. 24-48. 15.
Kampis, G. 2001: Organization, Not Behavior, in: Reduktion Ð Spiel Ð Kreation (K. Edlinger, W. Feigl, G.
Fleck (ed.), Peter Lang, Wien, pp 35-47. 14. Kampis, G. 2001: The
'Hermeneutics' of Life, in: FehŽr, M., Kiss,
O.,
Ropolyi,
L. (ed.): Hermeneutics
and Science,
Boston
Studies
in the Philosophy of Science 206, Kluwer,
Dordrecht, pp. 157-169. 13. Kampis, G. 1997:
Evolution as Its Own Cause and Effect, in: Evolutionary
Systems (ed.: S.
Salthe and G. van de Vijver), Kluwer, Dordrecht, pp. 255-266. 12. Kampis, G. 1995:
Creativity, Information, and Change: New Causal Models, in: Conceptual
Tools for Undersanding Nature (ed. G. Costa, G. Calucci
& M. Giorgi),
World Scientific, Singapore, pp. 22-35. 11. Kampis, G. 1994:
Biological Evolution as a Process Viewed Internally, in: End/Exo Problems
in Dynamical Systems (ed.: H. Atmanspacher and G.J. Dalenoort),
Springer, Berlin,
pp. 85-110. 10. Kampis, G. 1994:
Computing Beyond the Machine Metaphor, in: Computing with
Biological Metaphors (ed.: R.
Paton), Chapman and Hall, London,
pp. 393-413. 9. Kampis, G.
1993: On Understanding How the Mind is Organized, in: The
Evolution
of Cognitive
Maps (ed.:
E.
Laszlo,
I. Masulli, V. Cs‡nyi and R. Artigiani), Gordon and Breach,
New York, pp. 135-150. 8. Kampis, G.
1993: From Dynamics to Information. The Endophysical Perspective of Change, in:
I/3., pp. 20-38. 7. Kampis, G.
1991: Information: Course and Recourse, in: Nature and the
Evolution
of Information
Processing (ed.:
K.
Haefner),
Springer, Berlin, pp. 49-63. 6. Kampis, G.
1991: Process, Information Theory, and the Creation of Systems, in:
Nature and the
Evolution of Information Processing (ed.: K. Haefner),
Springer, Berlin, pp. 83-103. 5. Cs‡nyi, V.
& Kampis, G. 1991: Modelling Biological and Social Change: Dynamical Replicative
Network Theory, in: The New Evolutionary Paradigm
(ed.:
Laszlo, E.), Gordon
and Breach, London, pp. 77-92. 4. Kampis, G.
& Cs‡nyi, V. 1990: Coevolution and the Units in Evolution, in:
Organizational Constraints
in Evolution
(Maynard Smith, J. Žs Vida, G. ed.), Manchester Univ. Press, Manchester,
pp.385-397. 3. Kampis, G.
1989: On the More Formal Approach to Autogenesis, in: Cs‡nyi,
V.: Evolutionary Systems,
Appendix III., Duke University Press, Durham, pp. 217-226. 2. Kampis, G.
1988: On Problems of 'Self-Organization', in: The Paradigm
of
Self-Organization (ed.:
Dalenoort, G.J), Gordon and Breach, London, pp. 88-100. 1. Kampis, G.
1988: Information, Computation and Complexity, in: Nature,
Cognition
and Systems
I. (ed.:
Carvallo, M.E.), Kluwer, Dordrecht, pp. 313-320. I.3. JOURNAL PAPERS (27) 27. Kampis, G. and Gulyas, L. 2008: Full
Body: The Importance of the Phenotype in Evolution,
Artificial
Life, 14(3):
375-386. 26. Mund K. Ð Kampis Gy. 2006:
Evolution and religion in contemporary Hungary, Journal of Cultural
and Evolutionary Psychology, 4(2006)2,
125-157. 25. Kampis, G. and Gulyas, L. 2006: Emergence Out Of
Interaction: Developing Evolutionary Technology For Design
Innovation. Advanced Engineering
Informatics,
20:
313Ð320. 24. Kampis, G. 2004:
Complexity is a Cue to the Mind, Behavioral
and Brain Sciences 27, commentary. 23. Kampis, G. 1998: Where
is the Land of the Signs? Semiotica 120,
263-271. 22.
Kampis, G. 1996: Self-Modifying Sytems: A Model
for the Constructive Origin of
Information, BioSystems 38,
119-125. 21.
Kampis, G. 1996: Explicit Epistemology, Special
Issue on the Internalist View, (ed.
Matsuno, K.) Modern
Review of Philosophy (Japan), 24, 264-275. 20. Kampis, G.: The
Antropic Principle of What?
Psycoloquy
6 (38) 19. Kampis, G. 1993:
Computation, Self-Reference, and Self-Amendment,
Communication
and Cognition: Artificial Intelligence 12, 91-109. 18. Kampis, G. 1993:
Creative Evolution, World
Futures 38,
131-138. 17. Kampis, G. and Cs‡nyi,
V. 1992: Societies as Replicative Component-Systems,
World
Futures 34, 25-41. 16. Kampis, G. 1991:
Emergent Computations, Life and Cognition, World
Futures
32/2-3, 85-93. 15. Kampis, G. and Cs‡nyi,
V. 1991: Life, Replication and Information: Beyond
the Machine Metaphor, J.Theor.Biol. 148,
17-32. 14. Kampis, G. 1989:
Different Forms of Causation in Dynamical Systems: Determinism,
Pattern Generation, and Information, Futura 8,
21-35. 13. (a) Kampis, G. 1989:
Two Approaches for Defining 'Systems', Int.J.General
Systems
15, 75-80. (b) Kampis, G. 1994:
Dwa podejscia do definiowania "systemow", Projektowanie
i Systemy
XIV, 9-15. 12. Kampis, G. 1988: The
Idea of Self-Modification, Int.J.Systems
Research and Info. Science 3, 15-19. 11. Kampis, G. 1988: On
the Modelling Relation, Systems
Research
5, 131-144. 10. Kampis, G. 1988: A
Note on Information and Mental Models, Kybernetes 17,
34-40. 9. Kampis, G.
1988: On Information and Autonomy, Revue
Internationale de Systemique 2, 261-269. 8. Kampis, G.
- Cs‡nyi, V. 1987: A Computer Model of Autogenesis, Kybernetes 16,
169-181. 7. Cs‡nyi, V.
- Kampis, G. 1987: Modelling Society: Dynamical Replicative Networks,
Cybernetics
and Systems 18, 233-249. 6. Kampis, G.
1987: Some Problems of System Descriptions II.: Information, Int.J.General
Systems
13, 157-171. 5. Kampis, G.
1987: Some Problems of System Descriptions I.: Function, Int.J.General
Systems
13, 143-156. 4. Kampis, G.
- Cs‡nyi, V. 1987: Replication in Abstract and Natural Systems, BioSystems 20,
143-152. 3. Kampis, G.
- Cs‡nyi, V. 1987: Notes on Order and Complexity, J.Theor.Biol. 124,
111-121. 2. Kampis, G.
- Cs‡nyi, V. 1985: Simple Models Don't Eliminate Complexity from the
Real World, J.Theor.Biol. 115, 467
- 469. 1. Cs‡nyi, V.
- Kampis, G. 1985: Autogenesis: the Evolution of Replicative Systems, J.Theor.Biol. 114, 303
- 321. I.4. CONFERENCE PROCEEEDINGS, REFEREED (14) 14. W.
de Back, G. Kampis 2009: Emergence and Analysis of
Complex Food Webs in an Individual-based
Artificial
Ecology,
In:
IEEE
Conference, 3rd Symposium on Artificial Life, Nashville, TN, USA. 13.
W.
de
Back, L. Guly‡s, G. Kampis 2007: Niche
Differentiation in Various
Multi-resource Ecosystems.
In:
Proceedings of the European Conference on
Complex Systems, Dresden (ECCS 2007) 12. Kampis, G., Guly‡s, L.
and So—s, S. 2007: The Species Problem in Artificial Life, 1st
IEEE Conference on Artificial Life, Honolulu, Hawaii. 11. Guly‡s, L. &
Kampis, G. 2006: Emergence as a Relational Property in Societies of
Agents, in Proc. AAAI Conf.
ÒInteraction
And Emergent
Phenomena In Societies Of AgentsÓ 10. Kampis, G. & Guly‡s, L. 2006: Full Body: The
Importance of the Phenotype in Evolution, Proceedings
of the Workshop on Evolution of Complexity, AlifeX, Bloomington, IN. 9. Kampis, G.
& Guly‡s, L. 2004: Emergence out of Interaction: A Phenotype Based
Model of
Species Evolution, Proceedings of IWES 04, pp. 83-89. 8. Kampis, G.
2002: A Causal Model of Evolution, Proceedigs of. SEAL 02 (4th
Asia-Pacific Conference
on Simulated Evolution And Learning), Singapore, pp. 836-840. 7.
Kampis, G. 1995: The Inside and Outside Views of
Life, in: Proceedings of ECAL-95, Lecture
Notes in Computer Science, Springer, Berlin, pp. 95-102. 6.
Kampis, G. 1992: Constructive Systems Theory:
Process and Model, in: Cybernetics and Systems
'92 (szerk.: Trappl, R.), World Scientific, Singapore, pp.
11-17. 5.
Kampis, G. and Ršssler, O.E. 1990: How Many
"Gods" Do We Need? Endophysical Self -Creation
of Material Structures and the Exophysical Mastery of Universal
Libraries, in:
Cybernetics and Systems '90 (szerk. Trappl, R.), World Scientific,
Singapore,
pp.
27-34. 4.
Kampis, G. 1988: On Systems and Turing Machines, in:
Cybernetics and Sytems '88 (szerk.:
Trappl, R.), Kluwer, Dordrecht, pp. 85-92. 3.
Cs‡nyi, V. - Kampis, G. 1988: Can We Communicate
with Aliens?, in:
Bioastronomy: The Next
Steps (szerk.: Marx, G.), Kluwer, Dordrecht, 267-272. 2.
Kampis, G. 1987: Information, Minds, and
Machines, in: Cybernetics
and Systems: The Way
Ahead (szerk.: Rose, J.), Thales Publications, London, pp.
325-328. 1.
Kampis, G. 1986: Biological Information as a
System Description, in: Cybernetics and Systems
'86 (szerk.: Trappl, R.), D.
Reidel, Dordrecht, pp. 36-42. I.6. OTHER CONFERENCE PROCEEDINGS AND DIVERSE
PUBLICATIONS (12) 1. Szemes,
G., L. Guly‡s, G. Kampis, and W. de Back 2010: GridABM - templates for distributed
agent
based
simulation,
Open Grid Forum 28 2010, Munich, Germany
2.
Kampis,
George
2009:
The
Power of the Phenotype, Darwin09 Conference, Palma de Mallorca, Spain. 3.
Kampis,
George
2009:
Non-Aristotelian
Entities, ESF Systems Chemistry II invited conference, BalatonfŸred. 4.
George
Kampis, L‡szl— Guly‡s, Zal‡n Szakolczi, Zolt‡n Sz‡szi and S‡ndor So—s
2009: Mapping
Science:
Bio-Inspired
Methods
for Dynamic Network Analysis, ÒModeling ScienceÓ Conference, Amsterdam. 5.
George
Kampis, L‡szl— Guly‡s, Zolt‡n Sz‡szi, Zal‡n Szakolczi and S‡ndor So—s
2009: Dynamic
Social
Networks and the Textrend/CIShell Framework Conference on Applied Social Network Analysis,
Zurich. 6.
L‡szl— Guly‡s, George Kampis, Zal‡n Szakolczi and Ferenc
Jord‡n 2009:
Finding Trendsetters in
Longitudinal Networks, COINS conference, Savannah, USA. 7.
W.
de Back, G. Kampis 2009: Emergence and Analysis of
Complex Food Webs in an Individual-based
Artificial Ecology, In: IEEE Conference, 3rd Symposium on
Artificial
Life, Nashville, TX, USA, 2009. 8.
K.
Kurowski, W. de Back, W. Dubitzky, L. Guly‡s, G.
Kampis, M. Mamonski, G. Szemes, M. Swain
2009: Complex System Simulations with QosCosGrid, In: International
Conference
on
Computational
Science (ICCS), Baton Rouge, LA,
USA. 9.
Guly‡s,
L.,
G.
Szemes, G. Kampis, and W. de Back
2009: A Modeler-friendly API for ABM partitioning,
ASME 2009, San Diego,
California, USA. 10.
Szemes,
G.,
W.
de Back, L. Guly‡s, G. Kampis, and
A. Szabo 2009: Dry Schemas Ð A user-friendly
ABM
paralellization
framework, SwarmFest,
SantaFe, USA 2009 11.
Guly‡s,
L.,
W.
de Back, G. Szemes, K. Kurowski, W.
Dubitzky, and G. Kampis 2008: Templates
for
Distributed
Agent-Based Simulations
on a Quasi-Opportunistic Grid, Proceedings
of
the
20th
European Modeling and Simulation Symposium, Campora
San
Giovanni, Italy (EMSS2008). 12.
de
Back, W., L. Guly‡s, G. Szemes, and G. Kampis
2008: Distributed Simulation Templates for
Repast"
SwarmFest, Chicago, USA,
2008. I.5. REVIEWS AND SCIENCE WRITINGS (5) 5.
Kampis, G. and Guly‡s, L. 2003: Causal
Structures in Embodied Systems, ERCIM
News, No. 53, April 2003,
pp. 23-25. 4. Kampis,
G. 2003: Complexity and Causality (Complex
Systems 7., JAIST Report) pp.1-80. 3. Kampis, G.
1999: Neural Organization (M.A. Arbib, P. ƒrdi, J, Szent‡gothai review), BioSystems, 50,
213-218. 2. Kampis, G.
1994: Life Itself (Robert Rosen, review), BioSystems 1. Kampis, G.
1991: Protobiology: Protophysics or Emergence? (Koichiro Matsuno,
review), BioSystems 26,
57-60. II.
HUNGARIAN (51) II.1. BOOKS (5) Mund, K. & Kampis, Gy. (ed.) 2006: Tudat Žs elme,
Typotex,
Budapest. Kampis, Gy. & Mund, K. (ed.) 2006: Vall‡s,
tudom‡ny, darwinizmus Magyarorsz‡gon, Typotex, Budapest., in press. PlŽh, Cs., Kampis, Gy., Cs‡nyi, V. (ed.) 2004: Az
ŽszlelŽstől a nyelvig, Gondolat, Budapest. Kampis, Gy. Žs Ropolyi, L. (ed.) 2001: Evolœci—
Žs megismerŽs,
Typotex,
Budapest. Cs‡nyi, V., Kampis, Gy, Žs PlŽh, Cs. (ed.) 2000: Megismerő
rendszerek, AkadŽmiai, Budapest. II.2. JOURNAL PAPERS AND BOOK CHAPTERS, LUMPED
(24) Kampis, Gy. Žs Mund, K. 2004: Egy amerikai felmŽrŽs
tanuls‡gai, Kampis, Gy. Žs Urb‡n, G. 2004: CikkgyűjtemŽny a
darwinizmus
keresztŽny recepci—j‡hoz, both in: Kampis,
Gy. Žs Mund, K.
(ed.) 2004: Vall‡s, tudom‡ny, darwinizmus Magyarorsz‡gon, Typotex, Bp., in press. Kampis, Gy. 2003: Cselekv› racionalit‡s, in:
Lehmann, M. ed.: GŽp
a szellemben, Vil‡goss‡g
2003/3-4, 71-90. Kampis, Gy. 2001: A naturalista alternat’va a
filoz—fi‡ban, in: (Forrai, G. & Margitay, T. ed.) Tudom‡ny Žs tšrtŽnet, Typotex, Budapest. pp.
118-140. Kampis, Gy. 2001: Kšzel’thet›-e egym‡shoz az agy Žs a
tudat?,
in:
Vizi E. Szilveszter, Ny’ri Krist—f Žs PlŽh Csaba (ed.) Agy Žs
tudat,
Osiris, Budapest. Kampis, Gy. 2001: Az elme dinamikus modelljei. in: Gervain, J. & PlŽh, Cs. ed: A
megismerŽs vizsg‡lata, Osiris-L‡thatatlan
KollŽgium,
Budapest. Kampis, Gy. 2000: A tud‡s folytonoss‡ga a paradigm‡k
rendszerŽben. Vil‡goss‡g
2000/11-12, 32-42. idem:
Ny’ri K. ed: Nyitott Egyetem, Kšnyvt‡r (Web publik‡ci—) S‡ndor, K. & Kampis, Gy. 2000: …n hogyan tan’tan‡ a
nyelv
keletkezŽsŽt?, KšznevelŽs 2000/24,
14-16. S‡ndor, K. - Kampis, Gy. 2000: Nyelv Žs evolœci—. Replika
40
(2000. jœnius): 125Ð143. Kampis, Gy. 2000: Test Žs elme. in: Ny’ri, K.
ed.: Filoz—fia
az ezredfordul—n,
çron
Kiad—, Budapest, 163-178. old. Kampis, Gy. 2000: Dennett Žs az evolœci—. Replika
36, 25-44. Kampis, Gy. 2000: Darwin Žs 'A fajok eredete', bevezető tanulm‡ny,
in: Darwin,
Ch.: A fajok eredete, TypoteX, Budapest. Kampis, Gy. 1998: A filoz—fia felfedezŽse a gŽpek
vil‡g‡ban, Magyar
Pszichol—giai Szemle LIII. (37), 1-4, 209-224. Kampis, Gy. 1993: Kognit’v inform‡ci—dinamika, in:
Cs‡nyi, V.,
Kampis, Gy, & PlŽh, Cs. (ed.)
2000: Megismerő rendszerek, AkadŽmiai, Budapest. Kampis, Gy. 1993: ZŽnon. ELMOHA FŸzetek II, MTA KFKI,
Budapest. Kampis, Gy. 1990: Eleat‡k egym‡s ellen, Magyar
Filoz—fiai Szemle 5-6, 473-484. Kampis, Gy. 1987: Elemek az evolœci—
rendszermodellezŽsŽhez, kandid‡tusi
ŽrtekezŽs, MTA, Budapest. Kampis, Gy. 1988: Az autogenezis form‡lis
megkšzel’tŽsŽr›l, in: Cs‡nyi,
V.: Evolœci—s rendszerek, Appendix III., Gondolat,
Budapest, pp. 242-252. Kampis, Gy. 1987: Az autogenezis form‡lis le’r‡s‡nak
elemei:
Komponens-rendszerek, Biol—gia 34,
139-164. Cs‡nyi, V. - Kampis, Gy. 1984: Autogenezis: šnszervez›
rendszerek
evolœci—ja, Biol—gia 32, 3
-23. Kampis, Gy. 1983: Algoritmusok, agymžkšdŽs, Žs evolœci—, Fizikai Szemle 33, 413
- 420. Borsos, I. - Hegedžs, A. - Kampis, Gy. - SzŽp, A. - TŽby,
A. 1983: Az
"AULA"
ULA-tervez›
programrendszer, MŽrŽs Žs
Automatika
31, 299 - 303. Bak, M. - Benk›, T. - Borsos, I. - Hegedžs, A. - Kampis,
Gy. -
Keresztes, P. - Luk‡cs, A. -TŽby, A.
- T—bi‡s, P. - SzentpŽteri, P. - Zimmer, Gy. 1983: SegŽdeszkšzrendszer gate-array
t’pusu berendezŽsorient‡lt ‡ramkšršk tervezŽsŽre, MŽrŽs Žs
Automatika
31, 293 - 298. Hegedžs, A. - J‡vor, A. - Kampis, Gy. 1982:
BerendezŽs-orient‡lt
intergr‡lt ‡ramkšršk tervezŽsŽnek
software eszkšzei a MICAD rendszerben (kivonat), in: AlkatrŽsz
Szemin‡rium Kiadv‡nya, KecskemŽt, p. 30. II.3. TRANSLATIONS (4) (a) whole books Darwin, C.: A fajok eredete Ð The Origin of Species
(2000), Typotex, Budapest. Dennett, D.C.: Darwin veszŽlyes ide‡ja Ð DarwinÕs
Dangerous
Idea (1997), Typotex, Budapest. (b) papers C.G. Hempel: Tanulm‡nyok a konfirm‡ci— logik‡j‡r—l. in: Forrai,
G. Žs SZegedi, P. szerk.: Tudom‡nyfiloz—fia (1999), çron Kiad—,
Budapest. W.v.O. Quine: TermŽszeti fajt‡k. in: Forrai,
G. Žs SZegedi, P. szerk.: Tudom‡nyfiloz—fia (1999), çron Kiad—,
Budapest. II.4. SCIENCE WRITINGS (18) Kampis, Gy. 2008: ƒrtelmetlen tervezettsŽg,
Magyar Tudom‡ny 2008/12. Kampis, Gy. 2005: review of Somly—dy
L‡szl— Ð Somly—dy N—ra ed.: ãHungarian Arts and SciencesÓ, Magyar Tudom‡ny 2005/5, 627-628. Kampis, Gy. 2004: review of Richard Mankiewicz: ÒA
matematika
hist—ri‡jaÓ c. kšnyvŽről Magyar
Tudom‡ny. Kampis, Gy. 2002: A gŽn halott, Žljen a gŽn!, in:
Hum‡n genom
program (ed:
Venetianer P‡l), Magyar Tudom‡ny, 2002 May. Kampis,
Gy. 2002: A gondolkod— test, Evolœci—s pszichol—gia, (ed. PlŽh Csaba), Magyar Tudom‡ny, 2002
January. Kampis, Gy. 2002: Bevezető, Kampis, Gy. 2002: A naturalizmus jelentősŽge ma,
mindkettő in: A filoz—fia l‡t‡sm—djai, Magyar
Tudom‡ny,
(vendŽgszerk. Kampis
Gyšrgy), 2002 m‡rcius. Kampis, Gy. 2001: Test Žs tudat egysŽge Žs t‡vols‡ga
(vendŽgszerk.
Vizi E. Szilveszter Ð Ny’ri
Krist—f), Magyar Tudom‡ny 2001/10, 1219-22. Kampis, Gy. 2001: Az igazs‡g pillanata helyett (Sokal Žs
Bricmont:
Intellektu‡lis imposztorok), BUKSZ, 13/2,
129-136. Kampis, Gy. 1999: Az evolœci— keresztœtj‡n. BUKSZ
1999 tŽl,
400-403. Kampis, Gy. 1994: TermŽszettudom‡ny, szšveg Žs megŽrtŽs.
Jegyzetek
M‡rkus Gyšrgy:
MiŽrt
nincs hermeneutik‡ja a termŽszettudom‡nyoknak? c. ’r‡s‡hoz, ELMOHA
II. fŸzet,
MTA KFKI. Kampis, Gy. 1992: (v‡lasz Szathm‡ry Ešrsnek), Janus. Kampis, Gy. 1992: Instrukci—s Žs szelekci—s modellek az
Žlet
kutat‡s‡ban, Stœdium
Generale kiadv‡nya, ELTE, Budapest. Kampis, Gy. 1992: Egy biol—giai hermeneutika felŽ, BUKSZ
4/3,
356-360.
(b)
Els› kšzlŽse: ELMOHA I. fŸzet, MTA KFKI kiadv‡ny, Budapest 1992. Kampis, Gy. 1989: (korrefer‡tum), Janus 7,
1/32-33. Kampis, Gy. 1988: TeremtŽs, Vil‡goss‡g 29/5
(m‡jus), 322-324. Kampis, Gy. 1987: A tudom‡ny k’vŸlr›l Žs belŸlr›l, Val—s‡g
30/5 (m‡jus), 107-109. Kampis, Gy. 1987: Evolœci—s elmŽletek Žs modellek, òj
Impulzus
3/4 (febru‡r 21.), 45.