The paper introduces the notion of “entropy harvesting” in physical and biological systems. Various physical and natural systems demonstrate the ability to decrease entropy under external stimuli. These systems, including stretched synthetic polymers, muscles, osmotic membranes and suspensions containing small hydrophobic particles, are called “entropic harvesters”. Entropic force acting in these systems increases with temperature. Harvested entropy may be released as mechanical work. The efficiency of entropy harvesting increases when the temperature is decreased. Natural and artificial energy harvesters are presented. Gravity as an entropic effect is discussed
Soil-plant systems exchange both energy and matter with their surroundings and are consequently open...
As entropy is more widely used in various fields, the physical concept of entropy has become more an...
The entropy concept was introduced in the mid-nineteenth century by Clausius and has been continuall...
The concept of entropy spatial-energy interactions is used to reflect the similar views on the stati...
International audienceThe Anthropocene crisis is frequently described as the rarefaction of resource...
Entropy, S is an extensive physical property with dimensions of energy per Kelvin. Information, I is...
The paper describes a mathematical approach to the concept of entropy. Its analysis is given in vari...
Attempts to find and quantify the supposed low entropy of organisms and its preservation are revised...
In the scenario of entropic gravity, entropy varies as a function of the location of the matter, whi...
The main purpose of this research is to strengthen and exploit the link between engineering thermody...
This article presents a scientific overview of 'entropy' as a thermodynamic basic function. A primar...
In studying biological systems, conventional approaches based on the laws of physics almost always r...
While the main concepts of thermodynamics are universal, the application to specific systems is not....
This is the third in a series of three papers devoted to energy flow and entropy changes in chemical...
The concept of entropy appears to be one of the most difficult ones to understand for students in ju...
Soil-plant systems exchange both energy and matter with their surroundings and are consequently open...
As entropy is more widely used in various fields, the physical concept of entropy has become more an...
The entropy concept was introduced in the mid-nineteenth century by Clausius and has been continuall...
The concept of entropy spatial-energy interactions is used to reflect the similar views on the stati...
International audienceThe Anthropocene crisis is frequently described as the rarefaction of resource...
Entropy, S is an extensive physical property with dimensions of energy per Kelvin. Information, I is...
The paper describes a mathematical approach to the concept of entropy. Its analysis is given in vari...
Attempts to find and quantify the supposed low entropy of organisms and its preservation are revised...
In the scenario of entropic gravity, entropy varies as a function of the location of the matter, whi...
The main purpose of this research is to strengthen and exploit the link between engineering thermody...
This article presents a scientific overview of 'entropy' as a thermodynamic basic function. A primar...
In studying biological systems, conventional approaches based on the laws of physics almost always r...
While the main concepts of thermodynamics are universal, the application to specific systems is not....
This is the third in a series of three papers devoted to energy flow and entropy changes in chemical...
The concept of entropy appears to be one of the most difficult ones to understand for students in ju...
Soil-plant systems exchange both energy and matter with their surroundings and are consequently open...
As entropy is more widely used in various fields, the physical concept of entropy has become more an...
The entropy concept was introduced in the mid-nineteenth century by Clausius and has been continuall...