Delve into the emerging frontiers of sustainable crystal growth and its transformative applications in energy and quantum technologies at the “Conference on Sustainable Crystal Growth for Energy and Quantum Technologies.” Sustainable crystal growth is an emerging field that focuses on producing high-quality crystals while reducing energy consumption, material waste, and environmental impact. Advanced crystals play an important role in energy technologies such as solar cells, batteries, LEDs, and power electronics, as well as in quantum technologies used for quantum computing, sensing, and secure communication. Sustainable growth techniques aim to optimize temperature, pressure, solvents, and processing conditions to improve crystal quality while using fewer resources. The development of eco-friendly materials, low-energy growth methods, and efficient recycling processes can make crystal production more cost-effective and environmentally responsible. These advances are essential for creating next-generation energy and quantum devices that combine high performance with long-term sustainability.
This interdisciplinary conference provides a vibrant platform for researchers, academicians, scientists, industry professionals, and technology enthusiasts to exchange knowledge and explore recent developments in crystal growth and its applications in energy and quantum technologies.
The conference will highlight innovative and sustainable approaches to crystal growth, advanced functional materials, renewable and energy-efficient technologies, and emerging developments in quantum science and technology. Join us to explore how sustainable crystal growth, materials science, energy technologies, and quantum innovations are converging to shape a cleaner, smarter, and technologically advanced future.
Original Research articles are invited for presentation in any one of the following topics (but not limited to)
Last Date for Registration with Abstract: 20.12.2026
Submission of Full Paper: 28.12.2026
Submission Guidelines
Bank Name: State Bank of India
Beneficiary Name: C.T.T.E. College
Branch: Perambur, Chennai
Account Number: 10313551041
IFSC Code: SBIN0002256
Address: 1/110, Madhavaram High Road, Perambur, Chennai-11
The registration fee can be paid through NEFT (or) G-pay using the bank transfer option.
Dr. T. Ramya
Head, Department of Physics,
C.T.T.E College for Women.
Dr. J. Deva Anban
Associate Professor
Pioneer Kumaraswamy College
Nagercoil
Dr. K. Ekambaram,
PG and Research Department of Physics,
Government Thirumagal Mills College,
Gudiyatham
Dr. G. Banupriya
Proprietor,
Synnature Research Services,
Tindivanum
Dr. S. Geetha
Assistant Professor,
Department of Physics,
C.T.T.E College for Women.
Mrs. K. P. Nalini
Assistant Professor, Department of Physics,
C.T.T.E College for Women.
Ms. S. Vaishnavi
Physics Department Secretary
III B.Sc. Physics
C.T.T.E College for Women.