Shenzhen Bay Laboratory

Using the simple telegraph model to decipher transcriptional burst regulation across genome-wide data.

). Their interdependent dysregulation accelerated HCM. This study establishes the simple telegraph model as a scalable framework linking transcriptional burst dynamics to cell fate and pathology.

Photon‐Recycling Dielectric Laser Accelerator

ABSTRACT We propose a photon‐recycling dielectric laser accelerator (DLA) system based on silicon‐on‐insulator platform. Our DLA system employs transverse‐magnetic optical mode as the primary energy source, modulated and injected into the electron‐light interaction region for lon...

China’s Policy Responses to High Oil Prices: Balancing Macroeconomic Stability and Low-Carbon Transition

International oil price volatility poses severe risks to macroeconomic stability and energy security, presenting complex policy challenges for China as it simultaneously pursues economic growth and a low-carbon transition. To bridge the gap between general equilibrium reallocatio...

Potential structure induced effects of the hairpin motif in RNA to form the phase separated droplet like associate in different solution condition

Reversible associations of RNAs among themselves, or with RNA binding proteins through the process of phase separation, are found to be important in many different cellular contexts, including cellular responses to stress, gene regulation, development, and disease. Short RNA repe...

Real‐Space Mapping of Emergent Correlated Electronic States With Scanning SQUID Microscopy

ABSTRACT Scanning superconducting quantum interference device (SQUID) microscopy provides ultrahigh magnetic field sensitivity and has emerged as a powerful real‐space probe for correlated quantum phenomena in condensed matter. By reducing the superconducting loop to submicron re...