noun the quality of forming a unified whole
In optics, coherence is essential for phenomena such as interference and diffraction to occur, allowing for the manipulation of light waves.
In linguistics, coherence refers to the property of a text or discourse being logically consistent and making sense to the reader or listener.
In physics, coherence refers to the property of waves that enables them to exhibit interference, resulting in patterns of constructive and destructive interference.
In neuroscience, coherence is studied in relation to brain activity and the synchronization of neural oscillations, which are believed to play a role in information processing.
In signal processing, coherence is used to measure the degree of similarity between two signals or the correlation between different parts of a signal.
In writing, coherence refers to the logical and consistent connection between ideas, ensuring that the text flows smoothly and is easy to follow for the reader.
Psychologists may use the concept of coherence when analyzing a patient's thoughts, emotions, and behaviors to determine if they are consistent and make sense within the context of the individual's life.
Scientists strive for coherence in their research findings, ensuring that the data, methods, and conclusions are all logically connected and support each other to form a cohesive argument.
Engineers aim for coherence in their designs and plans, ensuring that all components work together seamlessly and efficiently to achieve the desired outcome.
Teachers may focus on coherence in lesson planning, ensuring that the material presented to students is logically organized and builds upon previous knowledge to facilitate understanding and retention.