The history of the emergence, development and improvement of high-speed railways: Technical, socio-economic and cultural aspects
Abstract
The article deals with a comprehensive historical and analytical study of the formation and evolution of high-speed railway transport as one of the key technological and sociocultural transformations of modern society. The aim of the article is to reveal historical patterns of formation, technical evolution and socio-cultural significance of high-speed railway transport in a global context. The authors aim to show how the desire for speed became not only an engineering challenge, but also a driver of economic, urban and civilisational modernisation. An interdisciplinary approach combining historical-technical, comparative and socio-economic analysi has been used. Such a combination is justified by the essence of high-speed railways. They are not just a transport technology, but a phenomenon that combines material engineering, state policy, the culture of speed, and human perceptions of space and time. For this reason, the logic of the study is not limited to a list of technical facts, but aims to show how an engineering idea gradually became a social reality. The source base includes peer-reviewed scientific publications, technical reports from railway companies, documents from international organisations, and contemporary research on the history of transport and engineering. The technical background of high-speed rail transport has been analysed since 19th-century railways to post-war projects of the mid-20th century, including Japan’s Shinkansen system, France’s TGV and Germany’s ICE, as well as the subsequent development of a global high-speed railway network in China, Europe and other countries. The article combines technical, engineering, socio-economic, and cultural-civilisational approaches. It is shown that high-speed railway is not only an infrastructural phenomenon but also a social one, shaping mobility, urbanisation, regional integration, and environmental sustainability. The latest innovations of the 21st century: magnetic levitation, Hyperloop systems, and digitalisation, determining the transition to the era of energy-intelligent mobility have been considered separately. It has been concluded that the history of high-speed railway transport reflects the overall evolution of engineering thought, public policy and the culture of speed, which is transforming humanity's understanding of space, time and steady development.
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