Call for Papers: International Conference on Energy Materials and Devices Jodhpur, India

Conference Website: https://events.iitj.ac.in/icemd/index.html

 

Key Dates

21st April 2026: Call for Papers

21st August 2026: Deadline for Abstract Submission

21st September 2026: Notification of Abstract Acceptance

21st October 2026: Registration Deadline

21st November 2026: Technical Program Announcement

21st December 2026: Conference Starts

23rd December 2026: Conference Ends

ICEMD 2026 Themes

1. Photovoltaic Devices

• Perovskite, organic, hybrid, and quantum dot solar cells
• Chalcogenide thin film and III–V photovoltaic devices
• Silicon-based photovoltaic materials, devices, and advanced architectures
• Tandem, semi-transparent, and flexible solar cells
• Defects, recombination mechanisms, and reliability studies
• PV module design, fabrication, and manufacturing technologies
• Lifecycle analysis: recycling, disposal, and sustainability of PV modules
• Photovoltaic sub/systems: agrivoltaics and building-integrated PV

2. Hydrogen Energy, Catalysis & Sustainable Fuels

• Electrochemical water splitting; Functional electrode materials, Photocatalysis, electrocatalysis, and advanced catalytic systems for hydrogen generation
• Hydrogen storage: Compressed, liquid, and solid state hydrogen storage; Storage materials, distribution infrastructure, and refueling technologies
• Hydrogen utilities: Fuel cell, IC engine, & distributed application
• CO2 conversion and carbon capture technologies for sustainable fuels
• Techno-economic assessment and lifecycle analysis of hydrogen energy systems

3. 2D Materials & Devices

• Emerging 2D materials (graphene, TMDs, post-TMDs, MXenes)
• Synthesis, defect engineering, and interface control in 2D materials
• 2D materials-based optoelectronic devices
• Quantum emission, light–matter interaction, and ultrafast nonlinear phenomena
• Spintronics, Quantum Photonics, and quantum magnetism in low-dimensional systems
• Quantum devices and quantum-enhanced technologies

4. Materials, Process & Device Technologies

• Advanced CMOS technologies and beyond-scaling device architectures (GAA/nanosheet, new channel materials)
• RRAM Memory devices and neuromorphic computing
• Advanced semiconductor materials and emerging device platforms (GaN, SiC, Ga2O3, diamond, III–V systems)
• Ultra-low power and ultra-high-speed electronic and optoelectronic devices
• Low dimensional emitters (2D, 1D, 0D), semiconductor lasers, LEDs
• Photodetectors: hyperspectral, broadband, high-sensitivity, and ultrafast devices
• Flexible electronics, MEMS/NEMS, sensors, and energy harvesting microsystems

5. Biomedical Devices & Bioengineering Technologies

• BioMEMS and implantable biomedical devices
• Advanced biosensors, wearable systems, and biohybrid devices for real-time diagnostics
• Drug design, targeted delivery, and pharmaceutical technologies
• AI, machine learning, data-driven healthcare

6. Advanced Characterization, Imaging & Data-Driven Materials Science

• Advanced X-ray, electron, and spectroscopic characterization techniques
• In situ and operando microscopy/spectroscopy
• Next-generation TEM methods
• AI/ML-driven data analysis

7. Energy Storage Systems

• Li/Na ion batteries
  • Electrode Materials (cathode, anode)
  • Electrolyte (liquid, solid, polymer)
  • Ion dynamics/ kinetics, & long-term stability
  • Thermal issues and stabilization strategies
• Beyond Li/Na ion batteries
  • Multivalent metal ion batteries
  • Metal-Air batteries
  • Metal-sulfur batteries
  • Materials development & kinetics, corrosion
  • Hybrid batteries (batcap)
• Advanced electrolyte materials & engineering
• Flexible energy storage devices
• Recycling of batteries
• Battery modules and their thermal management
• Battery manufacturing scale-up, techno-economics, and circular design approaches