**About the Editors**

### **Zeheng Wang**

Zeheng is a CERC Fellow, appointed through the Impossible Without You campaign. He earned his PhD in Si quantum computing devices from CQC2T, UNSW, and also has significant experience in III-V semiconductor devices, semiconductor physics and modeling, machine learning, and TCAD simulations. Zeheng has published over 30 scientific papers in top-tier venues, including Nature, Advanced Materials (cover article), Energy & Environmental Science, IEEE Electron Device Letters, and IEEE Transactions on Electron Devices, as well as flagship conferences such as IEEE IEDM and IEEE ISPSD.

Zeheng's expertise is recognized by his service as an editor for *Micromachines* (IF3.5) and *Applied Research* (Wiley). He is also an active reviewer for many leading journals published by IEEE, IET, IEICE, Wiley, Springer, Elsevier, and IOP. He currently conducts more than 20 papers' peer review for SCI-indexed journals per year. His open-source online service for semiconductor fabrication has been used by over 300 researchers worldwide. Additionally, he invented two patents in the field of semiconductor devices.

Zeheng's current research interests include quantum sensing, quantum artificial intelligence, artificial intelligence for science (AI4Science, particularly in materials, electronics, and medicines), and micro/nano manufacturing and fabrication.

### **Jingkai Huang**

Dr. Huang is a seasoned researcher with a robust background in semiconductor R&D. Prior to City University of Hong Kong, he contributed significantly to the field at King Abdullah University of Science and Technology (2015–2019, KSA), TSMC (2019, TW), and National Nano Device Laboratories (2010–2011, TW). His expertise lies in the nanofabrication of ultra-scaled electronic devices and the scalable manufacture of low-dimensional materials for advanced electronics. Outstanding achievements led Dr. Huang to be awarded the prestigious Scientia Ph.D. scholar for the "Beyond the Silicon Technology" project at UNSW. His current research focuses on integrating emerging materials such as 2D semiconductors, complex oxides (high- κ, ferroelectric, and memory), and porous coordination polymers (low-κ and sensor) in order to advance future semiconductor technology nodes.
