Department of Health and Human Services,2021). The human brain is more than a “three-pound organ” comprised of tissue/gray matter, but instead withholds depths that are far beyond what the eye can see, much like perceptions illustrate (U.S. As well as how our receptors, neurons, and overall brain anatomy don’t all work in uniform ways, but instead have a unique structure that matches our personal brains mechanics If everyone could solve this, wouldn’t this make cognition less complex and much more boring knowing that all brain types align in the same uniformity? With that being said this stereogram highlights the variations of brain chemistry and differing perceptions of society.
Instead embrace the uniqueness of the brain and appreciate your own originality. Unfortunately this fun activity is not possible for everyone, but don’t get to down if you lack stereo vision. Originally the image goes from blurry colors and then transforms into an object that holds a familiarity from our experiences. Top-down processing is “processing that involves a person’ knowledge or expectations” (Goldstein, 2011).
STEREOGRAM DINOSAUR HOW TO
Perhaps after visually seeing these and gaining expectations on how to perform these problem-solving activities by using our acquaintance with objects, it then becomes top-down processing. This engaging activity seems quite similar to the bottom-up processing in our course text which is “processing that starts with information received by the receptors”, and how this picture goes “from our eyes to our brain” to solve it (Goldstein, 2011). However, for the purpose of this blog it seemed more logical to share a beginner level stereogram to try and give everyone a fair chance at solving this mystery. There are many like this ranging from medium level to even the far more advanced ones. This particular stereogram was rated as a beginners design. Those who are still trying to determine the picture may not want to read this next string of lines as it is a spoiler alert, the hidden image is a dinosaur. After doing this it will show you how your initial perception of a green design transformed into something more. As you pull away, the hidden picture should begin to appear and fill the frame of the image. Then begin to gradually pull the picture further away from your face. Stay doing this for about 30 seconds or as long as needed.
Either way once you have positioned yourself in this form, try to fall into a trance with the picture. Many times actually touching your nose can prompt easier detection. In order to dive into the realm of stereograms, why not get the ball rolling and try to solve this image! For starters, bring the image close to your face almost to the point of touching your nose. Hopefully throughout this blog is will become evident how stereograms relate to the complexity behind perceptions and how our initial visualizations are not always what they appear. Stereograms seem to fall in line with the concept in this week’s lesson plan on human perceptions. Images such as the one present, are commonly referred to as “stereograms”. However, when you stare at this picture for an adequate amount of time and then start too gradually pull away there is one specific picture you’ve decoded. What do you see when you look at this picture? Do the bright colors light up your brain with any array of thoughts and confusion? Does it remind you of a familiar work of art? Or on the quite less exciting spectrum of things does it just hurt your eyes? What’s quite unique with this image is that it can produce an equally differing view at first glance, after all perceptions are quit seemingly unending.
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