Latest Articles for Quantum Mechanics

Exploring how gravity influences wave function reduction in quantum mechanics.

A closer look at key concepts in quantum mechanics.

The Casimir Effect reveals forces at play in a vacuum.

Explore the essential concepts of molecular physics and their practical applications.

Discover the unique behavior of particles in quantum mechanics.

Unraveling the mysteries of one-dimensional gases through density correlations.

A look into the unique properties of superfluid helium and its implications.

Exploring how concepts from quantum mechanics relate to water waves.

An exploration of negative thermodynamic pressure and its implications.

A look into Lovelock gravity, black holes, and their connections to the universe.

Examining how particles behave in curved spaces like de Sitter spaces.

Explore the unique behavior and potential applications of dipolar quantum fluids.

A deep dive into the Born-Oppenheimer approximation and its connection to quantum mechanics.

Exploring the fascinating world of harmonic oscillators and their extensions.

A look at how OTOCs help analyze dynamic quantum systems.

A simple overview of how tiny particles interact with their environment.

Investigating the link between graviton mass and the expanding universe.

Exploring space and time through the fun lens of pears.

A look into the strange behavior of black holes and their horizons.

Discover how magnetic fields influence conductivity in thin cadmium crystals.

Explore the fascinating role of magnons in magnetic materials.

A look into how light and matter interact and impact our world.

Discover how acceleration affects temperature and quantum mechanics.

QM/MM combines quantum and molecular mechanics for better scientific insights.

Scientists investigate how collapse models explain the behavior of particles and larger objects.

A look into the relationship between quantum behavior and classical orbits of hydrogen atoms.

Discover how energy decoherence transforms quantum systems into classical states.

A new tool to simplify access to quantum data for scientists.

Exploring how rare-earth elements reveal secrets of quantum entanglement.

Delve into Hilbert spaces and the curious EPR state in quantum mechanics.

Discover how the WKB method simplifies challenging equations in physics and mathematics.

Exploring how quantum particles behave across different geometries of spacetime.

Explore the complex relationship between black holes and quantum mechanics.

Explore the concept of clone worlds and their implications for our universe.

A fresh perspective on quantum gravity and the nature of space and time.

Exploring fuzzy dark matter's impact on cosmic structures and dark matter halos.

Discover the fascinating interactions between light and matter in modern technology.

Discover how electric fields create particles from empty space.

A look into particle interactions in curved spaces.

A new approach combines classical methods and quantum concepts for better learning.