Abstract

I summarize here the recent scientific achievements exploring the causal chain of solar activity. Following the causal chain has led to a novel comprehensive picture, including system-level regulation of local processes, such as the mass fiows in the solar interior I call attention to some crucial aspects of solar activity and present a series of facts that demand a revision of the old picture, according to which the Sun is a mere "hot ball of gas." For example, the magnetic changes of solar activity are accelerated more than a billion times faster in comparison to theoretical expectations. The closer aspects of the comprehensive picture show that the mass fiows accelerating magnetic changes deviate significantly from their physically prescribed behavior corresponding to the given physical conditions of the solar interior. I argue that they must be orchestrated in a highly sophisticated manner. Another novel aspect that has been found is that the dynamo process is not enough to give an account of the magnetic cycle, since a regulative factor is needed to make the dynamo a machine. I show that the existence of a machine within the Sun introduces novel conceptual issues transcending the conceptualframework of physics. The novel problems have guided my search for the ultimate causes of solar activity toward biology. I present arguments showing the difference between the thermodynamic behavior of far-from-equilibrium open systems and the non-physical behavior of solar activity initiated by biological causes determining and organizing quantum uncertainties. Remarkably, the results fit adequately with the Whiteheadean view of organizational duality and show that the Sun can be regarded as a compound individual.