What Are The Five Traditional Senses

The human brain is capable of perceiving and interpreting information or stimuli received through the sense organs (i.e., eyes, ears, nose, mouth, and skin) (Weiten, 1998). This ability to perceive and interpret stimulus allows the human being to make meaningful sense of the world and environment around them. However, even as the human being is able to perceive and interpret stimuli information through all sense organs, stimuli is most often or primarily interpreted using the visual (eyes) and auditory (ears) sense organs (Anderson, 2009). However, for the purpose of this paper, the visual information process will be examined.

Focusing an image clearly onto the retina is the initial step in the process of vision, but although a sharp image on the retina is essential for clear vision, a person does not see the picture on the retina. Vision occurs not in the retina, but in the brain. Before the brain can create vision, the light on the retina must activate the visual receptors in the retina by a two-element

When it comes to vision, we see things based on the light reflected from surfaces. The reflected light waves enter the eye through the cornea at the front of the eye, it's resized at the pupil, focused by the lens, and hits the retina at the back. The light is then detected by rods and cones, photoreceptors, which alters the light into electrical signals. The optic nerve transmits those vision signals to the lateral geniculate nucleus, where visual information is transmitted to the visual cortex of the brain then converts into the objects that we see.

First, our eyes skim, then our brains tend to jump to conclusions. The impact on seeing something starts with light rays bouncing off an object. These rays enter the eyes through the cornea. The cornea is a transparent layer forming the front of the eye. The cornea refracts the light rays as they go through dark part of the eye, called the pupil. The iris(a flat, colored, ring-shaped membrane behind the cornea of the eye, with an adjustable circular opening(pupil) in the center) contracts or expands to change the amount of light that goes through.Then, the light rays go through the lens of your eye, biconvex structure in the eye that, along with the cornea, helps to refract light to be focused on the retina. Last, the cell in the retina, called cones and rods, turn the light into electrical signals. That gets sent through the optic nerves, where the mind clarifies them.

The eye is the organ of sight. It is used in almost everything we do, from playing sport to reading. A normal and well functioning eye can focus objects and images, both near and far, perceive depth and adapt to changes in light.

Ramachandran is helping to understand is the blindsight syndrome. Blindsight syndrome is when the person is completely blind, but can see. This is a rare syndrome seen in brain trauma patients. Graham Young has had this condition since he was eight years old, due to a horrific traffic accident. Graham can see to the left, but is unable to visualize anything on the right side. He is able to see an object move or the orientation of it, but cannot comprehend the object. Graham lacks the ability to be consciously aware of wait is being seen. People do not only just see objects, but they also interpret the information. According to Dr. Ramachandran, there are two ways the brain visualizes objects (Rawlene, 2014). The cerebral cortex pathway is from the eyeball through the thalamus to the visual cortex of the brain, which allows you to be visually conscious of what you are seeing (Rawlene, 2014). The other pathway to see is through the central core (Rawlene, 2014). The central core is located near the base of the stem of the brain, which is then transmitted to the visual cortex (Rawlene, 2014). The central core is closely related to lower life forms, such as a cat (Rawlene, 2014). This connection is more concern with the survival of the species and necessary reflexes (Rawlene, 2014). Blindsight syndrome happens when there is damage to just the cerebral cortex pathway. Graham Young‘s condition is a prime example of how the brain needs to

How Outside Stimuli are affected by the Five SensesAP1 ProjectShelby HardenSo, many things use the 5 senses. Each sense controls something different. Without having one of the five senses, can turn your whole life around. Treasure them all. Each function provokes every step you take in life. Outside stimuli can be received by the five senses which are sight, sound, touch, smell, and taste. Sight is very important to everyday life. Light waves off an object is what lets us see. The brain connects the light wave to memories or what it might be associated with, which then allows us to precept what the object is. This process happens so fast, you never see it coming. The stimuli you get from seeing is the colors the make an object and projects feelings. Sound is precious.

Introduction The eye is a very important organ because it allows us to not just see something, but to also see them in colors. Vision is created when light passes through the cornea, and reflected by lens until it hits the retina in the back of the eye. On the retina are two types of light-absorbing cells. These two types are rods and cones cells.

Our eyes have different parts or layers you can call it. On the very top layer, there is the lens, which just like a camera help us focus on certain images. Then there is the eyeball which helps us see and also this is the only area of the eye that is pigmented. Behind the eyeball is the retina, this layer deals with sensitivity to light and triggers nerve impulses. The retina itself has a layer that basically consists of two light-sensitive cells.

The eye is made up of many components, including the cornea, pupil, iris, and retina, along with others. Within the retina are rods, cones, and a fovea. Rods are responsible for the black, white, and gray colors we see, along with our peripheral vision. Our cones help us see detail, along with allowing us to see colors, specifically red, green, and

Sensory processing develops naturally and is done without effort (What is, n.d., para 2). The brain’s “ability to process and organize sensations begins to emerge in the womb and continues into adolescence” (Bolles, 2001). “The human body takes in sensory input from several different sensory systems, organizes it in the brain for functional use, and then sends out signals to the rest of the body to activate” adaptive response (An Introduction, 2014). There are eight sensory systems found in the human body (SPD, n.d, para 1). Five of the eight sensory systems are known as the

It is very confusing how the eye works. The human eye works just like a camera (How the human eye works). When you look at an object you see it because light reflects off an object and goes to your eyes (How the human eye works). Your eyes take the light and turn it into signals going to your brain to see the picture (How the human eye works).

According to Dr. Vilayanur Ramachandran, in his movie “Secrets of the Mind,” our vision system is divided into two parts, one with our eyes, and the other with our brain. He also says that there are two different pathways in which our brain uses to “see.” One of these pathways, he calls the evolutionary new pathway (the more sophisticated pathway) in which our eyes see, then the information is sent to the thalamus, and eventually entering the visual cortex of the brain. This pathway is the conscious part of seeing. The other pathway Dr. Ramachandran says is more prominent, as well as evolutionarily primitive. An iguana uses this system of seeing. In this second pathway, information enters through the eyes, and then is sent to the brain