verb to combine or create something by putting different elements together
In material science, 'synthesized' is used to describe the creation of new materials through chemical or physical processes.
In computer science, 'synthesized' is used to describe the process of generating code or data automatically based on certain criteria or algorithms.
In chemistry, 'synthesized' is used to describe the process of creating a compound or substance by combining different elements or molecules.
In biology, 'synthesized' is used to refer to the production of organic compounds within living organisms.
In pharmacology, 'synthesized' is used to describe the development of new drugs or medications through chemical synthesis.
In the field of writing, 'synthesized' is used to describe the process of combining different ideas, sources, or information to create a cohesive piece of work. Writers often synthesize research findings, data, and examples to support their arguments or develop new insights.
Psychologists use 'synthesized' to refer to the act of integrating diverse psychological theories, research findings, and clinical observations to form a comprehensive understanding of human behavior and mental processes. They may synthesize information from various sources to develop treatment plans or theoretical frameworks.
Scientists use 'synthesized' to describe the process of combining experimental results, observations, and theoretical models to generate new hypotheses or theories. They synthesize data from different experiments or studies to draw conclusions and make scientific advancements.
In architecture, 'synthesized' is used to describe the integration of various design elements, materials, and spatial concepts to create a unified and harmonious building or structure. Architects synthesize aesthetic, functional, and structural considerations to develop innovative and sustainable designs.
Engineers use 'synthesized' to refer to the process of combining knowledge from different engineering disciplines and sources to design and develop complex systems, products, or processes. They synthesize principles from mathematics, physics, and other fields to solve technical challenges and optimize solutions.