2-D TMDC Field-Effect Transistors: Advanced 2-D TMDC Field-Effect Transistors: Device Physics, Engineering, and Python-Driven Simulation Toolkit for ... & Educators (Advanced Physics Textbooks)

Author: Fischer, Eli

Brand: Majosta

Number Of Pages: 395

EAN: 9798288267345

Release Date: 16-06-2025

Package Dimensions: 9.0 x 6.0 x 0.9 inches

Languages: English

Binding: paperback

Details: Unlock the full research potential of two-dimensional transition-metal dichalcogenide field-effect transistors with a resource engineered for the laboratory, the lecture hall, and the design studio alike. Written by active scientists, this volume weaves rigorous semiconductor theory with hands-on Python demonstrations, allowing you to move seamlessly from first-principles concepts to reproducible data and publishable device prototypes.
What Sets This Reference Apart Integrates state-of-the-art TMDC physics with ready-to-run Python code that models transport, electrostatics, and optoelectronic response. Presents a logically progressive roadmap—from crystal symmetry and band structure to wafer-scale integration—so that graduate students, post-docs, and industry engineers can identify and solve real-world challenges faster. Synthesizes the latest breakthroughs in contact engineering, high-κ dielectrics, strain tuning, and van der Waals heterostructures, providing the intellectual toolkit required for next-generation nanoelectronics. Written in clear, authoritative language that balances depth with accessibility, making it ideal for both classroom adoption and self-guided study.
Benefits You Will Gain
• Shorten the path from literature review to lab validation.
• Enhance grant proposals with benchmarked simulation workflows.
• Inspire innovative coursework that marries theory, coding, and fabrication.
• Strengthen competitive advantage in flexible electronics, RF design, and sensing applications.
• Equip your team with a single, comprehensive reference that stays relevant as the TMDC landscape evolves.