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UID:20230309T1019Z-1678357146.8651-EO-18198-19@10.19.146.14
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DTSTAMP:20260508T020719Z
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SUMMARY: Philosophy Colloquia – Dr. Eddy Keming Chen: “Strong Determinism”
DESCRIPTION: The Department of Philosophy is pleased to invite you to our 2
 022/2023 colloquium series. Our next talk will be given by Dr. Eddy Keming 
 Chen\, assistant professor in philosophy at the University of California\, 
 San Diego (UCSD). Talk Title: “Strong Determinism” Time: 3 – 5 pm\, March 2
 4\, 2023 Location: Buchanan A103 Abstract: A strongly […]
X-ALT-DESC;FMTTYPE=text/html: <p><img class="alignnone size-full wp-image-1
 8204" src="https://phil.cms.arts.ubc.ca/wp-content/uploads/sites/19/2023/03
 /Copy-of-Colloquium-March-3.png" alt="" width="1024" height="768" /></p><p>
 The Department of Philosophy is pleased to invite you to our 2022/2023 coll
 oquium series.</p><p>Our next talk will be given by Dr. Eddy Keming Chen\, 
 assistant professor in philosophy at the University of California\, San Die
 go (UCSD).</p><p><strong>Talk Title:</strong> "Strong Determinism"</p><p><s
 trong>Time:</strong> 3 - 5 pm\, March 24\, 2023</p><p><strong>Location:</st
 rong> Buchanan A103</p><p><span style="font-weight: bold\;">Abstract</span>
 : A strongly deterministic theory of physics is one that permits exactly on
 e possible history of the universe. In the words of Penrose (1989)\, "it is
  not just a matter of the future being determined by the past\; <span style
 ="font-style: italic\;">the entire history of the universe is fixed</span>\
 , according to some precise mathematical scheme\, for all time.” Such an ex
 traordinary feature may appear unattainable in any realistic theory of phys
 ics. In this talk\, I show how it can be achieved\, in a universe like ours
 . First\, I propose a definition of strong determinism and explain how it d
 iffers from standard determinism and super-determinism. Next\, I discuss it
 s attractions\, implications\, and some toy examples. The possibility of st
 rong determinism has interesting consequences for explanation\, causation\,
  prediction\, and modality. Finally\, I show that Everettian quantum mechan
 ics\, with a new version of the Past Hypothesis\, provides an easy route to
  strong determinism. On a theory that I call the <span style="font-style: i
 talic\;">Everettian Wentaculus</span>\, the quantum state of the multiverse
  is a fundamental mixed state with exactly one possible history. As a conse
 quence of physical laws\, the history of the multiverse could not have been
  different.</p><p>#You are encouraged but not required to read the preprint
  before attending the talk:  <a href="https://arxiv.org/pdf/2203.02886.pdf"
 >https://arxiv.org/pdf/2203.02886.pdf</a></p><p><span style="font-weight: b
 old\;">Speaker Bio</span>: ​Eddy Keming Chen is an assistant professor in p
 hilosophy at the University of California\, San Diego (UCSD). He works at t
 he intersection of philosophy of physics\, philosophy of science\, and meta
 physics. He also has interests in philosophy of mind\, decision theory\, fo
 rmal epistemology\, philosophy of mathematics\, philosophy of religion\, an
 d Chinese philosophy. He is an associate editor of the journal <span style=
 "font-style: italic\;">Foundations of Physics</span>\, a fellow of the John
  Bell Institute for the Foundations of Physics\, an affiliated faculty memb
 er of the UCSD Chinese studies program\, and a member of the interdisciplin
 ary project "Life on the Edge.” He has written about time's arrow\, laws of
  nature\, quantum ontology\, physical space\, scientific explanations\, inf
 initary decision theory\, and temporal self-location. In several recent pap
 ers\, he has been developing a new account of time’s arrow in a quantum uni
 verse\, called the “Wentaculus.” One of these papers\, published in the <sp
 an style="font-style: italic\;">British Journal for the Philosophy of Scien
 ce</span>\, was awarded the Popper Prize for "ambitious\, novel contributio
 n to major issues in the foundations of physics” and judged to be the best 
 paper in its 2021 volume. His work on the vagueness of physical laws has be
 en published in <span style="font-style: italic\;">The Philosophical Review
 </span> and featured as a cover story in <span style="font-style: italic\;"
 >New Scientist</span>. One of his side interests is using films to populari
 ze philosophical and scientific ideas. Currently\, he is co-writing a scree
 nplay about a time-travel romance. For a complete CV and a list of publicat
 ions\, see <a href="http://www.eddykemingchen.net">www.eddykemingchen.net</
 a></p>
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LOCATION:BUCH A103
GEO:49.269076;-123.254727
URL;VALUE=URI:https://philosophy.ubc.ca/events/event/philosophy-colloquia-d
 r-eddy-keming-chen-strong-determinism/
ATTACH;FMTTYPE=image/png:https://phil.cms.arts.ubc.ca/wp-content/uploads/sites/19/2023/03/Copy-of-Colloquium-March-3.png
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