Wernicke's area, located in the posterior superior temporal gyrus, is primarily responsible for language comprehension, including understanding spoken and written language.

Broca's area, located in the posterior inferior frontal gyrus, is primarily responsible for language production, including speaking and writing.

The angular gyrus is involved in semantic processing, including understanding the meaning of words and sentences.

The superior temporal gyrus is involved in phonological processing, including perceiving and producing speech sounds.

Language is a tool for social interaction, allowing individuals to communicate with each other, share information, and negotiate social relationships.

Language influences social cognition in multiple ways, including shaping our perception of the social world, influencing our social attitudes and beliefs, and affecting our social behavior.

Social cognition influences language in multiple ways, including shaping the way we use language, influencing the content of our language, and affecting the style of our language.

The neural systems for language and social cognition are partially overlapping, with some brain regions involved in both language processing and social cognition.

The angular gyrus is involved in both language processing and social cognition, including understanding the meaning of words and sentences, and processing social information.

Bilingualism strengthens the neural connections between language and social cognition, making individuals more adept at processing information in both languages and understanding social cues from different cultures.

The neural basis of language and society provides insights into the evolution of human communication, helps us understand the cognitive processes involved in social interaction, and can inform the development of interventions for language disorders and social impairments.

Studying the neural basis of language and society is challenging due to the complexity of the brain and the difficulty of measuring neural activity, the diversity of languages and cultures across the world, and the ethical considerations involved in studying human subjects.

Promising directions for future research on the neural basis of language and society include using new neuroimaging techniques to study the brain in real-time during social interaction, conducting cross-cultural studies to investigate the neural basis of language and social cognition in different cultures, and developing computational models of the neural basis of language and social cognition.

We can use our understanding of the neural basis of language and society to improve communication and social interaction by developing educational programs that teach people about the neural basis of language and social cognition, designing technologies that support effective communication and social interaction, and creating social policies that promote language diversity and inclusion.