Abstract
A ban over acquiring information from fluctuations alone is considered. A fundamental value of that ban is its model independence, i.e. it is impossible to acquire information out of fluctuations alone both within the frame of the traditional statistical approach and within the frame of the recently introduced theory of boundedness.
Highlights
Open AccessOne of the most fundamental questions of modern interdisciplinary science is what information is
The major goal of the present paper is to demonstrate the model-independence of the ban over information perpetuum mobile
An exclusive property for the boundedness is that it provides the noise component with universal characteristics robust to noisy statistics
Summary
One of the most fundamental questions of modern interdisciplinary science is what information is. Our universal law should comprise both the Second Law and its violation in a single specific law Another flaw of the still dominant traditional concept of information is that neither process of its obtaining is in balance with the environment. It is generally accepted that the price for obtaining any piece of information is certain dissipation of heat into non-information degrees of freedom This statement, known as Landauer principle, yields an uncontrolled heating of the environment since the hardware is supposed to be able to execute any algorithm. The model independence of the ban over information perpetuum mobile constitutes the major difference between the traditional approach and the recently introduced concept of boundedness to be: while the traditional computing is never in balance with the environment unless special precautions are taken, the computing grounded on the concept of boundedness is always in balance with nonspecified ever-changing environment
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