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Dive into the whimsical world of "The Quantum Leap Frogs," where poetry dances through the realms of imagination and science. This enchanting collection captures the essence of transformation and the extraordinary, blending vivid imagery with profound reflections on existence, change, and the magic of the universe. Each poem serves as a stepping stone, encouraging readers to leap beyond the ordinary, exploring themes of time, space, and the interconnectedness of all living beings. With a playful yet thought-provoking tone, the verses invite you to ponder life's mysteries through the eyes of…mehr

Produktbeschreibung
Dive into the whimsical world of "The Quantum Leap Frogs," where poetry dances through the realms of imagination and science. This enchanting collection captures the essence of transformation and the extraordinary, blending vivid imagery with profound reflections on existence, change, and the magic of the universe. Each poem serves as a stepping stone, encouraging readers to leap beyond the ordinary, exploring themes of time, space, and the interconnectedness of all living beings. With a playful yet thought-provoking tone, the verses invite you to ponder life's mysteries through the eyes of frogs that inhabit both our world and the quantum realm. Join the journey as you embrace the unexpected, revel in the beauty of language, and experience the joy of discovering the extraordinary within the commonplace. "The Quantum Leap Frogs" is a celebration of creativity that will inspire readers to jump into their own adventures of the mind and spirit.
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Autorenporträt
Matthew Smith is a postdoctoral researcher at the University of Oxford. Dr Smith completed his PhD in international business and economics at the University of Greenwich in 2016, where he made use of advanced social network analysis techniques to inform on the organisation of production in the global economy. Broadly, his research interests focus on social network analysis, more specifically, the application of Exponential Random Graph Models (ERGMs) to explain how observed network structures emerge, and multilevel network analysis. Currently, Dr Smith is working on a project that aims at testing hypotheses derived from theoretical models of cultural evolution to shed light on the diffusion of innovations in a small scale society.