h4. Text string for first pattern (5-10 characters): Text string for second pattern (5-10 characters): h5. $%& Higgins describes 8 basic stages in the creative problem solving process: Analysing the environment Recognising a problem Identifying the problem Making assumptions Generating alternatives Choosing among alternatives Implementing the Chosen Solution Control h6. English - Morse Please type your phrase in plain English h7. If one stares consistently at movement in a particular direction for even a short time, subsequently viewed stationary scenes briefly appear to move in the opposite direction. This phenomenon was known to the Ancient Greeks, but the first modern report of it is often attributed to Robert Addams (1834), who observed the effect while viewing a waterfall at Foyers in Scotland. The 'motion after-effect' can be explained by adaptation in visual neurones that respond selectively to moving contours in the image (see Barlow and Hill, 1963). In the absence of image motion, cells tuned to different directions produce roughly equal responses. Exposure to a particular direction of motion alters this balance in favour of cells tuned to the opposite direction, leading to the illusion. So you are staring at a waterfall for about a minute and what happens to your friend afterwards? Exactly, she moves into the direction of the sky. Let her float. h8.A cup of coffee keeps you in balance..Creative thinking 3
h5. $%& Higgins describes 8 basic stages in the creative problem solving process:
h7. If one stares consistently at movement in a particular direction for even a short time, subsequently viewed stationary scenes briefly appear to move in the opposite direction. This phenomenon was known to the Ancient Greeks, but the first modern report of it is often attributed to Robert Addams (1834), who observed the effect while viewing a waterfall at Foyers in Scotland.
The 'motion after-effect' can be explained by adaptation in visual neurones that respond selectively to moving contours in the image (see Barlow and Hill, 1963). In the absence of image motion, cells tuned to different directions produce roughly equal responses. Exposure to a particular direction of motion alters this balance in favour of cells tuned to the opposite direction, leading to the illusion.
So you are staring at a waterfall for about a minute and what happens to your friend afterwards? Exactly, she moves into the direction of the sky. Let her float.
h8.
A cup of coffee keeps you in balance..
