Quantum life transformation

Eric B. Winsberg, Arthur I. Fine

Erkki Brändas

Recent attempts to establish the quantum boundaries of life is pursued. A pre-existing view of quantum biology is supplemented by the formulation of modern advances in theoretical chemical physics and quantum chemistry. The extension to open system dynamics entails a self-referential amplification supporting the signature of life as well as consciousness via long-range correlative information, ODLCI. The associated negentropic coherence permeates hierarchical and functional organization at multiple levels. In this communication we will derive and review one of the most important mathematical tools, i.e., the combined use of the Fourier- and the Laplace transform. It is shown that an underlying operator algebra facilitates the formulation of the conjugate relationship between energy-time and momentum-space. Implications from augmented general dilation analytic operator families provide novel information-based representations and yield, inter alia, a thermo-qubit syntax for communication, which are required to support the quantum Darwinian view of life.

In this presentation, the issues of quantum computing, quantum technologies, applications, and the future of mankind and the world will be discussed.A profoundly disruptive emerging computing technology, quantum computing, will change computation machines, algorithms, methods and technologies, transforming the world.Quantum computers have substantially different hardware and software and can solve complex, intractable problems exponentially faster than classical computers.The combination of quantum computing and artificial intelligence gives a new paradigm and many new opportunities for fundamental changes in the world.This transformative potential extends to many areas of life, including quantum health, artificial intelligence, financial modelling and management, cryptography, health care, and drug discovery, optimisation, climate modelling and weather forecasting.Quantum computing is expected to transform all areas of human life.It can address some of our most serious challenges.However, quantum computing has the potential to unlock new frontiers of knowledge in the future.This leaves us with a sense of urgency to adopt quantum computing by all for a better future for humanity and the world.

Lorus Johnson Milne, Margery J. Milne

San Murugesan, Bob Colwell

Faced with challenging new applications for computing, we must pursue radical new paradigms. Through quantum computing, biologically inspired computing, and nanocomputing, we can explore novel ways to transform life for the benefit of society.