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Probabilities and statistical mechanics of large and small systems: 5 Hits

ties and statistical mechanics of large and small systems ====== **Domagoj Kuić** \\ //Faculty of Science... reproduces the thermodynamic properties of large systems in equilibrium. Standard examples are thermodynam... c potentials derived in statistical mechanics for systems described by microcanonical, canonical or grand c... of freedom. On the other hand, for „very small“ systems driven out of thermodynamic equilibrium by exter

Beyond and across space: entanglement: 5 Hits

some special kind of interaction between quantum systems by means of “vershränkten zustände” using his ter... ng a special kind of correlation between physical systems, which can exceed the maximally possible limit of... e, which measures one or more microscopic quantum systems, and that or those systems, the lengths of their present moments are also incommeasurable: The present of

Quantum space and time: 5 Hits

assical space of this state. Consider two quantum systems in the mutual interaction. If energies are not extremely high and if those systems interact with velocity independent potentials, in this case those two systems are localized in the same classical space. Therefore those two systems appear to each other as classical systems. To the

Space and Time in Quantum Theory: 3 Hits

ly small. Those are usually the conditions of the systems in our vicinity. In particular, gravitational int... acroscopic bodies are hence to be expected in the systems relatively far from our solar system. In particul... magnetic interactions are velocity dependent, the systems subject to strong magnetic fields could provide e

Nature of Time (A)symmetry in Modeling of Physical Systems: 2 Hits

ature of Time (A)symmetry in Modeling of Physical Systems ====== [[https://nastava.fesb.hr/nastava/nastavni... me (time arrow) in modeling of realistic physical systems with particular emphasis to electromagnetic pheno

Ontology of geometry space selection in physical theories: 2 Hits

lidean geometry has certain advantages over other systems. We could call them conditionally “generic” and “... cal “simplicity” in relation to other geometrical systems. However when we take the concept of space as an

The Informatics of Time and Events: 2 Hits

ven by multiple clocks, network-based distributed systems, cyber-physical systems that embed computers to control physical objects, time-aware data bases, computer

Ontology of geometry space selection in physical theories: 2 Hits

lidean geometry has certain advantages over other systems. We could call them conditionally “generic” and “... cal “simplicity” in relation to other geometrical systems. However when we take the concept of space as a

Foundations of (Classical) Statistical Mechanics up to Entropy: 1 Hits

onsidering only the statistical properties of the systems one arrives to the major results of Statistical M

What is probability and what is then statistical mechanics?: 1 Hits

frequencies of the ensemble of a large number of systems, nor there is any sense in asking which ensemble

The first day of the conference: 1 Hits

ature of Time (A)symmetry in Modeling of Physical Systems//| ^Filip Grgić and Dragan Poljak|//Physics & Ph

Program of the fourth PHYSICS & PHILOSOPHY conference: "Time, Space and Space-Time": 1 Hits

Nature of time asymmetry in modelling of physical systems]]| |13:30--14:00^**Tonći Kokić** |[[2015:tonci_k

On the time domain solution methods in classical electromagnetics: 1 Hits

es are related to transient analysis of grounding systems and penetration of the transient electric field f

Philosophical problems in statistical physics: 1 Hits

foundation of the very notion of time asymmetry in the entropic asymmetry of systems in time.</blockquote>

Program: 1 Hits

An experimentalist point of view on entropy: 1 Hits

Philosophical problems of thermal and statistical physics: 1 Hits

The role of typicality in statistical explanations: 1 Hits

The ontological status of information in physics: 1 Hits

The story of Cain and Abel from the thermodynamic point of view: 1 Hits

Entropy and geometry: 1 Hits

Reduction of thermodynamics to statistical mechanics: 1 Hits

On the nature of black hole entropy: 1 Hits

Galilean Relativity and the Lorentz Contraction: 1 Hits