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International Conference on Light – and Color science, Lighting technology

Where tradition, innovation and science meet.

25-26. November 2024. Veszprém, Hungary (on-site, on-line hybrid conference)

Lux et Color Vespremiensis will be held for the 20th time between 25-26 NOvember 2024, for those interested in the field of photometry, color science, lighting technology, the professional community, industry representatives, manufacturers of light sources and lighting products, lighting system designers, standards specialists and interested parties.
The Lux et Color Vespremiensis Conference (LeCV) is an annual event of outstanding importance for national and international experts and interested people involved in the research and development of color science, photometry and lighting technology. With its high quality and low cost, it offers an exceptional opportunity for attendance and networking with the professional community for Ph.D. students, young researchers, academics and industry partners.

SCOPE

The LeCV conference aims to explore the relationship between the fields of physics, photonics, photometry, radiometry, lighting technology and the various engineering applications that have emerged as a synergistic combination of these sciences and innovative technological endeavors. The LeCV aims to provide a systematic view of how applications of color and photometry research can evolve alongside info-communication tools, exploring the limits and opportunities of technological applicability and the impact on the environment and on humans and wildlife.

Organizers, co-organizers

  • University of Pannonia, Faculty of Engineering Informatics, Light and Colour Research and Development Centre,
  • Technical Committee of the Veszprém Academic Committee of the Hungarian Academy of Sciences,
  • Lighting Society of the Hungarian Electrotechnical Association,
  • Kandó Kálmán Faculty of Electrical Engineering of Óbuda University

TOPICS

The conference is open to topic proposals. Please click HERE to submit your proposal.

  • Solid-state lighting (LEDs)
  • OLED lighting
  • Human Centric Lighting (HCL)
  • Intelligent lighting systems
  • Light quality and color rendering
  • Metamaterials and light manipulation
  • Li-Fi (Light Fidelity)
  • Biophotonics and light in medicine
  • Sustainable lighting practices
  • Plant (green) lighting
  • Innovations, standardisation issues
  • Visualergonomics
  • Architectural lighting
  • SMART technologies in lighting
  • Light pollution and environmental impacts
  • Display and visualisation technologies
  • Natural and computer vision, sensing
  • User interface design and color management
  • Computer color management, user expectations
  • Smart cities, IoT and related security issues
  • Industry 4.0
  • Possible applications of AI in the fields of computer vision, perception, and visualization
  • The future of lighting and color science