Quantum Time Crystals: Nonequilibrium Phases of Matter and Temporal Symmetry Breaking

Executive Summary The emergence of time crystals represents a profound paradigm shift in the understanding of condensed matter physics, fundamentally challenging the established symmetries that govern the natural world. For Read More …

Quantum Vacuum Engineering: Energy from Nothing?

1. Introduction: The Plenum of Empty Space 1.1 From Philosophical Void to Quantum Plenum The concept of the vacuum has undergone one of the most radical transformations in the history Read More …

Quantum Criticality: When Matter Becomes Infinitely Sensitive

1. Introduction: The Thermodynamics of Absolute Zero The study of phases of matter has historically been the study of thermal competition. In the classical paradigm of condensed matter physics, the Read More …

Quantum Criticality: When Matter Becomes Infinitely Sensitive

1. Introduction: The Thermodynamics of Absolute Zero The study of phases of matter has historically been the study of thermal competition. In the classical paradigm of condensed matter physics, the Read More …