Institution
Beijing Institute of Nanoenergy and Nanosystems
Recent research
- Materials & Energy
Contact-Electro-Catalysis Enables Ambient Coupling of CO2 and NH3 for Urea
Abstract Urea is an essential chemical for agriculture and industry, yet its production remains dominated by energy-intensive thermochemical processes. Here we report a contact-electro-catalysis (CEC) strategy that enables direct urea synthesis from carbon dioxide and aqueous amm...
- Engineering & TechnologyOpen access
Silent speech decoding (lip reading) represents an innovative hands-free communication method for individuals with laryngeal and lingual impairments, addressing critical daily communication challenges. Herein, a novel silent speech decoding system is proposed, which employs a sel...
- Engineering & Technology
Self‐Powered, Neural Network‐Inspired Mechanical Intelligence Driven by Triboelectric Nanogenerators
ABSTRACT Autonomous computing systems are crucial for distributed intelligent electronics, yet conventional architectures continue to face challenges in energy efficiency and system integration. Here, we report a self‐powered mechanical intelligence paradigm driven by triboelectr...
- Engineering & Technology
ABSTRACT The rising global energy demand has intensified the pursuit of sustainable and efficient energy solutions. In this pursuit, nanogenerators have developed as transformative tools for converting ambient mechanical energy into electricity. Among them, tribovoltaic nanogener...
- Physics & SpaceOpen access
Quantum Nonseparability Without Nonlocality: A ψ-Ontic Holistic Account of Entangled Measurement
The standard interpretation of quantum measurement on entangled systems holds that measuring one particle nonlocally collapses the wavefunction of its spacelike-separated partner. We argue that this conclusion rests on a false presupposition: that subsystems of entangled systems...
- Engineering & Technology
Elastic Liquid Metal Foam for Self‐Powered Triboelectric Sensing and Intelligent Tactile Recognition
ABSTRACT With the rapid expansion of the Internet of Things (IoT) and artificial intelligence (AI), developing flexible self‐powered electronic skins with high sensitivity and mechanical robustness has become a critical research priority. However, traditional metal‐polymer compos...