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Artificial Lighting

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Artificial Lighting

Artificial lighting, in the context of design, refers to the use of electrically powered light sources to illuminate spaces, objects, or environments, contrasting sharply with natural lighting, which relies solely on daylight. This form of lighting encompasses a broad spectrum of technologies, including incandescent, fluorescent, LED, and halogen bulbs, each offering distinct qualities in terms of color temperature, energy efficiency, and light intensity. The evolution of artificial lighting has been pivotal in extending human activity beyond the limitations imposed by the natural cycle of daylight and darkness, thus playing a crucial role in the development of modern society. Its historical roots can be traced back to the invention of the first electric light bulb in the 19th century, marking a significant departure from traditional sources such as candles and gas lamps. Over time, advancements in technology and design have vastly improved the efficiency, sustainability, and aesthetic qualities of artificial lighting, enabling its integration into virtually every aspect of the built environment. From a functional perspective, artificial lighting serves to enhance visibility, safety, and comfort in indoor and outdoor spaces, while from an aesthetic standpoint, it is employed to create ambiance, highlight architectural features, or influence the mood and behavior of occupants. The design and placement of artificial lighting fixtures are critical considerations in interior design, architecture, and urban planning, reflecting broader cultural and societal values around energy consumption, environmental impact, and well-being. Moreover, the advent of smart lighting systems, which allow for dynamic control over light intensity, color, and patterns, signifies a growing intersection between artificial lighting and digital technology, pointing to future innovations that could further transform our lived experience of artificially lit spaces.

illumination, LED technology, energy efficiency, color temperature, smart lighting systems, light intensity

Michael Thompson

Artificial Lighting

Artificial Lighting is a fundamental component within various design disciplines, including interior, architectural, and industrial design, that pertains to the use of electrically powered light sources to illuminate spaces, objects, or environments. Unlike natural lighting, which relies on the sun's rays and varies according to time of day and weather conditions, artificial lighting offers controlled, consistent light levels, irrespective of external factors. Its development traces back to the invention of the first electric light bulb by Thomas Edison in the late 19th century, marking a pivotal moment in design history. This innovation not only revolutionized the way spaces are illuminated but also extended the functional use of spaces beyond daylight hours, influencing the rhythm of human activity and societal norms around work and leisure. Artificial lighting encompasses a broad spectrum of light sources, including incandescent, fluorescent, and LED bulbs, each with distinct characteristics in terms of energy efficiency, color temperature, and light intensity. The strategic application of artificial lighting is crucial in design, as it affects not only the functionality and aesthetics of a space but also human mood, behavior, and health. Designers leverage artificial lighting to enhance architectural features, create ambiance, and improve visibility and safety in both indoor and outdoor settings. Furthermore, the advent of smart lighting systems, which allow for customizable and adaptive lighting solutions, represents the intersection of technology and design, offering new possibilities for personalized and energy-efficient lighting designs. The role of competitions such as the A' Design Award in recognizing innovative lighting designs underscores the importance of creativity and sustainability in the evolution of artificial lighting.

lighting design, illumination, LED technology, color temperature, light intensity, energy efficiency, smart lighting systems, ambient lighting, architectural lighting

Patricia Johnson

CITATION : "Patricia Johnson. 'Artificial Lighting.' Design+Encyclopedia. (Accessed on April 19, 2024)"

Artificial Lighting Definition
Artificial Lighting on Design+Encyclopedia

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