Our understanding of the world is shaped by awareness, thoughts, knowledge, and memories. It also depends on how you solve problems, make decisions, form judgments, and communicate. These mental processes are influenced by psychological, sociocultural, and biological factors. Together, these influences help construct your experience of reality and guide how you perceive and respond to your environment.

This area of study focuses on key parts of cognition, including consciousness, cognitive development, problem solving, decision making, intelligence, memory, and language.

Attention

Attention is a core part of cognition. It lets you focus on certain stimuli while filtering out others. You can think about attention in several related ways:

Selective attention: This is the process of concentrating on one task or stimulus while ignoring competing inputs.

Example: Focusing on a friend’s conversation in a noisy café while tuning out background chatter.

Theories of selective attention:

Broadbent’s filter model: Suggests that sensory information is filtered early, so only selected inputs are processed further. However, it struggles to explain why some unattended information (like hearing one’s name) still gets processed.
Treisman’s attenuation model: Proposes that unattended information isn’t completely blocked. Instead, it’s weakened, so important details can still capture attention.
Deutsch and Deutsch late selection theory: Argues that all information is processed to some extent, with selective attention determining what reaches conscious awareness.
The cocktail party effect: Demonstrates how personally relevant stimuli, such as one’s own name, can unexpectedly draw focus even in a noisy environment.

Divided attention:

This refers to the ability to manage multiple tasks at once. Example: Attempting to drive while talking on the phone - often resulting in reduced performance.

Key points include:

Task difficulty: Easier or well-practiced tasks use fewer cognitive resources, which makes it easier to split attention.
Resource model of attention: Because cognitive resources are limited, doing multiple demanding tasks can reduce performance on one or both tasks.

Automatic vs. controlled processing:

Automatic processing: Involves tasks that require minimal conscious effort and can become habitual over time (e.g., walking).
Controlled processing: Involves tasks that require focused attention and effort, especially when you’re dealing with new or complex challenges (e.g., solving a math problem).

Applications and examples Research on attention often examines multitasking - for example, trying to do two tasks at the same time (like texting while driving). Researchers use experimental designs to measure outcomes such as reaction time under different attention conditions. These studies show how selective and divided attention operate in real-world situations and help inform strategies for reducing cognitive overload.

Overview of cognitive processes

Cognition shaped by awareness, thoughts, knowledge, memories
Influenced by psychological, sociocultural, biological factors
Key areas: consciousness, cognitive development, problem solving, decision making, intelligence, memory, language

Attention

Focuses on certain stimuli, filters out others
Central to cognition and perception

Selective attention

Concentrating on one stimulus, ignoring others
Theories:
- Broadbent’s filter model: early filtering of sensory input
- Treisman’s attenuation model: unattended info weakened, not blocked
- Deutsch and Deutsch late selection: all info processed, attention selects for awareness
Cocktail party effect: personally relevant info (e.g., name) can capture attention

Divided attention

Managing multiple tasks simultaneously
Task difficulty: easier tasks require fewer resources, easier to split attention
Resource model: limited cognitive resources, multitasking reduces performance

Automatic vs. controlled processing

Automatic: minimal conscious effort, habitual tasks
Controlled: focused attention, effortful, new or complex tasks

Applications and examples

Multitasking research: measures reaction time, performance under divided attention
Findings inform strategies to reduce cognitive overload

Attention

Overview of cognitive processes

This area of study focuses on key parts of cognition, including consciousness, cognitive development, problem solving, decision making, intelligence, memory, and language.

Attention

Attention is a core part of cognition. It lets you focus on certain stimuli while filtering out others. You can think about attention in several related ways:

Selective attention: This is the process of concentrating on one task or stimulus while ignoring competing inputs.

Example: Focusing on a friend’s conversation in a noisy café while tuning out background chatter.

Theories of selective attention:

Broadbent’s filter model: Suggests that sensory information is filtered early, so only selected inputs are processed further. However, it struggles to explain why some unattended information (like hearing one’s name) still gets processed.
Treisman’s attenuation model: Proposes that unattended information isn’t completely blocked. Instead, it’s weakened, so important details can still capture attention.
Deutsch and Deutsch late selection theory: Argues that all information is processed to some extent, with selective attention determining what reaches conscious awareness.
The cocktail party effect: Demonstrates how personally relevant stimuli, such as one’s own name, can unexpectedly draw focus even in a noisy environment.

Divided attention:

This refers to the ability to manage multiple tasks at once. Example: Attempting to drive while talking on the phone - often resulting in reduced performance.

Key points include:

Task difficulty: Easier or well-practiced tasks use fewer cognitive resources, which makes it easier to split attention.
Resource model of attention: Because cognitive resources are limited, doing multiple demanding tasks can reduce performance on one or both tasks.

Automatic vs. controlled processing:

Automatic processing: Involves tasks that require minimal conscious effort and can become habitual over time (e.g., walking).
Controlled processing: Involves tasks that require focused attention and effort, especially when you’re dealing with new or complex challenges (e.g., solving a math problem).

Achievable MCAT

2. Psych/soc

2.2. Making sense of the environment

Attention

3 min read

Font

Discuss

Feedback

Overview of cognitive processes

This area of study focuses on key parts of cognition, including consciousness, cognitive development, problem solving, decision making, intelligence, memory, and language.

Attention

Attention is a core part of cognition. It lets you focus on certain stimuli while filtering out others. You can think about attention in several related ways:

Selective attention: This is the process of concentrating on one task or stimulus while ignoring competing inputs.

Example: Focusing on a friend’s conversation in a noisy café while tuning out background chatter.

Theories of selective attention:

Broadbent’s filter model: Suggests that sensory information is filtered early, so only selected inputs are processed further. However, it struggles to explain why some unattended information (like hearing one’s name) still gets processed.
Treisman’s attenuation model: Proposes that unattended information isn’t completely blocked. Instead, it’s weakened, so important details can still capture attention.
Deutsch and Deutsch late selection theory: Argues that all information is processed to some extent, with selective attention determining what reaches conscious awareness.
The cocktail party effect: Demonstrates how personally relevant stimuli, such as one’s own name, can unexpectedly draw focus even in a noisy environment.

Divided attention:

This refers to the ability to manage multiple tasks at once. Example: Attempting to drive while talking on the phone - often resulting in reduced performance.

Key points include:

Task difficulty: Easier or well-practiced tasks use fewer cognitive resources, which makes it easier to split attention.
Resource model of attention: Because cognitive resources are limited, doing multiple demanding tasks can reduce performance on one or both tasks.

Automatic vs. controlled processing:

Automatic processing: Involves tasks that require minimal conscious effort and can become habitual over time (e.g., walking).
Controlled processing: Involves tasks that require focused attention and effort, especially when you’re dealing with new or complex challenges (e.g., solving a math problem).

Overview of cognitive processes

Cognition shaped by awareness, thoughts, knowledge, memories
Influenced by psychological, sociocultural, biological factors
Key areas: consciousness, cognitive development, problem solving, decision making, intelligence, memory, language

Attention

Focuses on certain stimuli, filters out others
Central to cognition and perception

Selective attention

Concentrating on one stimulus, ignoring others
Theories:
- Broadbent’s filter model: early filtering of sensory input
- Treisman’s attenuation model: unattended info weakened, not blocked
- Deutsch and Deutsch late selection: all info processed, attention selects for awareness
Cocktail party effect: personally relevant info (e.g., name) can capture attention

Divided attention

Managing multiple tasks simultaneously
Task difficulty: easier tasks require fewer resources, easier to split attention
Resource model: limited cognitive resources, multitasking reduces performance

Automatic vs. controlled processing

Automatic: minimal conscious effort, habitual tasks
Controlled: focused attention, effortful, new or complex tasks

Applications and examples

Multitasking research: measures reaction time, performance under divided attention
Findings inform strategies to reduce cognitive overload

Attention

Overview of cognitive processes

This area of study focuses on key parts of cognition, including consciousness, cognitive development, problem solving, decision making, intelligence, memory, and language.

Attention

Attention is a core part of cognition. It lets you focus on certain stimuli while filtering out others. You can think about attention in several related ways:

Selective attention: This is the process of concentrating on one task or stimulus while ignoring competing inputs.

Example: Focusing on a friend’s conversation in a noisy café while tuning out background chatter.

Theories of selective attention:

Broadbent’s filter model: Suggests that sensory information is filtered early, so only selected inputs are processed further. However, it struggles to explain why some unattended information (like hearing one’s name) still gets processed.
Treisman’s attenuation model: Proposes that unattended information isn’t completely blocked. Instead, it’s weakened, so important details can still capture attention.
Deutsch and Deutsch late selection theory: Argues that all information is processed to some extent, with selective attention determining what reaches conscious awareness.
The cocktail party effect: Demonstrates how personally relevant stimuli, such as one’s own name, can unexpectedly draw focus even in a noisy environment.

Divided attention:

This refers to the ability to manage multiple tasks at once. Example: Attempting to drive while talking on the phone - often resulting in reduced performance.

Key points include:

Task difficulty: Easier or well-practiced tasks use fewer cognitive resources, which makes it easier to split attention.
Resource model of attention: Because cognitive resources are limited, doing multiple demanding tasks can reduce performance on one or both tasks.

Automatic vs. controlled processing:

Automatic processing: Involves tasks that require minimal conscious effort and can become habitual over time (e.g., walking).
Controlled processing: Involves tasks that require focused attention and effort, especially when you’re dealing with new or complex challenges (e.g., solving a math problem).