**Create a graphic to illustrate the concept of "Octopus Brain," contrasting it with a traditional "Computer Brain" for education. In the graphic, depict a computer icon labeled "Traditional Educational Brain" with limited connections to a body of water symbolizing a data lake. Place a human brain icon between the computer and octopus brain, labeled "Human Brain," to indicate neither model perfectly matches human capabilities. Use an octopus icon labeled "Octopus Brain" with multiple tentacles reaching into the data lake, showing "suction cups" retrieving data efficiently. Add neuron illustrations to signify the data flowing from the tentacles to the octopus's central unit for analysis, application, and display. Include arrows to guide data flow direction and a text box to explain the Octopus Brain's efficiency in deep data dives and quick data retrieval. Stick to a minimalistic design and harmonious color scheme.** - Image #4 <@1107937821026697277>
Create a graphic to illustrate the concept of Octopus Brain, contrasting it with a traditional Computer Brain for education. In the graphic, depict a computer icon labeled Traditional Educational Brain with limited connections to a body of water symbolizing a data lake. Place a human brain icon between the computer and octopus brain, labeled Human Brain, to indicate neither model perfectly matches human capabilities. Use an octopus icon labeled Octopus Brain with multiple tentacles reaching into the data lake, showing suction cups retrieving data efficiently. Add neuron illustrations to signify the data flowing from the tentacles to the octopuss central unit for analysis, application, and display. Include arrows to guide data flow direction and a text box to explain the Octopus Brains efficiency in deep data dives and quick data retrieval. Stick to a minimalistic design and harmonious color scheme.