Biological psychology is an interdisciplinary field that studies the relationship between the nervous system and behavior. It explores topics ranging from sleep to sexuality and emotions to learning by examining how biology influences behavior. While the human brain only makes up 5% of body mass, it consumes 20% of glucose and oxygen resources, indicating it plays an important role in survival. Even small brain injuries can detrimentally impact functioning, showing how vital the brain is. This course will provide an enormous appreciation of the brain's true capacities.
This chapter discusses prenatal development from conception through birth. It covers genetics and inheritance, the stages of prenatal development from embryo to fetus, potential problems during pregnancy like genetic disorders and teratogens, and assessing the neonate at birth. Factors like maternal health, age, diet, and environment can all influence prenatal development. The chapter also examines the physical process of birth and potential complications.
This document outlines a study on the intrinsic structure and elements of systems. It discusses studying the structure of homo sapiens at the cellular level, with a focus on somatic, mental and coercive energetic structuring. It presents diagrams of brain systems to demonstrate the complex relationships between different brain structures like the amygdala, Broca's area, and Wernicke's area. Memory formation is also examined, with memories argued to form through logic located in dendrites between neurons. The document aims to establish relationships between elements and correlations within any system through a deductive, logical methodology.
Here are the key functions of the structures in abnormal psychology based on the information provided:
Amygdala: Responsible for how one perceives emotions like anger, fear, and sadness. Also controls emotions like aggression. Helps store memories of events and emotions.
Hypothalamus: Regulates basic bodily functions like hunger, thirst, sleep, temperature, and heart rate. Releases hormones that control these functions.
Thalamus: Sorts and distributes sensory data to different areas of the cortex. Sorts information as visual, tactile, auditory, or gustatory and sends it to the appropriate cortical region for processing. Sends visual information to the occipital lobe.
Brain Anatomy, Electrophysiology And VisualDominick Maino
Individuals with ASD have numerous
neuro-anatomical, neurophysiological, neuropsychological, cognitive and other anomalies that can affect the oculomotor system, vision information processing/visual perception, and the development of refractive error that may require intervention.
Optometrists with experience in applying the
concepts of behavioral, functional and developmental optometry to patient care should be integral members of the diagnostic and treatment team for individuals
with autism.
This article proposes that focusing research on the minimal brain regions necessary for consciousness can help reach a consensus on the neural basis of consciousness. The authors suggest (1) cataloging regions whose absence does not eliminate consciousness, such as the cerebellum and amygdala, and (2) investigating the long-overlooked olfactory system, which may generate a "microconsciousness". Critical questions remain about whether olfactory consciousness requires interactions with other brain regions or stimulation sufficient to induce hallucinations. This "brutally reductionistic" approach could isolate the physical basis of consciousness or illuminate what is required if its assumptions are invalidated.
Life offers us choices, and what an older part of the forebrain, the.docxgauthierleppington
Life offers us choices, and what an older part of the forebrain, the
limbic system
, chooses is to
feel better
right away. The conscious forebrain, the cerebral cortex, knows that this can be short-sighted and plunge us into the pain of a fight, a disease, or buying too much, but the frontal lobe is often too slow to grab the steering wheel in time. That’s to say that emotions make
quick decisions
possible and we have the
stress response
to deal with the consequences.
Chronic stress
just makes things worse.
Emotions are more than feelings. They have behavioral, autonomic, hormonal and cognitive components. Take fear for an example.
Fear is so familiar
. (And that nifty website has everything about fear that an exam would require.) But in the 1940’s and 1950’s, about all that textbooks taught about emotion was the
James-Lange
vs.
Cannon-Bard
controversy. Today we can do better.
What is Fear?
Fear involves
sympathetic arousal
, eyelid retraction, and distress. Read
this account
to put yourself in the mood.
Fear is often defined as an emotional response to a real or immediate threat (and anxiety is what we call the response to an imaginary or remote threat)? Why does fear appear in newborns as the outcome of loud noises and falling? (How often are infants hurt by loud noises or falling?) It’s associated with the startle reflex and the Moro reflex, respectively. Later it becomes a response to pain, abandonment, and, to some extent, novelty. For example, the stimulus chosen to evoke
fear in Little Albert
was a loud gong.
Children and adults pick up fear responses
by observing
. A parent who is upset by a bee in the house may communicate a fear of bees (apiphobia) to a child. To study fear in the lab, psychologists focus on fear conditioning
, in which a sensory stimulus like a tone (or a gong) is paired with electric shock. This pairing will make a rat freeze and defecate when it hears the tone after just one or two trials of training. Yet with all the evidence of learned fear, a question remains about its prenatal or even genetic origins. Do we have a built-in tendency to fear
snakes
and
spiders
more than guns and tasers, which are much more dangerous?
What is the Function of Fear?
Fear is a
special type of learning
and memory. It can be learned in a single conditioning trial and retained for a lifetime. Since it is a common element of stress, it is important to understand its management. It is obviously not all-or-none; it varies in strength. Some people engage in fear for recreation, in
skydiving
or
mountain climbing
or
other extreme sports
(click on Real Player or Windows Media). For some people, fear is
immobilizing and overpowering
.
Unpleasant emotions like fear and dread seem to be generated by
activity in the amygdala
. It has been known for many years that surgical removal of the amygdala tames wild monkeys. The so-called
Klüver-Bucy syndrome
has been identified in humans as well. It’s .
1) Psychopaths have 11% less prefrontal volume than healthy subjects, suggesting reduced prefrontal cortex volume may be biologically linked to criminal behavior.
2) The document discusses several studies on brain size and structure across species, finding that brain size increases over hominid evolution were likely driven by ecological and social pressures selecting for increased cognitive abilities.
3) Brain design is adapted to solve particular cognitive problems influenced by a species' environment and social structure, as seen in specialized brain areas for spatial memory in monogamous versus polygamous voles.
This document provides an overview of recent developments in understanding the human brain and mind. It discusses how new techniques like functional imaging have opened up ways to study the brain in action and understand functions like memory, emotions, consciousness, and social interactions. While exciting, these developments also raise questions about how much we can view ourselves as "biological computers" and whether changing our brains could change our identity or sense of responsibility. The document signals that we have only begun to understand how the brain performs incredible cognitive feats through the interactions of neurons, and that more remains unknown, like the nature of consciousness.
This chapter discusses prenatal development from conception through birth. It covers genetics and inheritance, the stages of prenatal development from embryo to fetus, potential problems during pregnancy like genetic disorders and teratogens, and assessing the neonate at birth. Factors like maternal health, age, diet, and environment can all influence prenatal development. The chapter also examines the physical process of birth and potential complications.
This document outlines a study on the intrinsic structure and elements of systems. It discusses studying the structure of homo sapiens at the cellular level, with a focus on somatic, mental and coercive energetic structuring. It presents diagrams of brain systems to demonstrate the complex relationships between different brain structures like the amygdala, Broca's area, and Wernicke's area. Memory formation is also examined, with memories argued to form through logic located in dendrites between neurons. The document aims to establish relationships between elements and correlations within any system through a deductive, logical methodology.
Here are the key functions of the structures in abnormal psychology based on the information provided:
Amygdala: Responsible for how one perceives emotions like anger, fear, and sadness. Also controls emotions like aggression. Helps store memories of events and emotions.
Hypothalamus: Regulates basic bodily functions like hunger, thirst, sleep, temperature, and heart rate. Releases hormones that control these functions.
Thalamus: Sorts and distributes sensory data to different areas of the cortex. Sorts information as visual, tactile, auditory, or gustatory and sends it to the appropriate cortical region for processing. Sends visual information to the occipital lobe.
Brain Anatomy, Electrophysiology And VisualDominick Maino
Individuals with ASD have numerous
neuro-anatomical, neurophysiological, neuropsychological, cognitive and other anomalies that can affect the oculomotor system, vision information processing/visual perception, and the development of refractive error that may require intervention.
Optometrists with experience in applying the
concepts of behavioral, functional and developmental optometry to patient care should be integral members of the diagnostic and treatment team for individuals
with autism.
This article proposes that focusing research on the minimal brain regions necessary for consciousness can help reach a consensus on the neural basis of consciousness. The authors suggest (1) cataloging regions whose absence does not eliminate consciousness, such as the cerebellum and amygdala, and (2) investigating the long-overlooked olfactory system, which may generate a "microconsciousness". Critical questions remain about whether olfactory consciousness requires interactions with other brain regions or stimulation sufficient to induce hallucinations. This "brutally reductionistic" approach could isolate the physical basis of consciousness or illuminate what is required if its assumptions are invalidated.
Life offers us choices, and what an older part of the forebrain, the.docxgauthierleppington
Life offers us choices, and what an older part of the forebrain, the
limbic system
, chooses is to
feel better
right away. The conscious forebrain, the cerebral cortex, knows that this can be short-sighted and plunge us into the pain of a fight, a disease, or buying too much, but the frontal lobe is often too slow to grab the steering wheel in time. That’s to say that emotions make
quick decisions
possible and we have the
stress response
to deal with the consequences.
Chronic stress
just makes things worse.
Emotions are more than feelings. They have behavioral, autonomic, hormonal and cognitive components. Take fear for an example.
Fear is so familiar
. (And that nifty website has everything about fear that an exam would require.) But in the 1940’s and 1950’s, about all that textbooks taught about emotion was the
James-Lange
vs.
Cannon-Bard
controversy. Today we can do better.
What is Fear?
Fear involves
sympathetic arousal
, eyelid retraction, and distress. Read
this account
to put yourself in the mood.
Fear is often defined as an emotional response to a real or immediate threat (and anxiety is what we call the response to an imaginary or remote threat)? Why does fear appear in newborns as the outcome of loud noises and falling? (How often are infants hurt by loud noises or falling?) It’s associated with the startle reflex and the Moro reflex, respectively. Later it becomes a response to pain, abandonment, and, to some extent, novelty. For example, the stimulus chosen to evoke
fear in Little Albert
was a loud gong.
Children and adults pick up fear responses
by observing
. A parent who is upset by a bee in the house may communicate a fear of bees (apiphobia) to a child. To study fear in the lab, psychologists focus on fear conditioning
, in which a sensory stimulus like a tone (or a gong) is paired with electric shock. This pairing will make a rat freeze and defecate when it hears the tone after just one or two trials of training. Yet with all the evidence of learned fear, a question remains about its prenatal or even genetic origins. Do we have a built-in tendency to fear
snakes
and
spiders
more than guns and tasers, which are much more dangerous?
What is the Function of Fear?
Fear is a
special type of learning
and memory. It can be learned in a single conditioning trial and retained for a lifetime. Since it is a common element of stress, it is important to understand its management. It is obviously not all-or-none; it varies in strength. Some people engage in fear for recreation, in
skydiving
or
mountain climbing
or
other extreme sports
(click on Real Player or Windows Media). For some people, fear is
immobilizing and overpowering
.
Unpleasant emotions like fear and dread seem to be generated by
activity in the amygdala
. It has been known for many years that surgical removal of the amygdala tames wild monkeys. The so-called
Klüver-Bucy syndrome
has been identified in humans as well. It’s .
1) Psychopaths have 11% less prefrontal volume than healthy subjects, suggesting reduced prefrontal cortex volume may be biologically linked to criminal behavior.
2) The document discusses several studies on brain size and structure across species, finding that brain size increases over hominid evolution were likely driven by ecological and social pressures selecting for increased cognitive abilities.
3) Brain design is adapted to solve particular cognitive problems influenced by a species' environment and social structure, as seen in specialized brain areas for spatial memory in monogamous versus polygamous voles.
This document provides an overview of recent developments in understanding the human brain and mind. It discusses how new techniques like functional imaging have opened up ways to study the brain in action and understand functions like memory, emotions, consciousness, and social interactions. While exciting, these developments also raise questions about how much we can view ourselves as "biological computers" and whether changing our brains could change our identity or sense of responsibility. The document signals that we have only begun to understand how the brain performs incredible cognitive feats through the interactions of neurons, and that more remains unknown, like the nature of consciousness.
The document provides an overview of how the human brain works and how research is shedding light on thinking and feelings. It discusses how the brain is divided into specialized areas, and how new techniques like functional imaging allow us to observe the brain in action. Memory is formed through connections between neurons being strengthened over time. Emotions are also processed in the brain and influence attention, decision-making, and memory formation. The amygdala plays a key role in processing emotional stimuli.
Mirror neurons are a class of neurons in the monkey premotor cortex that discharge both when the monkey performs an action and when it observes another individual performing a similar action. The review discusses evidence that a mirror neuron system exists in humans and plays a fundamental role in action understanding and imitation learning. It proposes that the human mirror neuron system may be linked to and help explain the evolution of human language capabilities.
The biological perspective studies the relationship between brain activity and consciousness. Methods include correlational studies comparing behavior to brain damage from strokes or injuries, as well as stimulation studies where parts of the brain are deliberately stimulated. Famous cases like Phineas Gage and Clive Wearing provided insights after they suffered brain injuries, with Gage's personality changing after frontal lobe damage and Wearing developing severe anterograde amnesia.
This document discusses the methodological puzzle of determining the neural basis of phenomenal consciousness versus cognitive accessibility. It argues that to determine if unreportable representations inside modules are conscious, we need to separate phenomenal consciousness from the neural basis of reportability in clear cases. However, doing so requires already answering whether phenomenal consciousness includes reportability mechanisms. The document then provides two illustrations of this puzzle and argues that empirical evidence can help break out of this circular methodological problem by identifying neural correlates of phenomenal consciousness that overflow cognitive accessibility.
My psychology 1st edition pomerantz test bankmww111
- The document contains a test bank with 17 multiple choice questions covering topics in introductory psychology including neurons, the nervous system, brain structures and functions, and case studies.
- The questions assess understanding of concepts like neuron parts and signaling, reflexes, localization of function in the brain, and conditions like multiple sclerosis.
- An answer key with explanations is provided for each multiple choice question.
Stress can negatively impact brain development and function. Prenatal and early childhood stress can permanently alter brain development and lead to mood disorders and learning disabilities later in life. Stress hormones released during stress can impair memory formation and recall. Chronic stress can physically shrink parts of the brain like the hippocampus that are important for learning and memory. Even short term stress can reduce brain cell connections and harm brain structure and function.
The document discusses the three parts of the coping brain: the reptilian brain, emotional brain, and neocortex. The reptilian brain governs survival instincts like aggression, fear, revenge, and territorial behavior. The emotional brain is responsible for emotional expression and social identity formation. The neocortex, also called the thinking brain, is the largest part and coordinates responses during stress by drawing on memory and developing new coping strategies using reasoning and learning abilities.
Localization of function psychology IBMette Morell
I would rate this SAQ response in the high band (7-8). It effectively meets the demands of the command term "explain" by providing a focused answer that discusses one relevant study (Broca's research) in detail. It summarizes the key aspects of Broca's study and methodology, and draws an appropriate conclusion about how this research contributed to understanding of localization of function in the brain. The response demonstrates accurate knowledge and understanding of Broca's research and its significance.
What is going on in psychiatry when nothing seems to happenAdonis Sfera, MD
1. New tools like two-photon microscopy, optogenetics, and white matter tractography are allowing researchers to visualize brain structures and activity in vivo with greater precision, providing insights into cognitive disorders like schizophrenia.
2. Studies using these tools suggest abnormalities in dendritic spines, disrupted connectivity between brain regions, and altered glial cell activity may be involved in schizophrenia pathogenesis.
3. Emerging areas of research like the human microbiome, epigenetics, and de novo mutations may also provide clues about schizophrenia etiology and potential new treatment targets.
How our brain functions when we are aged? In the fast changing world, many a times we heard people saying i am 60 years old and i cannot learn new skills. Is there any truth in the statement. Who is the best consultant for 'downsizing' if we do not use our resouces-It is brain by process.
The document discusses neural correlates of higher level brain functions. It covers several topics:
1) Experience arises at the quantum level in ion channel proteins, with quantum properties like coherence and entanglement playing a role.
2) Construction of perception involves transitions from quantum to classical domains in the brain, mediated by ion channel proteins. Top-down processes and long-range connections in large brains are important for conscious perception.
3) Perception emerges from complex interactions between ascending and recurrent signaling in the brain, with feedback thought to be crucial for awareness. Receptive field properties evolve along synaptic distances in hierarchical cortical networks.
This document provides an overview of the Blue Brain Project, which aims to create a virtual model of the brain through detailed computer simulations. It discusses the goals of creating an accurate whole brain model to better understand brain function and disorders. The architecture of the Blue Gene supercomputer is described, which will be used to model neural microcircuits at a high level of biological detail. The document outlines the basic components needed to reconstruct a microcircuit, including neuron morphology, ion channels, synapse properties, and connectivity statistics.
This document summarizes recent advances in understanding the neural correlates of consciousness (NCC). It discusses how studying changes in consciousness during sleep, anesthesia, and seizures has provided insights. It also examines paradigms used to study the NCC for specific percepts and the role of different brain regions. Finally, it discusses dynamic neural activity patterns like sustained vs phasic activity and their relation to the NCC.
This is a complete report on the topic BLUE BRAIN TECHNOLOGY.It's a very big project and it is also very much costly and IBM is working on this project .EPFL(Ecole Polytechnique Federal de lausaane) working on this and swiss government providing the funding to this project and on movie maker is also making a movie on this technology.There is a youtube channel is also available.
1. The document discusses a lecture on human brain anatomy. It covers divisions of the nervous system including the central nervous system (CNS) which contains the brain and spinal cord, and the peripheral nervous system (PNS) which includes the somatic and autonomic nervous systems.
2. The lecture discusses different ways to divide up and understand the brain including gross morphology of lobes and gyri, microanatomy of cells and connections, and functional anatomy mapping brain regions to their functions.
3. Key areas discussed include the motor cortex, somatosensory cortex, primary visual, auditory and association cortices, limbic system structures, basal ganglia, thalamus and cerebellum.
The document discusses how the brain works and its structure. It explains that the brain is made up of three main parts - the forebrain, midbrain and hindbrain. The largest part is the cerebrum, which controls thought and action. It is divided into two hemispheres and four lobes (frontal, parietal, occipital, temporal) which are responsible for different functions like memory, language processing and sensory information. Meditation can have psychological and physiological benefits by disengaging self-consciousness and freeing the mind from attachments. Understanding how meditation affects the brain provides insights into consciousness and human behavior.
International Upcycling Research Network advisory board meeting 4Kyungeun Sung
Slides used for the International Upcycling Research Network advisory board 4 (last one). The project is based at De Montfort University in Leicester, UK, and funded by the Arts and Humanities Research Council.
The document provides an overview of how the human brain works and how research is shedding light on thinking and feelings. It discusses how the brain is divided into specialized areas, and how new techniques like functional imaging allow us to observe the brain in action. Memory is formed through connections between neurons being strengthened over time. Emotions are also processed in the brain and influence attention, decision-making, and memory formation. The amygdala plays a key role in processing emotional stimuli.
Mirror neurons are a class of neurons in the monkey premotor cortex that discharge both when the monkey performs an action and when it observes another individual performing a similar action. The review discusses evidence that a mirror neuron system exists in humans and plays a fundamental role in action understanding and imitation learning. It proposes that the human mirror neuron system may be linked to and help explain the evolution of human language capabilities.
The biological perspective studies the relationship between brain activity and consciousness. Methods include correlational studies comparing behavior to brain damage from strokes or injuries, as well as stimulation studies where parts of the brain are deliberately stimulated. Famous cases like Phineas Gage and Clive Wearing provided insights after they suffered brain injuries, with Gage's personality changing after frontal lobe damage and Wearing developing severe anterograde amnesia.
This document discusses the methodological puzzle of determining the neural basis of phenomenal consciousness versus cognitive accessibility. It argues that to determine if unreportable representations inside modules are conscious, we need to separate phenomenal consciousness from the neural basis of reportability in clear cases. However, doing so requires already answering whether phenomenal consciousness includes reportability mechanisms. The document then provides two illustrations of this puzzle and argues that empirical evidence can help break out of this circular methodological problem by identifying neural correlates of phenomenal consciousness that overflow cognitive accessibility.
My psychology 1st edition pomerantz test bankmww111
- The document contains a test bank with 17 multiple choice questions covering topics in introductory psychology including neurons, the nervous system, brain structures and functions, and case studies.
- The questions assess understanding of concepts like neuron parts and signaling, reflexes, localization of function in the brain, and conditions like multiple sclerosis.
- An answer key with explanations is provided for each multiple choice question.
Stress can negatively impact brain development and function. Prenatal and early childhood stress can permanently alter brain development and lead to mood disorders and learning disabilities later in life. Stress hormones released during stress can impair memory formation and recall. Chronic stress can physically shrink parts of the brain like the hippocampus that are important for learning and memory. Even short term stress can reduce brain cell connections and harm brain structure and function.
The document discusses the three parts of the coping brain: the reptilian brain, emotional brain, and neocortex. The reptilian brain governs survival instincts like aggression, fear, revenge, and territorial behavior. The emotional brain is responsible for emotional expression and social identity formation. The neocortex, also called the thinking brain, is the largest part and coordinates responses during stress by drawing on memory and developing new coping strategies using reasoning and learning abilities.
Localization of function psychology IBMette Morell
I would rate this SAQ response in the high band (7-8). It effectively meets the demands of the command term "explain" by providing a focused answer that discusses one relevant study (Broca's research) in detail. It summarizes the key aspects of Broca's study and methodology, and draws an appropriate conclusion about how this research contributed to understanding of localization of function in the brain. The response demonstrates accurate knowledge and understanding of Broca's research and its significance.
What is going on in psychiatry when nothing seems to happenAdonis Sfera, MD
1. New tools like two-photon microscopy, optogenetics, and white matter tractography are allowing researchers to visualize brain structures and activity in vivo with greater precision, providing insights into cognitive disorders like schizophrenia.
2. Studies using these tools suggest abnormalities in dendritic spines, disrupted connectivity between brain regions, and altered glial cell activity may be involved in schizophrenia pathogenesis.
3. Emerging areas of research like the human microbiome, epigenetics, and de novo mutations may also provide clues about schizophrenia etiology and potential new treatment targets.
How our brain functions when we are aged? In the fast changing world, many a times we heard people saying i am 60 years old and i cannot learn new skills. Is there any truth in the statement. Who is the best consultant for 'downsizing' if we do not use our resouces-It is brain by process.
The document discusses neural correlates of higher level brain functions. It covers several topics:
1) Experience arises at the quantum level in ion channel proteins, with quantum properties like coherence and entanglement playing a role.
2) Construction of perception involves transitions from quantum to classical domains in the brain, mediated by ion channel proteins. Top-down processes and long-range connections in large brains are important for conscious perception.
3) Perception emerges from complex interactions between ascending and recurrent signaling in the brain, with feedback thought to be crucial for awareness. Receptive field properties evolve along synaptic distances in hierarchical cortical networks.
This document provides an overview of the Blue Brain Project, which aims to create a virtual model of the brain through detailed computer simulations. It discusses the goals of creating an accurate whole brain model to better understand brain function and disorders. The architecture of the Blue Gene supercomputer is described, which will be used to model neural microcircuits at a high level of biological detail. The document outlines the basic components needed to reconstruct a microcircuit, including neuron morphology, ion channels, synapse properties, and connectivity statistics.
This document summarizes recent advances in understanding the neural correlates of consciousness (NCC). It discusses how studying changes in consciousness during sleep, anesthesia, and seizures has provided insights. It also examines paradigms used to study the NCC for specific percepts and the role of different brain regions. Finally, it discusses dynamic neural activity patterns like sustained vs phasic activity and their relation to the NCC.
This is a complete report on the topic BLUE BRAIN TECHNOLOGY.It's a very big project and it is also very much costly and IBM is working on this project .EPFL(Ecole Polytechnique Federal de lausaane) working on this and swiss government providing the funding to this project and on movie maker is also making a movie on this technology.There is a youtube channel is also available.
1. The document discusses a lecture on human brain anatomy. It covers divisions of the nervous system including the central nervous system (CNS) which contains the brain and spinal cord, and the peripheral nervous system (PNS) which includes the somatic and autonomic nervous systems.
2. The lecture discusses different ways to divide up and understand the brain including gross morphology of lobes and gyri, microanatomy of cells and connections, and functional anatomy mapping brain regions to their functions.
3. Key areas discussed include the motor cortex, somatosensory cortex, primary visual, auditory and association cortices, limbic system structures, basal ganglia, thalamus and cerebellum.
The document discusses how the brain works and its structure. It explains that the brain is made up of three main parts - the forebrain, midbrain and hindbrain. The largest part is the cerebrum, which controls thought and action. It is divided into two hemispheres and four lobes (frontal, parietal, occipital, temporal) which are responsible for different functions like memory, language processing and sensory information. Meditation can have psychological and physiological benefits by disengaging self-consciousness and freeing the mind from attachments. Understanding how meditation affects the brain provides insights into consciousness and human behavior.
International Upcycling Research Network advisory board meeting 4Kyungeun Sung
Slides used for the International Upcycling Research Network advisory board 4 (last one). The project is based at De Montfort University in Leicester, UK, and funded by the Arts and Humanities Research Council.
Discovering the Best Indian Architects A Spotlight on Design Forum Internatio...Designforuminternational
India’s architectural landscape is a vibrant tapestry that weaves together the country's rich cultural heritage and its modern aspirations. From majestic historical structures to cutting-edge contemporary designs, the work of Indian architects is celebrated worldwide. Among the many firms shaping this dynamic field, Design Forum International stands out as a leader in innovative and sustainable architecture. This blog explores some of the best Indian architects, highlighting their contributions and showcasing the most famous architects in India.
Explore the essential graphic design tools and software that can elevate your creative projects. Discover industry favorites and innovative solutions for stunning design results.
1. Freberg Discovering Biological Psychology 2e 2010
Cengage Learning
1
/
3
Introducing Biological tionary standpoint, it seems unlikely that we would bother to evolve structures L E A R N I N G
Psychology
that did not contribute directly to our chances of survival. The human brain con- O B J E C T I V E S
tains 5 percent of the body’s mass, but it gobbles up 20 percent of its glucose and
After reading this chapter, you
oxygen resources. It wouldn’t seem sensible to build such an expensive structure should be able to
and then leave it virtually unused. Finally, observations of patients with brain dam- LO1 Define biological
age show that even small injuries, such as those caused by a concussion, can psychology.
Photo Title have a detrimental effect on brain functioning. A person who experienced damage LO2 Trace the major histori-
cal highlights in the study of
Why is it that you to 90 percent of the brain would likely be dead or, at a minimum, unable to emerge
the brain and nervous system.
can’t tickle yourself? from a coma.
LO3 Describe the major fea-
Although it may be disappointing to you to see the 10 percent myth debunked, tures of histological methods.
Researchers using a brain-
we suspect that this course in biological psychology will leave you with an enormous
imaging technique believe LO4 Distinguish between the
amount of respect for the real, scientifically demonstrated capacities of this remark- imaging techniques of CT, PET,
they have the answer. able organ, the human brain. MRI, and fMRI.
LO5 Describe the use of EEG,
MEG, evoked potentials, sin-
gle-cell recording, and patch
Biological Psychology as an clamp methods.
Interdisciplinary Field LO6 Describe the use of stim-
ulation and lesion
methods.
C H A P T E R
O U T L I N E B iological psychology is defined as an interdisciplinary area of study involving
psychology, biology, physiology, biochemistry, the neural sciences, and related
fields (Online Medical Dictionary, 2000). Researchers are specifically interested in
LO7 Summarize the methods
used to assess the biochemis-
Biological Psychology as an the relationships between the actions of the nervous system and observable behavior. try of the nervous system.
Interdisciplinary Field In this text, the topics explored will range from sleep to sexuality, from emotions to LO8 Identify the contri-
Highlights in the Biological learning, from hunger to psychopathology. In each of the topic areas, you will see butions made by studies
Psychology Timeline that the relationship between biology and behavior is circu tha team) drives biology involving twins, adoptions,
Interim Summary 1.1 (testosterone levels). and genetically engineered
■ WHY DOES THIS MATTER?
research animals to our under-
New Ethical Challenges
standing of the genetics of the
Regarding Stem Cell Research Highlights in the nervous system and behavior.
LO9 Summarize the major
Research Methods in
Biological Psychology
I N T R O D U C T I O N
Biological Psychology Timeline ethical concerns regarding the
use of human participants and
Histology
Y I n today’s world, we take for granted that the brain and nervous system are the sourc- animal subjects.
Autopsy OU HAVE PROBABLY HEARD THE POPULAR EXPRESSION, “YOU ONLY es of intellect, reason, sensation, and movement. This disarmingly simple fact has
Imaging
use 10 percent of your brain.” This little bit of misinformation has become part not been universally accepted throughout human history. Although some ancient
Recording
of our popular culture. It certainly would be nice to think that we all had a large observers came very close to the truth, periods of enlightenment were interspersed
Stimulation
with periods of remarkable misunderstandings.
Lesion chunk of brain awaiting more extensive use, perhaps for use in extrasensory per-
Our earliest ancestors apparently had at least a rudimentary understanding about
Pharmacological Methods ception (ESP) or in surviving those upcoming final exams. the brain’s essential role in maintaining life. Archaeological evidence of brain surgery
Genetic Methods
We’re not really sure where the 10 percent myth originated. Some writers suggests that as long as 7,000 years ago, people tried to cure others by drilling holes
Interim Summary 1.2
blame the work of Pierre Flourens, described later in this chapter. Perhaps by in the skull. The results of one such operation are shown in Figure 1.1. Because some
Research Ethics
skulls have been located that show evidence of healing following the drilling procedure,
Human Participants Guidelines showing that animals could still perform many functions with large parts of their
known as trephining or trepanation, we can assume that the patient lived through the
The Ethics of Research on the brains surgically removed, Flourens’s work may have led to the perception that procedure and that this was not a postmortem ritual. What is less clear is the intent of
Internet
all those parts really weren’t necessary after all. Other authors suggest that mis- such surgeries. Possibly, these early surgeons hoped to release demons or relieve feelings
Animal Subjects Guidelines
quotes of statements made by Albert Einstein and the philosopher/psychologist of pressure.
Interim Summary 1.3 Based on Egyptian texts believed to be at least 5,000 years old, the Edwin Smith
William James may be the original source of the myth.
■ NEW DIRECTIONS Surgical Papyrus represents the oldest known medical writing in history (Breasted,
New Ethical Challenges Regardless of the exact origin of the 10 percent myth, we know today that it 1930). In general, the Egyptians did not seem to view the brain as an important biological psychology An
Regarding Stem Cell Research is categorically false. Some of the new techniques discussed in this chapter for structure. During mummification, the brain was removed through the nostrils and inter- disciplinary area of study
replaced with rosin. Nonetheless, the Edwin Smith Surgical Papyrus contains a num- involving psychology, biology,
Thought Questions Key Terms imaging the brain show that separate parts of the brain may become more active
ber of rather modern-sounding observations regarding the structure and function of physiology, biochemistry, the
during different tasks but that each has its particular role to play. From an evolu neural sciences, and related fields.
of rather modern-sounding observations regarding the structure and function of the
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HENRY RACHLIN • BOOK DESIGN • 88 PARK AVENUE • ARLINGTON, MA • 02476 • hrachlin@comcast.net
2. Bernstein Psychology 8e 2009
Cengage Learning
8 ●
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CHAPTER 1 Introducing Psychology
.O
Introducing Psychology
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take advantage of analogies, we must first recognize the similarities between current
and previous problems and then recall the solution that worked before. Most people
are surprisingly poor at recognizing such similarities (Anderson, 2000). They tend to
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concentrate on the surface features that make problems appear different.
ur goal in this opening chapter is to give you an overview of
psychology and its subfields and to show how psychology’s sub-
fields are linked to one another and to other subjects, such as economics FOCUS ON
RESEARCH METHODS Locating Analogical Thinking
and medicine. We then tell the story of how psychology came to be and the
various ways in which psychologists approach their work. We have organized he value of using analogies in problem solving was beautifully illustrated after
the chapter as follows: T the Hubble Space Telescope was placed in orbit around the Earth in 1990. It
was designed to take detailed photographs of distant galaxies, but because its main
Basic Functions of Thought mirror was not focusing light properly, the pictures were blurry. Then NASA engi-
000 neer James Crocker happened to notice the way a hotel room showerhead pivoted,
The Circle of Thought and it gave him the idea for a system of movable mirrors to correct for the flaw in
Measuring Information Processing
the Hubble’s mirror. When shuttle astronauts installed these mirrors in 1993, the
Mental Representations: The problem was solved (Stein, 1993).
Ingredients of Thought 000
Concepts What was the researchers’ question?
Propositions
Schemas, Scripts, and Mental Charles Wharton and his colleagues wanted to know what goes on in the brain
Models when people do this kind of analogical mapping—recognizing similarities between
Images and Cognitive Maps things that appear to be different and even unrelated (Wharton et al., 2000).
Thinking Strategies 000
Formal Reasoning How did the researchers answer the question?
Informal Reasoning The researchers knew that PET scan technology could show brain activity while par-
Problem Solving 000 ticipants performed an analogy task, but how could the researchers separate the
Strategies for Problem Solving activity associated with analogical mapping from everything else going on in
F OCUS O N R ESEARCH M ETHODS FIGURE 8.10 the brain at the same time? Their answer was to use a subtraction technique. They
Locating Analogical Thinking Comparing Stimulus Patterns asked people to perform two tasks—one after the other—that involved making
Obstacles to Problem Solving
Building Problem-Solving Skills The top row shows an example of the comparisons between patterns of rectangles, ovals, triangles, and other shapes. Both
Problem Solving by Computer stimulus patterns that were compared in tasks placed similar demands on the brain, but only one of them required the par-
Decision Making 000 an analogy task. Participants had to say ticipants to make analogies between the patterns (see Figure 8.10). {
Evaluating Options whether the pattern on the right is similar,
Biases and Flaws in Decision Making or analogous, to the one on the left. (In This time, Gatiss and his landlord called the Royal Society for the TRY
Naturalistic Decision Making this case it is, because even though the Prevention of Cruelty to Animals (RSPCA), whose inspectors heard the kitten THIS
specific shapes used in one pattern differ
L INKAGES : Group Processes in in distress and asked the fire brigade to return. They spent the next three days
Problem Solving and Decision from those in the other pattern, their shad-
searching for the cat. First, they tore down parts of the kitchen walls and ripped
Making ing and physical arrangement are similar.)
The bottom row shows an example of the up the floorboards. Next, they called in plumbing and drainage specialists, who
Language 000 patterns that were compared in a “same- used cables tipped with fiber-optic cameras to search remote cavities where a kit-
The Elements of Language ten might hide. Rescuers then brought in a disaster search team, which tried to find
different” task. Here, participants were
Understanding Speech
asked only to decide whether the two the kitten using acoustic and ultrasonic equipment designed to locate victims
The Development of Language
How Is Language Acquired? patterns are exactly the same (Wharton trapped in the debris of earthquakes and explosions. Not a sound could be heard.
T HINKING C RITICALLY : Can
et al., 2000). Increasingly concerned about how much longer the kitten could survive, the fire
Nonhumans Use Language? brigade tried to coax it from hiding with the finest-quality fish, but to no avail.
Culture, Language, and Suddenly, there was a burst of “purring,” which to everyone’s surprise (and the
Thought 000 landlord’s dismay), the ultrasonic equipment traced to the clock in the electric
oven! Later, the landlord commented that everyone had assumed that Gatiss’s
LINKAGES
hypothesis was correct—that the meowing sound came from a cat trapped some-
SUMMARY
where in the kitchen. “I just let them carry on. If there is an animal in there, you
have to do what it takes. The funniest thing was that it seemed to reply when we
called out to it” (London Daily Telegraph, 1998).
Often, people begin to solve a problem with only a vague notion of which
hypotheses to test. Suppose you heard a strange sound in your kitchen. It could
be caused by several things, but which hypotheses should you test, and in what
order?
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HENRY RACHLIN • BOOK DESIGN • 88 PARK AVENUE • ARLINGTON, MA • 02476 • hrachlin@comcast.net