Computation, Logic, and Information
May 27-29, 2020 May 26-28, 2021
Jagiellonian University, Krakow, Poland
Information, computation, and logic are defining concepts of the modern era. Shannon laid the foundation of information theory, demonstrating that problems of communication and compression can be precisely modeled, formulated, and analyzed. Turing formalized computation defined as the transformation of information by means of algorithms. Godel established modern foundation of logic, laying the foundation for modern computer science and science of information.

Shannon's focus was originally on data recovery in compression and communication, but information is not merely communicated, it is also acquired, represented, inferred, processed, aggregated, managed, valued, secured, and computed. Computational information explores those properties of information that can be feasibly extracted. Existence of an object is of limited utility if no reasonable algorithm can provably generate such an object. Infeasibility may arise for a number of different reasons: the desired information may be computationally hard to extract; the information may be distributed geographically and not locally extractable; or information may be encoded in (quantum) physical ways that prevent full extraction. In contrast to the classical theory of information, where precise quantitative limits can be established in most cases, in the computational setting, information is not well understood qualitatively, with exponential gaps between the upper and lower bounds on the amount of feasibly extractable information.

We must add logic to this paradigm. At its most basic, logic is the study of consequence. The core intuition motivating including logic in information is that an informational state may be characterized by the range of possibilities or configurations that are compatible with the information available at that state. But logic may restrict range of possibility, directly impacting just information. Furthermore, logic ``unusual effectiveness in computer science'', from descriptive complexity to type theory (including Voevodsky univalent axiom) to reasoning about knowledge closes the loop from logic to information to computation. Understanding how to harness it in order to deepen connections to a theory of information remains very much an open question.

There are plenty of questions with very few satisfying answers:
  • Is there a way to account for the meaning or semantics of information?
  • Can we construct a theory information that is representation-invariant? What is misinformation?

Conference Venue: Collegium Novum

Please find the recommended hotels for your stay at Krakow.
All hotels can be found on . All hotels are within 5-10 mins by walk to the conference venue.

  1. Type 1: 1-person rooms, up to 350 USD for 3 nights,
    • Hotel Francuski
    • Hotel Imperial,
    • Ostoya Palace Hotel,
    • Golden Tulip Krakow City Center,
    • Hotel Unicus

  2. Type 2: 2-person rooms, up to 350 USD for 3 nights,
    • Ibis Kraków,
    • Hotel Polonia,
    • Hotel Europejski

  3. Type 3: rooms (1- or 2-person) over 350 USD
    • Hotel Polski Pod Białym Orłem,
    • Vienna House Andel's Cracow,
    • Mercure Krakow Stare Miasto
Note: All the travel arrangements have to be done by oneself. For more information, please contact Mr. Bob Brown
Partner Brand

Wojciech Szpankowski

Center for Science of Information
Purdue University
Partner Brand

Marek Zaionc (UJ, Poland)

Professor and Head
Foundations of Computer Science group
Jagiellonian University

Partner Brand

Bob Brown

Managing Director
Center for Science of Information
Purdue University