Computational Creativity is a new academic field devoted to the study and modeling of computational processes that achieve creative tasks. Its main duties are the study of computational models of (human) creativity, designing artificially creative systems, and also to deploy computational systems for supporting creativity. Understanding brain processes behind creativity and modeling them using computational means […]Read More The machine will have the idea…
“Just as water, gas, and electricity are brought into our houses from far off to satisfy our needs in response to a minimal effort, so we shall be supplied with visual or auditory images, which will appear and disappear at a simple movement of the hand, hardly more than a sign”. Extract from “The Conquest […]Read More The Conquest of Ubiquity.
The emergent field of Neuroscience and Creativity studies has experienced a great boom in recent years. For many people -influenced by the perspectives of 19th century Romanticism– creativity remains an unattainable mystery for science (Boden, 2013). However, currently the focus of cognitive neuroscience has renewed the study of creative processes and our ability to realize novel […]Read More Creative State of Mind.
“Creativity is a puzzle, a paradox, some say a mystery. Inventors, scientists, and artists rarely know how their ideas arise. They mention intuition, but cannot say how it works. Most psychologists cannot tell us much about it either. What’s more, many people assume that there will never be a scientific theory of creativity–for how could […]Read More Dimensions of Creativity.
Blockchain enables the existence of cryptocurrencies like Bitcoin (the one for which this technology was invented) and is a leading artifact in the evolution of the internet. Therefore, Blockchain distributed ledger is a technology that promises to bring significant efficiencies to global supply chains, financial transactions, asset ledgers, autonomous cars and decentralized social networking. According to Hackernoon […]Read More What is Blockchain?
Back in the late 1970s Dieter Rams arrived to the conclusion that a good design cannot be measured in a finite way. The german industrial designer popularized an approach summarized in the expression “less but better”, and wrote the 10 most important principles for what he considered was good design… 1) Good design is innovative The possibilities for innovation are […]Read More 10 Principles for Good Design.
As I have written before, one of the most common ideas of creativity is giving it a religious explanation, a way of seeing it as a God like process in which a great master work comes from nothing in an unexplainable way. Andrew Tate, a freelance writer and neuroscientist, tells that we are far more […]Read More How to be more Creative?