Latest Articles for Amplitude

C-DASH enhances multi-photon microscopy for clearer biological imaging.

New algorithms improve calculations in spin foam models for quantum gravity.

Research reveals new data on deuteron-proton scattering and its fundamental interactions.

A novel technique allows detailed imaging without complex setups.

Examining the decay processes of charmed baryons reveals essential aspects of fundamental forces.

New methods reveal complexities in the light distribution of early-type galaxies.

Research reveals predictive models for better Parkinson’s treatment through beta burst analysis.

Metasurfaces enhance communication by optimizing signal transmission and efficiency.

This article explains Regge cuts and their significance in particle interactions.

This study presents a unified model for understanding hadron scattering behavior across energy levels.

A new two-step method improves laser light analysis for various applications.

Research on how signals travel through neurons provides insight into brain function.

Study reveals phase and amplitude behavior of SPhPs in gallium phosphide.

Explores methods to study particle amplitudes and their complex interactions.

This research explores advanced methods to study particle interactions in string theory.

Researchers study complex interactions in particle physics and their implications for energy collisions.

A look at how timing influences autoresonance and system stability.

Scientists enhance volcano monitoring to predict eruptions and protect communities.

Exploring soft limits and their significance in particle physics and cosmology.

Discover the fascinating world of travelling waves and their many applications.

Experience sensations in air with new mid-air ultrasound technology.

Discover how single-qubit measurements shed light on quantum states.

A deep dive into the links between particle interactions and gravitational forces.

Explore the vital link between AdS space and CFT in theoretical physics.

Learn how scientists study and predict wave behavior using equations.

New phase correction method boosts terahertz spectroscopy capabilities.