PUBLICATIONS |
|
|
|
Books: (2013b). Hofer-Szabó G., M. Rédei, L. E. Szabó, The Principle of the Common Cause, Cambridge University Press. CUP (2013a). A valószínűség interpretációi (Interpretations
of Probability), Typotex Kiadó. Typo
(2013d). Hofer-Szabó G., M. Rédei, "Borel's paradox and conditional expectation," (in preparation). (2013c). "On the localization problem of the common cause," (in preparation). (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, (submitted) (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). "Separate common causal explanation
and the Bell inequalities," International Journal of
Theoretical Physics, 51., 110-123.
(PhilSci) (2011). "Bell(δ) inequalities derived from
separate common causal explanation of almost perfect EPR
anticorrelations," Foundations of Physics, 41.,
1398-1413. (PhilSci) (2008). "Separate- versus common-common-cause-type
derivations of the Bell inequalities," Synthese, 163/2.,
199-215. (PhilSci) (2007). "Bell inequalities and common cause
systems," in: Sven Aerts, Christian de Ronde (eds.), Perspectives
on Understanding Quantum Mechanics, (forthcoming) (pdf) (2006c). Hofer-Szabó G., M. Rédei, I. San Pedro, "Challenging a recent minimal assumption derivation of a Bell-type inequality," (manuscript). (pdf) (2006b). "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). "Reichenbach`s common cause definition on Hilbert lattices," International Journal of Theoretical Physics, 37., 435-443. (1997). "The formal existence and uniqueness of the Reichenbachian common cause on Hilbert lattices," International Journal of Theoretical Physics, 36., 1973-1980. (1996). "Two non-Kolmogorovian generalizations of Reichenbach`s common cause definition on Hilbert lattices," Periodica Politechnica, 40., 187-198. Papers in Hungarian: (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: (2013). “On the
localization of the common cause” LCC (2013). “The
frequency interpretation of probability” Frequency (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, VIII., 52-60. (1999). Georg Picht: "A történelem
tapasztalata," (Die Erfahrung der Geschichte) Világosság, 15/1.,
70-73.
Citations: Cit.pdf Magyar Tudományos Művek Tára: MTMT
|