Kun Wang

Researchers develop strategies to estimate quantum states despite noise challenges.

Combining deep learning with physics for better predictions.

A new method to enhance data collection efficiency in sensor networks.

UrbanVLP combines macro and micro data for better urban predictions.

A new framework improves prediction accuracy in fluid dynamics.

A novel method combines LLMs and KGs for improved reasoning accuracy.

A method that customizes graph sparsification for better neural network performance.

A new method enhances accuracy in detecting changes in data over time.

New framework improves predictions by analyzing interconnected data series.

A new perspective on enhancing GNNs for complex graph structures.

Exploring the nature and properties of higgsino dark matter.

The MIParT model enhances jet tagging accuracy and efficiency in particle physics.

Researchers unveil IMMClock, a tool to measure immune cell aging.

Researchers enhance multimode fiber imaging reliability with neural networks, despite temperature fluctuations.

Efficient verification of quantum states enhances error correction in quantum computing.

Exploring innovative methods to enhance multispectral object detection accuracy.

SyncVIS enhances the tracking and segmentation of objects in videos for various applications.

Discover the fascinating realm of quantum states and entanglement.