Time & Matter: Proceedings of the International Colloquium on the Science of Time, Venice, Italy, 11-17 August 2002

Time and matter are the most fundamental concepts in physics and in any science-based description of the world around us. Quantum theory has, however, revealed many novel insights into these concepts in non-relativistic, relativistic and cosmological contexts. The implications of these novel perspectives have been realized and, in particular, probed experimentally only recently. In the papers in this proceedings, these issues are discussed in a truly interdisciplinary fashion from philosophical and historical perspectives. The leading contributors, including Nobel laureates T W H?nsch and G t' Hooft, address both experimental and theoretical issues.

time And Matter Are The Most Fundamental Concepts In Physics And In Any Science-based Description Of The World Around Us. Quantum Theory Has, However, Revealed Many Novel Insights Into-these Concepts In Non-relativistic, Relativistic And Cosmological Contexts. The Implications Of These Novel Perspectives Have Been Realized And, In Particular, Probed Experimentally Only Recently. In The Papers In This Proceedings, These Issues Are Discussed In A Truly Interdisciplinary Fashion From Philosophical And Historical Perspectives. The Leading Contributors, Including Nobel Laureates T W Hansch And G T' Hooft, Address Both Experimental And Theoretical, Issues.

Time and matter are the most fundamental concepts in physics and in any science-based description of the world around us. Quantum theory has, however, revealed many novel insights into these concepts in non-relativistic, relativistic and cosmological contexts. The implications of these novel perspectives have been realized and, in particular, probed experimentally only recently.In the papers in this proceedings, these issues are discussed in a truly interdisciplinary fashion from philosophical and historical perspectives. The leading contributors, including Nobel laureates T W Hänsch and G t' Hooft, address both experimental and theoretical issues. Time and matter are the most fundamental concepts in physics and in any science-based description of the world around us. Quantum theory has, however, revealed many novel insights into these concepts in non-relativistic, relativistic and cosmological contexts. The implications of these novel perspectives have been realized and, in particular, probed experimentally only recently. In the papers in this proceedings, these issues are discussed in a truly interdisciplinary fashion from philosophical and historical perspectives. The leading contributors, including Nobel laureates T W Hänsch and G t'