Synthetically

Synthetically, as an adverb, describes something that is created or produced artificially rather than naturally. It signifies a process involving chemical synthesis, laboratory manipulation, or other non-natural methods to fabricate substances or objects. This often implies a focus on human-made materials, components, or procedures. synthetically created items can range from pharmaceuticals to fabrics, flavorings to computer programs, and even aspects of nature, like synthetic biology altering biological processes. The term emphasizes a contrast with natural processes and implies intentional design or alteration by humans.

Synthetically meaning with examples

• The new perfume's fragrance was produced synthetically in a lab. Scientists carefully recreated the desired scent molecules, avoiding the costly and sometimes unsustainable extraction of natural essences. This allows for greater control over quality and the creation of unique, novel scent profiles, distinct from nature's processes.
• The textile manufacturer switched to synthetically created fibers for their clothing line. They found it offered increased durability, and design flexibility, and reduced reliance on natural resources like cotton. This switch also aided their marketing efforts; claiming to reduce negative environmental impacts, a factor increasing consumer interest.
• Pharmaceutical companies often research and develop medications made synthetically. This approach provides the opportunity to design drug molecules with greater precision and specificity compared to using natural extracts. This can yield safer and more effective treatments, tailored to specific health needs.
• The artist chose to create the illusion of a waterfall synthetically. Using projections and engineered lighting systems, they conjured the scene without using any actual water, a far more sustainable and accessible option. This was designed for indoor use, and to avoid damaging the environment.
• Software engineers are able to model complex systems, such as ecosystems, synthetically. This allows for thorough testing and simulating possible scenarios that could not be observed naturally or through experiments. The data gained helps to determine impacts, predict outcomes, and find potential mitigation strategies.