Color And The Perception Of Color

The term sensation is used when referencing the process of sensing the environment through taste, touch, sound, smell, and sight (Goldstein, 2014). Moreover, it is the process that occurs once the sensory receptor experiences stimulation, which in turn produces nerve impulses that are sent to the brain to be processed in its raw form, then perception comes into play (Goldstein, 2014). Perception is used to describe the way people interpret these sensations and tries to make sense of everything around them on a daily basis. Perception is the occurrences of the brain

These receptors record on a extensive form of sensory modalities including changes in temperature, stress, touch, sound, mild, style, odor, physique and limb actions, and even blood pressure and chemistry. Scientists have recognized for nearly a hundred thirty years that distinct afferent nerve fibers of the peripheral nervous procedure are in contact with specialized non neural receptive buildings which realize and transmit sensory knowledge from the periphery to the Central Nervous System. The non neural receptive structure in conjunction with its afferent nerve fiber is mainly called a

After being taught three chapters of psychology I have encountered a wide range of information that has interested me, but perception has definitely interested me the most. It has interested me the most because ever since I was a kid I wondered why things closer to the car seemed to be moving faster than objects in the distance. Perception is the body's abilities to sense or detect something through its senses. We use perception everyday as it plays a large role in human life due to the fact that almost everything we encounter can be detected by our five senses.

Perception: a process by which individuals organize and interpret their sensory impressions in order to give meaning to their environment.

Senses airborne chemical molecules • Related to memories & emotions • Consists of 10 million rods embedded in the olfactory epithelium – responding to different chemicals

Sense perception is one way that allows us to interact and communicate with each other and the world. This is our primary way of knowing because our senses live experiences that we go through. Based on our senses we are to make interpretations of the world. For example, in class, each pair was given a box. Inside the box, there was one metal ball, but you had to figure out the structure or the form of a maze inside the box. We couldn't see inside the box, and we couldn’t touch the inside of the box. By using our sense of hearing and another way of knowing, imagination, we were able to make an educated guess of what the inside structure of the box looked like.

Being able to see color is one of the things that make humans special but sometimes color can deceive us. Humans perceive color based upon the lighting and other colors around whatever the object they are looking at is. For example an apple can be seen as bright red if the colors around it are lighter or the light is hitting it straight on but the same apple can be seen as dark red if the colors behind it are darker or the light source is not focused on it

comes to a person’s skin color but they see all colors such as the grass, sky, rainbow etc. It

Ward and colleagues present a series of studies to examine a group of synaesthetes who associate color with music and other sounds. This first experiment aims to compare the influences of pitch and timbre on color experience in both synaesthetes and non-synaesthetes. Ten sound-color synaesthetes (with the mean age of 42.4 years) and 10 control participants participated in this study. Seventy different sound stimuli that represent a range of pitches (33 Hz to 1245 Hz) and timbres (e.g. piano, string and pure tone notes) were used. Participants were seated in from of a computer and wore a pair of headphones in dimmed room. They were required to hear a sound and selected a color by using either a basic palette of 48 preset colors or a more fine-grained

The sensory systems select information to send to the brain about experienced internal and external events (Breedlove & Watson, 2013). Some of the sensed stimuli are readily detected by some species, but not others. The sensory receptor organs have a role in which they select which sensed information is sent to the brain and which information is disregard. Energy is then transduced at the sensory receptor cites by the production of a receptor potential that triggers action potentials. Information is translated from the receptors into patterns of neural activity later during the coding process. The action potentials vary in frequency and pattern and the specific frequencies and patterns of the action potentials signal how intense the stimulus was that was encountered. The sequence of the levels in the sensory pathways allow for progressively elaborate processing of the information. The information then enters the central nervous system, via either the spinal cord or the brain, and then the information reaches the thalamus of the brain, where the information is processed and communicated to the cortex. In summary, the sensory information first enters the central nervous system via the cranial and peripheral nerves, and then eventual reaches the thalamus prior to being sent on to the primary sensory cortex. The primary sensory cortex passes the information along to the non-primary sensory cortex. Every

Perception is the process of individuals interpreting their impressions to give meaning to their environment. The concept of perceptual errors is how a person’s behavior is based on their perception of what reality is, not on reality itself. Perception is the process by which an individual selects, organizes, and interprets information inputs to create a meaningful picture of the world. The attribution process guides our behaviour, regardless of the truth of the attribution.