Technology is now pushing to develop artificial intelligence. Advances in science and technology are already transforming human-to-machine communication, language translation, computer vision, and automated decision making. Our human brains are most likely the main stumbling block to the rapid expansion of artificial intelligence because it takes a lot of discipline to develop natural language and reasoning for computers.
Research into the enhancement of human cognitive abilities may be the key to a future of artificial intelligence. A growing number of researchers believe that creativity can be enhanced through creative arts training. A Stanford University study found that, when compared to non-artists, poets, musicians, and other artists performed better on an auditory and visual short-term memory test. Additionally, researchers were surprised to discover that musicians with better imagination skills performed better on a visual short-term memory test than those with weaker memory.
If creativity is a deciding factor in success, then those with imaginative, innovative people in their households will have a leg up on the competition. People who take an interest in the arts tend to enjoy studying, and use their studies as a way to connect with others on a deeper level.
The rapid advances in artificial intelligence have increased the need for computer software to anticipate events and to anticipate the next move. Creating systems to work alongside humans and “think” for themselves, without human intervention, is one step closer to that day.
There is no reason why we can’t end this war of attrition by using technology to augment our intelligence. Computers are becoming more efficient, especially with the development of modern artificial intelligence and technology. They can be programmed to think like us.
Technology can be used to empower the creative thinking process. For example, a robot that can think creatively could imagine new solutions to problems and generate “ideas”. A creative robot could imagine new and creative ways to solve problems. This new ability would allow robots to provide fresh solutions and improve humanity’s efficiency.
In order to apply these ideas to computer science, the creative computer programmer must tap into a field of studies known as cognition. The major focus of the course is to study how the human mind works and how it can be improved through technology. The aim is to create machines that can think as well as, or better than, humans.
Today’s technological advancements and advancement in computer science have led to the study of art. Art students apply arts programming concepts to computer science to produce machines that can think and reason like humans do.
Computer scientists are looking to develop computers that can mimic human-like skills. For example, there are computers today that can play popular games such as chess. They can be programmed to play complicated games by taking into account human psychology and hand-eye coordination.
Computer programmers have recently discovered the ability to program software to become “self-aware”. This is a remarkable skill that can only be developed through practice and education. Software that is self-aware has the ability to perceive, learn, remember, and adjust.
Technology and people are interconnected. Using technology to increase human intelligence is only the beginning. A combination of technology and art will provide the foundation for human brain evolution and development.
The future of art is now. AI is making it easier for artists to provide more insight into humanity and its complex problems.