Advances in Engineering Advances in Engineering features breaking research judged by Advances in Engineering advisory team to be of key importance in the Engineering field. Papers are selected from over 10,000 published each week from most peer reviewed journals.
Non-Volatile Memory and Neuro-Inspired Computing: Machine Learning-Powered Simulations of Phase-Change Materials
Electrical Engineering
Predicting the Future of Radiation-balanced Lasers
Robotic Flying Fish: Bridging the Gap Between Water and Sky
Thermal Performance Prediction for Ultra-Large Pixel Arrays
Acoustic Control of Semiconductor Defect Spins
Advancements in Mode-Add/Drop Technology Using Few-Mode Fiber Bragg Gratings
Machine Learning-Based Rowhammer Mitigation: A Breakthrough in Hardware Security
Position Sensing of Beta Particle Emitters Using Self-Absorption in Plastic Scintillation Fibers
Motion Tracking with Smart Garments and Textile-Based Electronics
Random Fiber Lasing Amplification Assisted Chaotic Fiber Bragg Grating Sensing System: A Breakthrough in Ultra-Long-Distance Sensing
Reciprocity in Scattering Factors: Unlocking New Insights in Composite Dielectric Gratings with Conducting Strips
A Model-Free Approach to Enhancing Microgrid Stability Despite Nonlinearity and Uncertainty
Carve out a new future: Practical use of flexible transparent conductive film
Breaking the Speed Barrier: Three-State Switching Unleashes the Power of Terahertz Technology Beyond 5G
Novel Photonic Neural Networks Based on the Dynamic Model
Advancing Data Center Performance and Scalability: A Breakthrough in Energy-Efficient Data Transfer
Advancing High-Capacity Communication: Low-Loss and High-Data-Rate Terahertz Fiber Link
