PUBLICATIONS |
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Books: (2022). Hofer-Szabó Quantum Theory and Local Causality, Dordrecht: Springer Brief (2018). Springer (2018). Hofer-Szabó, G., P. Vecsernyés, Quantum Theory and Local Causality, Dordrecht: Springer Brief (2018). Springer (2017). Hofer-Szabó, G., L. Wronski (eds.) Making it Formally Explicit -- Probability, Causality and Indeterminism, European Studies in the Philosophy of Science Series Vol. 6, Dordrecht: Springer Verlag. Springer (2013b). Hofer-Szabó G., M. Rédei, L. E. Szabó, The Principle of the Common Cause, Cambridge: Cambridge University Press. CUP (2013a). A valószínűség
interpretációi (Interpretations of Probability),
Typotex Kiadó, Budapest. Typo
(2024). Hofer-Szabó G., "Quantum mechanics without operational equivalence," Synthese, (submitted) (PhilSci) (2023). Hofer-Szabó G., "Sequential measurements and the Kochen-Specker arguments," Journal for General Philosophy, (forthcoming) (PhilSci) (2022). Hofer-Szabó G., "Two concepts of noncontextuality in quantum mechanics," Studies in History and Philosophy of Science, 93, 21-29. (PhilSci) (2021e). M. Gömöri, G. Hofer-Szabó, "On the meaning of EPR's reality criterion," Synthese, 199, 13441-13469. (PhilSci) (2021d). Hofer-Szabó G. "Causal contextuality and contextuality-by-default are different concepts," Journal of Mathematical Phychology, 104, 102590. (2021c). Hofer-Szabó G., "Three noncontextual hidden variable models for the Peres-Mermin square," European Journal for the Philosophy of Science, 11, 30. (PhilSci) (2021b). P. Fazekas, B. Gyenis, G. Hofer-Szabó, G. Kertész, "A dynamical systems approach to causation," Synthese, 198, 6065-6087. (Philarchive) (2021a).
Hofer-Szabó G., "Commutativity, comeasurability, and
contextuality in the Kochen-Specker arguments," Philosophy
of Science, 88, 483-510. (PhilSci) (2020b).
Hofer-Szabó G., Placek T., Luc J., "Modality
in Physics," Foundations of Physics, 50,
515-521. (2020a). Hofer-Szabó G., "On the three types of Bell's inequality," in Orly Shenker, Meir Hemmo (eds.) Quantum, Probability, Logic: The Work and Infuence of Itamar Pitowsky, Berlin: Springer, 353-374. (quant-ph)
(2019). Hofer-Szabó G., "Quantum mechanics as a representation of classical conditional probabilities," Journal of Mathematical Physics, 60, 062106. (quant-ph) (2018). Hofer-Szabó G., "Bell's local causality is a d-separation criterion," in Ozawa, M., Butterfield, J., Halvorson, H., Rédei, M., Kitajima, Y., Buscemi, F. (eds.) Reality and Measurement in Algebraic Quantum Field theory, Springer Proceedings in Mathematics and Statistics, 67-82. (quant-ph) (2017c). M. Gömöri, B. Gyenis, G. Hofer-Szabó, "On the coming about of macrostates," in G. Hofer-Szabó and L. Wroński (eds.) Making it Formally Explicit -- Probability, Causality and Indeterminism, European Studies in the Philosophy of Science Series Vol. 6, Springer Verlag, 213-229. (PhilSci) (2017b). Z. Gyenis, G. Hofer-Szabó, M. Rédei, "Conditioning using conditional expectation: the Borel-Kolmogorov paradox," Synthese, 194(7), 2595-2630. (PhilSci) (2017a). Hofer-Szabó G., "How human and nature shake hands: the role of no-conspiracy in physical theories," Studies in the History and Philosophy of Modern Physics, 57, 89-97. (PhilSci) (2016b).
Hofer-Szabó G., "Three principles leading to the Bell
inequalities," Belgrade Philosophical Annual,
29, 57-66. (2016a). Hofer-Szabó G.,
P. Vecsernyés, "A generalized definition of Bell's
local causality,"
Synthese, 193(10), 3195–3207. (PhilSci) (2015d). Hofer-Szabó G., "Local causality and complete specification: a reply to Seevinck and Uffink," in U. Mäki, I. Votsis, S. Ruphy, G. Schurz (eds.), Recent Developments in the Philosophy of Science: EPSA13 Helsinki, Springer Verlag, 209-226. (PhilSci) (2015c). Hofer-Szabó G., "Relating Bell's local causality to the Causal Markov Condition," Foundations of Physics. 45(9), 1110-1136. (PhilSci) (2015b). Hofer-Szabó G., P.
Vecsernyés, "On the concept of Bell's local causality in
local classical and quantum theory," Journal
of Mathematical Physics,
56, 032303. (quant-ph) (2015a). Hofer-Szabó G., "On the relation between the probabilistic characterization of the common cause and Bell's notion of local causality," Studies in the History and Philosophy of Modern Physics, 49, 32-41. (PhilSci) (2014b). Hofer-Szabó G., "Noncommutative causality in algebraic quantum field theory," in M. C. Galavotti, D. Dieks, W. J. Gonzalez, S. Hartmann, Th. Uebel, M. Weber (eds.), The Philosophy of Science in a European Perspective, Vol. 5., 543-554. (2014a). Hofer-Szabó G., "EPR correlations, Bell inequalities and common cause systems," in D. Aerts, S. Aerts and C. de Ronde (eds.), Probing the Meaning of Quantum Mechanics: Physical, Philosophical and Logical Perspectives, 263-277. (2013b). Hofer-Szabó G., P. Vecsernyés, "Bell inequality and common causal explanation in algebraic quantum field theory," Studies in the History and Philosophy of Modern Physics, 44, 404–416. (PhilSci) (2013a). Hofer-Szabó G., P.
Vecsernyés, "Noncommutative Common Cause Principles in
algebraic quantum field theory," Journal of Mathematical
Physics, 54, 042301. (quant-ph) (2012c). Hofer-Szabó G., P. Vecsernyés, "Noncommutative local common causes for correlations violating the Clauser-Horne inequality," Journal of Mathematical Physics, 53, 122301. (quant-ph) (2012b). Hofer-Szabó G., P. Vecsernyés, "Reichenbach's common cause principle in algebraic quantum field theory with locally finite degrees of freedom," Foundations of Physics, 42, 241-255. (quant-ph) (2012a). Hofer-Szabó G., "Separate
common causal explanation and the Bell
inequalities," International Journal of
Theoretical Physics, 51, 110-123. (PhilSci) (2011). Hofer-Szabó G., "Bell(δ)
inequalities derived from separate common causal
explanation of almost perfect EPR
anticorrelations," Foundations of Physics,
41, 1398-1413. (PhilSci) (2008). Hofer-Szabó G., "Separate- versus common-common-cause-type derivations of the Bell inequalities," Synthese, 163/2, 199-215. (PhilSci) (2006c). Hofer-Szabó G., M. Rédei, I. San Pedro, "Challenging a recent minimal assumption derivation of a Bell-type inequality," (manuscript). (pdf) (2006b). Hofer-Szabó G., "Exchangeability and conditionally identical common cause systems," International Journal of Theoretical Physics, 45, 1308-1322. (pdf) (2006a). Hofer-Szabó G., M. Rédei, "Reichenbachian common cause systems of arbitrary finite size exist," Foundations of Physics, 35, 745-756. (ps) (2004). Hofer-Szabó G., M. Rédei, "Reichenbachian common cause systems," International Journal of Theoretical Physics, 43, 1819-1826. (PhilSci) (2002). Hofer-Szabó G., M. Rédei, L. E. Szabó, "Common causes are not common common causes," Philosophy of Science, 69, 623-633. (PhilSci) (2000b). Hofer-Szabó G., M. Rédei, L. E. Szabó, "Reichenbach’s common cause principle: recent results and open questions," Reports on Philosophy, 20, 85-109. (pdf) (2000a). Hofer-Szabó G., M. Rédei, L. E. Szabó, "Common cause completability of classical and quantum probability spaces," International Journal of Theoretical Physics, 39, 913-919. (ps) (1999). Hofer-Szabó G., M. Rédei, L. E. Szabó, "On Reichenbach's common cause principle and on Reichenbach's notion of common cause," The British Journal for the Philosophy of Science, 50, 377-399. (quant-ph) (1998). Hofer-Szabó G., "Reichenbach`s common cause definition on Hilbert lattices," International Journal of Theoretical Physics, 37, 435-443. (1997). Hofer-Szabó G., "The formal existence and uniqueness of the Reichenbachian common cause on Hilbert lattices," International Journal of Theoretical Physics, 36, 1973-1980. (1996). Hofer-Szabó G., "Two non-Kolmogorovian generalizations of Reichenbach`s common cause definition on Hilbert lattices," Periodica Politechnica, 40, 187-198. Papers in Hungarian:
(2023). "Atomizmus," (szócikk),
Magyar Filozófia Enciklopédia, (forthcoming). (2023). "Kvantummechanika,"
(szócikk), Magyar Filozófia Enciklopédia,
(forthcoming). (2023). "Okság," (szócikk), Magyar
Filozófia Enciklopédia, (forthcoming). (2023). "Relativitáselmélet,"
(szócikk), Magyar Filozófia Enciklopédia, (forthcoming). (2023). "Valószínűség,"
(szócikk), Magyar Filozófia Enciklopédia, (forthcoming). (2023). "Az 'itt' metafizikája," (The metaphysics of 'here'), Pannonhalmi Szemle, 31/1, 119-122. (2023). "Mi a kvantumállapot?," (What is the quantum state?), Fizikai Szemle, 2023/1, 17-21.
(2022). "A társadalomtudományok és természettudományok filozófiai alapjairól," (On the philosophical foundations of social and natural sciences), iASK Évkönyv, (forthcoming). (2021). "Kant keze és az
abszolút tér," (Kant's hand and the absolute space), Polanyiana,
30, 70-78. (2021). "Szociofizika," (Sociophyiscs), Vasi Szemle, 75, 58-61. (2021). P. Fazekas, B. Gyenis, G. Hofer-Szabó, G. Kertész, "Okság: egy dinamikus rendszereken alapuló magközelítés," (Causality: A dynamical systems approach) Magyar Filozófiai Szemle, 65, 26-45. (2018). "A kvantumelmélet nehéz
öröksége," (The difficult legacy of quantum theory), Különbség,
18/1, 81-87. (2017). "Matematika, filozófia
és megértés," (Mathematics, Philosophy,
and Understanding) Műhely, 5-6, 86-88. (2017). "Julian Barbour időtlen világa," (The timeless word of Julian Barbour), in Veress Károly (ed.) Emlékezet és felejtés. Interdiszciplináris párbeszéd 5., Kolozsvár, Egyetemi Műhely Kiadó, 11-24. (doc) (2017). "A kvantummechanika és a huzat logikája," (Quantum mechanics and the logic of draught) Magyar Tudomány, 2017/1, 44-47. (2014). "Játék és
kvantumelmélet," (Game and quantum theory), in Veress
Károly (ed.) Játék és tudomány. Interdiszciplináris
párbeszéd 2., Kolozsvár, Egyetemi Műhely Kiadó,
9-13. (2012). "Vis aleativa - a valószínűség propensity-interpretációja," (Vis aleativa - the propensity interpretation of probability) Magyar Filozófiai Szemle, 2012/1, 56, 95-117. (2011). "Miért tarthatatlan a klasszikus valószínűség?" (Why classical probability is untenable?) Különbség, 11, 75-92. (2010). "A valószínűség
fogalmának kialakulása," (The development of the concept
of probability) Mérleg, 2010/3-4,
114-136. (pdf) (2010). "Lewis, valószínűség,
Principal Principle" (Lewis, probability, Principal
Principle) Világosság, 2010/nyár,
203-211. (2010). "Korrelációk kauzális
magyarázata" (Causal explanation of correlations) Magyar
Filozófiai Szemle, 2010/3, 78-97. (together with: Balázs
Gyenis, Zalán Gyenis, Miklós Rédei, László E. Szabó) (2010). "A valószínűség
interpretációi," (Interpretations of probability) Pannonhalmi
Szemle, 18. 28-41. (2010). "Valószínűség és
relatív gyakoriság," (Probability and relative
frequency) Magyar Tudomány, 2010/10,
1197-1207. (2010). "Kolmogorov és a
relatív gyakoriság," (Kolmogorov and the relative
frequency) Magyar Fizikai Szemle, 60,
241-243. (2006). "A reichenbachi közös ok elv metafizikája," (The metaphysics of Reichenbach’s common cause principle) Világosság, 2006/5, 87-94. (pdf) (2006). "Bohr és Einstein vitája a modern fizika valóságfogalmáról," (The Bohr-Einstein debate on the concept of reality in modern physics) A Természet világa (submitted). (2003). "Német-magyar kapcsolatok a természettudományban és a technikában a második világháború után," (German-Hungarian connections in natural sciences during the Second World War) Technikatörténeti Szemle, 25, 262-264. (2001). "A reichenbach közös ok
eredete," (The origin of Reichenbach’s common cause) Magyar
Filozófiai
Szemle, 45, 83-112. (1999). "Idő és igazság a
logikában," (Time and truth in logic) Világosság,
15/1, 66-69. (1995). "Halott-e Schrödinger macskája?," (Is Schrödinger’s cat dead?) Magyar Filozófiai Szemle, 39, 359-363. Presentations: (2022). Time in physics Time (2022). Interpretations of quantum theory Interpretations of QM (2022).
Are
quantum states
real? Hidden
(2022).
Judgment
aggregation Judgment
aggregation (2022).
Sociophysics
at iASK Sociophysics (2022).
Contextuality in the natural
and social sciences
Contextuality (2022). Quantum mechanics without operational equivalence Bridgman Bridgman_short Bridgman2 (2020). A valószínűség interpretációi Interpretations of probability (2020). Nagydoktori
előadás Nagydoktori (2019). “Probability” iASK_Probability
iASK_PhilSci (2019).
“Contextuality beyond physics” Context_beyond
Context_beyond2
Context_beyond3 (2018). “Noncommuting common
causes” NoncommutingCC (2017). “Contextuality” Context
Context2
Context3
Context3_short
Context4
Context5 Context5_short Context6
(2017). “How human and nature
shakes hand: the role of no-conspiracy in physical
theories” No-conspiracy
No-conspiracy_short
No-conspiracy_shortest (2017). “Quantum theory and
local causality” QTLC_Lucca
QTLC_Utrecht
QTLC_Utrecht_short
QTLC_LSE
QTLC_MCMP (2016). “A dynamical systems
approach to causation” Dynamical
causation Dynamical
causation_short (2016).
“Philosophy
of Physics in
Budapest”
Science
day_CEU (2016).
“The timeless
world of
Julian
Barbour” Barbour
Barbour_short
Barbour_shortest
Barbour_Pannonhalma (2016). “What are quantum states?” Quantum states (2016).
“The Common
Cause
Principle”
CCP_Prag(2016).
“The Common
Cause
Principle” CCP_Prague (2016).
“Deconstructing
superposition”
Deconst (2016).
“Quantum
mechanics
as a
representation
of classical
conditional
probabilities”
QMrepr
QMrepr_short
QMrepr_old
(2016).
“No-conspiracy”
No-cons
No-cons_short (2016).
“Local
causality and
causal graphs” Causal
graphs (2015).
“The Borel-Kolmogorov Paradox” Borel
Borel_short (2015).
“On the emergence of
macrostates” Macro (2015).
“On Einstein's Reality Criterion” RC
RC_short
RC_presentation (2014). “Bell's local causality in local physical theories” BellLocCaus BellLocCaus_shorter BellLocCaus_shortest (2013). “On the localization of the
common cause” BCAP13 FoundPhys EPSA13 (2013). “The frequency interpretation of
probability” Frequency Frequency
short Frequency
short
Hungarian (2013). “Local Causality” Loccaus (2013). “Quantum Correlations and Causal
Explanation” Fulbright (2013). “Idő és determinizmus” Putnam (2012). Habilitációs előadások magyar
angol (2012). “A
valószínűség szubjektív interpretációja” szubjektív (2012). “Common
Causal Explanation of Bell-type Experiments” (with Miklós Rédei) Lausanne (2012). “Notes on the PBR
theorem” PBR (2012). “The
Common Cause Principle and the EPR-Bell scenario” CCP and EPR (2012).
“The Common Cause Principle” CCP (2012).
“Bell Inequalities in Algebraic
Quantum Field Theory” (with
Péter Vecsernyés) (2011).
“Common Causal Explanations and the
Bell Inequalities” (with
Péter Vecsernyés) Common (2011).
“Quantum Field Theory and Causality” (with Péter Vecsernyés) QFT
and Causality (2010).
“Pauli és a valószínűség” Pauli (2009).
“A kvantumelmélet filozófiája” Kvantumfilo (2009). “Life of Pauli and his Role in the History of Science” Pauli (2008). “Probabilistic
Causality” CEU1, CEU2,
CEU3 (2007). “Kísérleti
metafizika” Bell Translations: (2005). Peter Mittelstaedt: "A fizika és a teológia közötti lehetséges viszonyokról," (On the Possible Relations between Physics and Theology) Mérleg, 41, 402-415. (2004). Hans Küng: "A Kozmosz eredetéhez," (Zum Ursprung des Kosmos) Mérleg, 40, 390-405. (2002). Stefan Bauberger: "Teremtés vagy Ősrobbannás?," (Schöpfung oder Urknall?) Mérleg, 38, 405-419. (2001). Anton Zeilinger: "«Nem gondoltam semmi különösre» – Max Planck és a százéves kvantumfizika," («Ich dachte an nichts besonderes» – Max Planck und die 100 Jahre der Quantenphysik) Mérleg, 37, 154-165. (2000). Carl Friedrich von Weizsäcker: "Ismeret, kétely, hit," (Erkenntnis, Zweifel, Glaube) Pannonhalmi Szemle, 8, 52-60. (1999). Georg Picht: "A
történelem tapasztalata," (Die Erfahrung der Geschichte)
Világosság, 15/1, 70-73.
Magyar Tudományos Művek Tára: MTMT Google Scholar: Scholar
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