Bo Wang

New measurements reveal insights into particle interactions and states.

Research advances understanding of particle decay and its role in the universe.

Research reveals new details about resonances in particle physics.

EC-SNe play a key role in neutron star creation and binary systems.

Scientists observe a new charmed baryon decay, revealing insights into particle interactions.

Research reveals new findings on particle decay and its implications for physics.

Research unveils crucial findings on particle behavior in high-energy collisions.

A method to reduce redundancy in multi-view data representations.

New study investigates deuteron and antideuteron production during high-energy particle collisions.

A new AI approach aims to improve image and video generation speed and efficiency.

FraGNNet improves mass spectrum prediction for better compound identification.

NTIRE 2024 Challenge highlights progress in improving low-light image quality.

Study measures particle interactions and searches for exotic states in collisions.

Study reveals first observations of semileptonic decays involving charm mesons.

Researchers study particle collisions to identify six predicted -even states in charmonium.

EVA-X improves chest X-ray evaluation using advanced AI techniques.

Recent findings shed light on a rare hadronic decay process and its implications.

Research on pentaquarks and hexaquarks reveals new insights into quark interactions.

New search for axion-like particles yields limits on existence through photon decay.

Study reveals insights into a binary system involving a hot subdwarf and a white dwarf.

Rare particle decays offer insight into fundamental physics and the behavior of matter.

Recent findings enhance understanding of particle interactions and resonant structures.

Recent experiments at a Chinese collider reveal significant particle interactions.

Research on charm meson decays reveals new insights into particle behavior.

This study investigates the rare Type Icn supernovae and their connection to white dwarf mergers.

Study reveals insights into particle reactions at various energy levels.

Researchers investigate elusive particle decay with unexpected results.

Recent measurements improve our knowledge of charmonium decays and particle interactions.

Researchers refine measurement of branching fraction in charmonium decay processes using BESIII data.

This study evaluates how LLMs can enhance mutation testing in software development.

PE-Rank improves passage ranking efficiency with single passage embeddings.

Researchers investigate charmonium interactions at BEPCII collider, revealing limits and future directions.

Research focuses on charmonium's spin-singlet state and its decay behaviors.

A new model improves accuracy in speech-to-text capabilities across multiple languages.

Study reveals key measurements of charmed baryons and their decay properties.

A new method helps AI models learn from errors for better responses.

A look into di-hadron systems and their significant interactions.

New neural networks using memristors enhance efficiency and adaptability.

A new approach enhances human pose estimation accuracy in dim lighting.

GV-Rep aims to improve the analysis of genetic variants for patient care.

SAM2 enhances medical image analysis, improving task accuracy and accessibility for doctors.

Research sheds light on rare decay modes of charmonium particles.

Researchers measure Born cross sections, seeking signs of tetraquarks.

ECG-FM uses AI to improve ECG analysis for better heart health assessments.

A northern hemisphere telescope aims to enhance our understanding of cosmic origins.

Research sheds light on complex particle decay behaviors through precise analysis.

Explore the concept of bosonic holes and their implications in quantum systems.

Recent findings reveal a new decay mode in charmonium, advancing particle physics understanding.

This research sheds light on semileptonic decays and charm quarks using BESIII data.

New experiments shed light on particle decays and interactions.

This research investigates a rare particle decay, aiming to advance our knowledge of fundamental forces.

New models improve efficiency in retrieving information across various languages.

New findings reveal key insights into particle interactions through strong-phase differences.

MethylGPT advances DNA methylation analysis, enhancing disease prediction and health monitoring.

This paper presents late chunking for better text retrieval by preserving context.

Research investigates massless dark photons using data from particle collisions.

A system making music creation easy and accessible for all skill levels.

A new text embedding model shows promise in multilingual tasks and performance.

AI is transforming how researchers create virtual cells to study biological processes.

New measurements shed light on mesons and their decay processes.

Scientists study semileptonic decays to test theories and look for new phenomena.

Examining the lifecycle of white dwarfs and their transition to neutron stars.

Scientists investigate ultraluminous X-ray sources and their fascinating companion stars.

Improving MLLMs to better follow instructions with visuals.

Discovering unique behaviors and properties of exotic hadrons in particle physics.

A look at how cluster randomized trials assess educational methods in schools.

Orthrus enhances RNA predictions, improving understanding of genetic functions and properties.

A groundbreaking model links images and text, enhancing information retrieval.

Discover the unique world of BLAPs and their intriguing binary systems.

Scientists probe particle behavior using advanced techniques at BESIII.

Researchers observe charmonium decay, enhancing our knowledge of particle interactions.

Learn how to create o1, an advanced AI model that thinks like a human.

Innovative tools for medical imaging improve diagnosis and treatment worldwide.

EchoSpot revolutionizes how we find and read text in images.