Rudolph Carnap Foundation in Philosophy of Science
The Rudolf Carnap Lecture takes place at the University of Haifa once every year. The event will include a keynote public lecture by a Nobel Laureate or other equivalent luminary and a day of workshops. The topic of the Carnap Lecture may be in any scientific field in physics, such as quantum mechanics, quantum field theory, statistical mechanics, relativity theory, as well as logic and mathematics, focusing on philosophy and foundations of these sciences and on anchor open questions in contemporary science.
The Yuval Mendellevich Doctoral scholarship and the Rudolf Carnap Post-Doctoral scholarship are awarded to students enrolled in the University of Haifa who are working on open questions in philosophy of science and related fields in recognition of their academic and research achievements. The two scholarships are awarded at the same event preceding the Carnap Lecture.
Yuval Mendellevich was born on September 10, 1989 in Haifa. Yuval loved to travel, to listen to Israeli music and was interested in mathematics, architecture and handicrafts. Yuval was a handsome, smart and sensitive boy who looked forward to each school day because he loved his teachers and friends. Wednesday morning, March 5, 2003 gave no hint of the horrific horror that was to follow. While he was eating breakfast, his mother, Hagit, said goodbye. Yuval said goodbye to his father, Yossi with a hug and a kiss, and at the door said, "see you in the afternoon."
We join Yuval's parents, sister and brother, his friends and teachers in honoring his unique qualities. Yuval left a big void in their hearts.
"Rudolf Carnap (1891–1970) was one of the best-known philosophers of the twentieth century. Notorious as one of the founders, and perhaps the leading philosophical representative, of the movement known as logical positivism or logical empiricism, he was one of the originators of the new field of philosophy of science and later a leading contributor to semantics and inductive logic. Though his views underwent significant changes at various points, he continued to reaffirm the basic tenets of logical empiricism, and is still identified with it. His influence declined, therefore, when logical empiricism lost its dominance in the 1950s and 60s, even though many of the efforts of the next philosophical generation (such as Quine’s) may be understood as responses to Carnap. Beginning in the 1980s, a reassessment set in that has resulted in a much more nuanced and complex picture of his philosophy and its development. The literature on him is now enormous and still growing rapidly, and his ideas are presently enjoying a major revival in various areas of philosophy." (Stanford Encyclopedia of Philosophy)
The Rudolf Carnap Lecture series and the Yuval Mendellevich scholarships are generously underwritten by Josh Shachar.
The Annual Lecture
The 2023 Lecture
The maggot in the apple: peaceful coexistence between incompatible theori
Michael Berry, University of Bristol, Europe
Abstract: Most phenomena can be understood in more than one way: the gas in an engine obeys the laws of thermodynamics and also those of the motion of its molecules. The different understandings correspond to different levels of description. Theories must overlap, but their consilience is far from straightforward because they are usually based on seemingly incompatible concepts. The discordance arises from a fact that was unappreciated until recently: the limit in which the more general theory reduces to the less general (usually older) theory is mathematically singular. One consequence is a range of phenomena, of intense current interest, inhabiting the borderlands between the theories. I will explore this theme with examples from the physics of fluids, light and the quantum world. The abundance of singular limits prompts a meditation: Physics is True but not Real.
More about Sir Michael Barry
The Annual Lecture 2023 - Movie
The 2022 Lecture
The Difference between the Past and the Future
David Albert, Columbia University
Abstract: There is a curious tension at the foundations of the modern physical picture of the world: Every one of the candidates for an exact and fundamental and universal physical theory of the world that have been seriously entertained since the scientific revolution of the 17th century – all the way from Newtonian Mechanics to String Theory – has shared a principle to the effect that anything that can happen can just as easily, and just as naturally, happen backwards. But this principle is wildly and obviously at odds with our everyday experience of actually making our way about in the world. I will spell out this tension in some detail, and consider some efforts to come to grips with it.
Links to other lectures by Prof. David Z.Albert
Board
Board
Dr. Gil Sagi -Philosophy
Dr. Arnon Keren – Philosophy
Prof. Simone Shamay-Tsoory – Psychology
Prof. Meir Hemmo – Philosophy
Prof. Mouna Maroun – Neurobiology
Prof. Joshua Feinberg – Physics
Doctoral and Post-Doctoral Fellowships
Doctoral and Post-Doctoral Fellowships
Patric Bar Avi
"The Mechanical Universe"
Patrick Bar Avi embarked on his career as a researcher in 1985 at Rafael immediately after graduating from the Department of Mechanical Engineering at the Technion, Israel Institute of Technology.
Throughout his time with the company, he has held various positions, including researcher, system engineer, project manager, Directorate Head, and VP of business development based in Washington DC.
During his tenure at Rafael, Patrick BarAvi earned a M.Sc. in Mechanical Engineering from the Technion in 1992, and a Ph.D. in Mechanical Engineering from Rutgers University in NJ in 1996.
He is the author of a textbook in Dynamics and has published over 20 papers in scientific journals. Patrick is also an inventor with seven patents to his name and has served as an adjunct professor and senior lecturer at multiple universities and colleges in the United States and Israel.
Daniel More
"The limits of empirical defeat of a priori justification"
(Inquiry into the types of empirical defeaters a priori justified beliefs are vulnerable to and, by comparison, the types of empirical defeaters empirical beliefs are vulnerable to, and its ramifications on the relation between philosophy and science.)
Since 2021 a PhD. student in the philosophy department in Haifa University under the supervision of Professor Arnon Keren.
2016-2020: MA from the department of Philosophy in TAU under the supervision of Professor David Kovacs. The object of my thesis was to provide new arguments for and against leading answers to the question of material composition. (Half of my seminars were done in the department of philosophy in the Hebrew University).
2012-2016: BS in biology and philosophy, in a program that focused on the study of the mind.
Gall Alster
"Multi-temporal realistic interpretation of quantum theory"
Studying for PhD in philosophy 2022-2023
Haifa University
Supervisor: Prof/ Meir Hemmo
MS in in the Interdisciplinary Program of Neural Computation (Brain Science) 1994-2001
Hebrew University, Jerusalem
Thesis: Mathematical model expansion as a paradigm of learning and language acquisition.
Studying for MA in Philosophy of Science 1991-1992
Tel Aviv University, Hebrew University
Studies were not completed.
Subjects: Foundations of Mathematics and Logic.
BSc in Mathematics and Psychology com laude 1981-1985
Hebrew University, Jerusalem
Main subjects: Cognition, generative linguistics, mathematical logic.
Conventions and publications
Convention of the Israeli Society of History and Philosophy of Science (ISHPS), Jerusalem, Israel, 2017
Realistic Multitemporal Interpretation of Quantum Theory
6th Space-Time Convention of Minkowski Institute, Albena, Bulgaria, 2022
The Balloon Universe
Article in Convention Book



