Latest Articles for Medical Applications

Exploring how memory influences cellular responses and behavior.

Scientists improve imaging through opaque materials using advanced techniques and two-photon fluorescence.

Study examines capsule behavior in different flow conditions and interactions.

This study examines how particle movement is influenced by channel fluctuations and interactions.

Exploring the role of excitons and CARS in carbon nanotube applications.

New methods improve the accuracy of DNA origami structures for various applications.

sincFold offers new methods for accurate RNA structure prediction.

New insights reveal spatial arrangement's impact on genetic circuit performance.

A compact system captures Mueller matrix images for advanced analysis of materials and tissues.

BioCLIP combines protein sequences and structures for better understanding.

A new method boosts imaging brightness while protecting living tissues.

New techniques improve accuracy and efficiency in blood flow simulations.

Investigating how ellipsoidal particles move in fluids reveals surprising behaviors.

Techniques to control synchronization in networks, focusing on targeted node selection.

Explore how inflated-beam robots use air pressure for delicate tasks.

A look into how bubbles and drops interact in turbulent conditions.

Explore the nature and types of turbulence in fluid flow.

A new method improves temperature estimation in materials without direct measurement.

LaDID helps learn system behavior from data without needing detailed models.

A new approach to the Arrhenius Law examines particle interactions and escape times.

A new model aims to improve control of flexible robots for precise tasks.

Research focuses on creating ultra-short laser pulses for various high-power applications.

This article discusses the structure and properties of heavy nuclei.

New methods improve measurement accuracy for light sources in optical imaging.

A new method enhances accuracy and efficiency in neutron transport simulations.

Scientists make progress in generating and measuring ultrashort light pulses for research.

Molecular communication opens new ways to transmit information using tiny molecules.

New techniques improve imaging and sensing capabilities using time-domain superoscillations.

Study of wave behavior, stability, and its implications in various fields.

Discover the fascinating properties and applications of jammed-granulate metamaterials.

New laser shaping technique improves electron beams and x-ray output.

Explores temperature effects on acoustic radiation force and particle movement.

New Pupil-Driven method improves qDPC imaging for better cellular analysis.

Study reveals key properties of rhodium formate complexes using advanced NMR techniques.

Research on particle production from strong electromagnetic fields using lasers.

A new model named ESSAformer improves hyperspectral image quality significantly.

Quantum sensors enhance measurement accuracy across various fields using quantum principles.

Lactonases disrupt microbial signals, impacting biofilm formation and potential treatments.

Recent progress in producing high-energy electrons using powerful lasers opens new applications.

Research reveals insights on cavitation bubble behavior near solid surfaces.