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PRODID:-//Grails iCalendar plugin//NONSGML Grails iCalendar plugin//EN
VERSION:2.0
CALSCALE:GREGORIAN
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BEGIN:VEVENT
DTSTAMP:20260606T153717Z
DTSTART;TZID=Europe/Warsaw:20200524T200000
DTEND;TZID=Europe/Warsaw:20200524T200000
SUMMARY:Warsaw Spacetime Conference 2020
UID:20260612T184145Z-iCalPlugin-Grails@philevents-web-bd7db559-gt5qm
TZID:Europe/Warsaw
LOCATION:Plac Politechniki 1\, Warsaw\, Poland\, 00-661
DESCRIPTION:<p>Please send a single pdf file with a 500-800 words abstract blinded for review plus a cover page including the author's information (affiliation\, email address) to <a target="_blank">antonio.vassallo@pw.edu.pl</a> <strong>before May 25th\, 2020</strong>. Abstracts should be suitable for a 30-minute talk. Notifications of acceptance will be sent by the end of June.</p>\n<p><strong>Scientific Committee</strong></p>\n<p>Silvia De Bianchi (Autonomous University of Barcelona)</p>\n<p>Daniele Oriti (Ludwig Maximilian University of Munich)</p>\n<p>Tomasz Placek (Jagiellonian University)</p>\n<p>Karim Th&eacute\;bault (University of Bristol)</p>\n<p>Antonio Vassallo (Warsaw University of Technology)</p>\n<p>The conference goal is to bring together philosophers and physicists interested in the conceptual issues surrounding spacetime physics broadly construed\, from classical mechanics to quantum gravity. The topics of interest include (but are not limited to):</p>\n<p>- The ontology of spacetime from classical mechanics to general relativity and beyond.</p>\n<p>- Recent theoretical developments in the field of quantum gravity.</p>\n<p>- Approaches to quantization in shape space physics.</p>\n<p>- Black hole physics and its philosophical implications.</p>\n<p>- Historical aspects of the development of spacetime theories.</p>\n<p>- General relativity and particle physics: unification perspectives.</p>\n<p>- Causation in spacetime physics.</p>\n<p>- The dark matter vs. modified gravity controversy.</p>\n<p>- Metaphysical foundationalism vs. coherentism under the light of quantum gravity.</p>\n<p>- Epistemological challenges in devising empirical tests for quantum-gravitational effects.</p>
ORGANIZER;CN="Marek Kús";CN="Bartłomiej Skowron";CN=Antonio Vassallo:
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