This book was published in 1999.

This is a historically significant book that delves into the fascinating story of carbyne research. It traces the origin of the term 'carbyne' and documents the remarkable efforts and achievements of early scientists in this field. Through its pages, readers will gain a profound understanding of why this enigmatic material has captivated researchers for decades. The book also offers a vivid journey back in time, allowing readers to witness the unique research environment and methodologies that shaped the early days of materials science.

This book was published in 2006.

This book explores a crucial branch of carbyne research - its molecular 'cousins' known as polyynes. It systematically documents early breakthroughs in polyyne studies, with particular focus on fundamental physical/chemical synthesis methods and essential properties. Remarkably, much of this knowledge remains highly relevant and frequently cited in contemporary research, even two decades later. Beyond its historical value, this work continues to inspire new generations of researchers with its profound insights.

This is a new book!

This book presents cutting-edge advances in carbyne research, with particular emphasis on a novel one-dimensional coaxial van der Waals heterostructure combining carbon atomic chains with carbon nanotubes. It details several key synthesis approaches including arc discharge, field emission discharge, high-temperature thermal treatment, and nanoreactor methods. The work systematically investigates the unique physical properties of these carbon chain-nanotube heterostructures, demonstrating that the ultra-long carbon chains confined within nanotubes satisfy the strict definition of carbyne - establishing them as crucial targets for modern carbyne studies.