This book investigates various aspects of information fields, not only theoretical, but with an additional emphasis on its applications. This book aims to provide a universal framework for understanding tempo-spatial information storage and communication in both quantum physical and biological regimes. This book is divided into two main parts: Part 1: this section introduces fundamental concepts of information fields theory within the physical realm, including well-established notions such as quantum potential and quantum entanglement. Part 2: this section addresses quantum fields phenomena in the biological realm, classified as biopsychical.

This book investigates various aspects of information fields, not only theoretical, but with an additional emphasis on its applications. This book aims to provide a universal framework for understanding tempo-spatial information storage and communication in both quantum physical and biological regimes. This book is divided into two main parts: Part 1: this section introduces fundamental concepts of information fields theory within the physical realm, including well-established notions such as quantum potential and quantum entanglement. Part 2: this section addresses quantum fields phenomena in the biological realm, classified as biopsychical.

This book investigates various aspects of information fields, not only theoretical, but with an additional emphasis on its applications. This book aims to provide a universal framework for understanding tempo-spatial information storage and communication in both quantum physical and biological regimes. This book is divided into two main parts: Part 1: this section introduces fundamental concepts of information fields theory within the physical realm, including well-established notions such as quantum potential and quantum entanglement. Part 2: this section addresses quantum fields phenomena in the biological realm, classified as biopsychical.