Scientific Sessions

• Principles of nanophysics and quantum effects in materials
• Nanoelectromechanical system design and fabrication
• Mechanical, electrical, and thermal property characterization
• Integration of NEMS with sensors, actuators, and electronics
• Advanced computational modeling of nanoscale devices
• Interdisciplinary approaches combining materials and device engineering
• Applications in energy, healthcare, and electronics

Nanophysics and Nanoelectromechanical Systems (NEMS) explore fundamental phenomena and practical applications of Material Science and Nanotechnology at the nanoscale. This session highlights Advanced Materials Research for designing high-precision NEMS devices with exceptional mechanical and electrical properties. The role of Nanomaterials & Nanotechnology is emphasized, as nanoscale materials enable sensitivity, durability, and miniaturization in sensors, actuators, and integrated circuits. Metallurgy & Alloys contribute to the fabrication of robust nanoscale components with enhanced mechanical stability and conductivity.

Participants will examine computational modeling, characterization techniques, and fabrication methods to develop reliable NEMS for industrial, biomedical, and energy applications. Interdisciplinary integration is key, linking material design, device engineering, and application-specific optimization. By combining Material Science and Nanotechnology, Advanced Materials Research, Nanomaterials & Nanotechnology, and Metallurgy & Alloys, attendees gain the expertise to advance nanoscale devices with transformative potential in technology and healthcare.

Key Highlights

• Nanoscale physics and quantum effects
• NEMS design, fabrication, and characterization
• Integration with sensors, actuators, and electronics
• Metallurgical strategies for device stability
• Computational modeling and interdisciplinary approaches

Why This Session Is Important?

NEMS devices enable revolutionary applications in sensing, computation, and energy. This session equips participants with the skills to innovate at the forefront of nanoscale engineering.