Causality and Locality in Modern Physics: Proceedings - Symposium

In this review of Causality and Locality in Modern Physics: Proceedings of a Symposium in honour of Jean-Pierre Vigier, the book is recommended for readers seeking a focused collection of scholarly discussion on non-locality and causality in modern physics and astronomy. Compiled from the August 1997 York University meeting, this proceedings volume is valuable because it gathers diverse international perspectives and open questions about quantum non-local and possibly superluminal interactions in a single scholarly resource. It reads as a snapshot of late 1990s debate and provides material useful for researchers and advanced students exploring foundational issues.

Key Features

• Conference origin: Essays and papers originate from a dedicated symposium held at York University in August 1997, giving the work a coherent, event-centered perspective.
• International contributors: Over 120 participants from 26 countries contributed, offering a wide range of academic viewpoints on causality and locality.
• Focused theme: The volume concentrates on the enigma of non-local and possibly superluminal interactions implied by quantum theory, which helps readers zero in on foundational debates.
• Editorial oversight: Edited in honour of Jean-Pierre Vigier, the book benefits from the guidance of recognised figures who framed the symposium and selected material.
• Historical context: As a sequel to a 1995 symposium on the quantum theory of light, the proceedings place the 1997 discussions within an ongoing scholarly dialogue.

Who It's For

The book is best for graduate students, researchers, and academics in theoretical physics, philosophy of physics, and related fields who want direct access to late twentieth century symposium papers on causality and locality. It is especially useful for those studying the foundations of quantum mechanics, interpretations that address non-locality, and debates about superluminal interactions.

It is less suitable for casual readers or beginners without a background in physics; the content assumes familiarity with technical issues and the broader literature. Those seeking a modern textbook or an accessible introductory treatment should look elsewhere for more pedagogical material.

Pros & Cons

Pros

• Collects a broad set of perspectives from an international symposium, making it a convenient reference for researchers.
• Focuses narrowly on causality and locality, providing concentrated material on a specific foundational question.
• Edited in honour of an established figure, which helps ensure thematic coherence across contributions.

Cons

• As a proceedings volume, the format can be uneven in depth and style between contributions.
• Material reflects the state of debate circa 1997 and may not include the latest developments or contemporary experimental results.

Specifications

Title	Causality and Locality in Modern Physics: Proceedings of a Symposium in honour of Jean-Pierre Vigier
Event	Symposium at York University, Toronto, August 1997
Editors / Brand	G. Hunter, Stanley Jeffers, J.P. Vigier
Participants	Over 120 participants representing 26 countries
Series	Fundamental Theories of Physics (proceedings series)
Related meeting	Sequel to 1995 symposium on the quantum theory of light

Our Verdict

For readers with a solid background in theoretical physics or the philosophy of physics, this proceedings volume is a worthwhile collection that preserves an important moment in the debate over quantum non-locality and causality. It offers a concentrated set of papers and international viewpoints that remain useful as historical and conceptual resources, though those needing up-to-date experimental developments should supplement it with more recent literature.

Frequently Asked Questions

Does this book contain original symposium papers?
Yes, the volume comprises papers and essays presented at the August 1997 symposium held at York University.

Who edited the proceedings?
The volume is edited under the names associated with G. Hunter, Stanley Jeffers, and J.P. Vigier, who organized and oversaw the symposium contributions.

Is this suitable for beginners?
Not generally; the proceedings assume familiarity with the technical and conceptual issues in quantum theory and are aimed at researchers and advanced students.