دانلود کتاب انتقال انرژی -پیوند هوش مصنوعی و انرژی

The global call for a “green energy transition” is often presented as an undeniable imperative: to eliminate emissions, a goal that in practice means the wholesale abandonment of fossil fuels. Unlike historical energy shifts – such as the Promethean energy transition (the mastery of fire over the past 100,000 years) or the harnessing of atomic power, both rooted in fundamental physical principles like energy density and entropy production – this contemporary transition is uniquely crafted by policy. Propelled by fears of apocalyptic climate scenarios, vast monetary incentives including subsidies and tax credits, and promises of wealth redistribution from developed to developing nations, it has garnered immense worldwide interest. This book contends that humanity’s capacity to achieve this sweeping global imperative by the mid-21st century is severely limited. More critically, it argues that the pursuit of “Net Zero by 2050” could paradoxically entail dangers far exceeding the perceived risks of climate change, a concern underscored by the following points. First, a sobering look at energy history and population reveals a stark challenge. In 1900, a world of 1.6 billion inhabitants produced negligible global emissions, largely in the absence of widespread fossil fuel consumption. To advocate for the elimination of fossil fuels by 2050 is to imply a return to an energy paradigm that historically supported a fraction of today’s global population. The notion of sustaining over eight billion people on an energy footing comparable to that of 1900, without proven, hyper-scalable alternatives, raises the spectre of an unprecedented global contraction, not a sustainable transition. Second, despite significant efforts, the empirical trend in global emissions is moving in the opposite direction of stated goals. In 2004, global CO2 emissions stood at approximately 28.8 billion tones. Two decades later, in 2024, and after an estimated investment exceeding ten trillion dollars in the green energy transition, these emissions have climbed to 37.4 billion tones. This persistent increase, regardless of geographical shifts in emission sources, calls into question the efficacy of current strategies. The book explores the argument that addressing both global energy demand and climate risks may require a more decisive turn towards an accelerated atomic energy transition, leveraging nuclear power far beyond its currently marginal global contribution. This book, Energy Transitions: The Energy–AI Nexus, offers a compelling and much-needed intervention in the ongoing global dialogue about energy futures.