Probiotics and their role in the future of interior architecture

Bioluminescence in indoor lighting at tourist resorts is an innovative trend that can enhance the environmental experience and make them more sustainable. By providing natural, enchanting lighting, resorts can create a relaxing and attractive environment for visitors, while also raising environmental awareness and promoting biodiversity.

Bioluminescence is a phenomenon in which light is emitted by living organisms as a result of natural chemical reactions. Light is produced by a chemical reaction within the living body known as chemiluminescence.

This luminescence is found in organisms such as fireflies, certain fish species, marine organisms, algae, and fungi. This phenomenon can be innovatively exploited to develop eco-friendly lighting solutions within resorts, contributing to a unique and sustainable enhancement of the indoor atmosphere.

The research problem lies in how to utilize bioluminescence in indoor lighting for tourist resorts. Since this phenomenon does not rely on electricity or external energy sources, it contributes to reducing energy consumption and protecting the environment. It also adds a touch of magic and beauty to resort interiors.

Despite the significant benefits of bioluminescence, there are some challenges, such as the difficulty of sustainably sourcing large quantities of bioluminescent organisms or maintaining them in specific environments. Additionally, this technology may initially be more expensive than traditional solutions.

Thanks to advances in science and technology in recent years, new techniques and materials have been discovered that architects and interior designers can use in design and architecture, while preserving the environment.For example, luminescent bacteria can be used as an environmentally friendly light source for interior spaces, as an integral part of the exterior design of buildings, and as traffic signals, providing lighting in areas lacking electrical wiring, such as gardens, parks, resorts, isolated tourist areas, and museums.

The aim of the research is to arrive at a future idea that aims to benefit from the phenomenon of bioluminescence in lighting units that serve the internal environment of tourist resorts. Hence, the idea of using it to provide diverse lighting sources using this type of bacteria came about, with the aim of achieving sustainability through the use of environmental resources such as luminous bacteria, which contributes to reducing electricity consumption and reducing pollution By reducing carbon dioxide emissions from traditional light bulbs.