AI in 3D art is a rapidly evolving field that opens up new possibilities for creative expression and the generation of new forms of visual media. The below demo can allow you to get a feel for the capabilities of the AI and see how it can enhance your creative process. It's a good idea to try out a few shots to find the way that best fits your needs and interests.

With technology, the past decade has been a revelation. Tech developers are breaking new ground, doing what we once thought was impossible. For engineers, researchers and developers, it seems the question to ask now is not if it can be done but how. Virtually every sector of the economy is experiencing the refreshing impact of technological innovation. Particularly in the health sector, there are plenty of business opportunities for savvy entrepreneurs and investors.

With technology, the past decade has been a revelation. Tech developers are breaking new ground, doing what we once thought was impossible. For engineers, researchers and developers, it seems the question to ask now is not if it can be done but how. Virtually every sector of the economy is experiencing the refreshing impact of technological innovation. Particularly in the health sector, there are plenty of business opportunities for savvy entrepreneurs and investors.

Artificial intelligence (AI), one of 20 core technologies I identified back in 1983 as the drivers of exponential economic value creation, is rapidly working its way into our lives from Amazon's Alexa and Facebook's M, to Google's Now and Apple's Siri. An example of how far AI has come is the recent news that a Google supercomputer, using its advanced AI software, was able to win a stunning 3-0 victory in a man vs. machine face-off against Go grandmaster, one of the game's all-time champions. For those who are not familiar with Go, it is a 3,000-year-old game that is widely considered to be the most complex game ever invented because it is reported to have more possible board configurations than there are atoms in the universe. Until just a few months ago, it was thought that a computer could not defeat a human grandmaster for at least another decade due to the game's complexity. How did Google's AlphaGo program advance so much faster than many expected?

Artificial intelligence (AI), one of 20 core technologies I identified back in 1983 as the drivers of exponential economic value creation, is rapidly working its way into our lives from Amazon's Alexa and Facebook's M, to Google's Now and Apple's Siri. An example of how far AI has come is the recent news that a Google supercomputer, using its advanced AI software, was able to win a stunning 3-0 victory in a man vs. machine face-off against Go grandmaster, one of the game's all-time champions. For those who are not familiar with Go, it is a 3,000-year-old game that is widely considered to be the most complex game ever invented because it is reported to have more possible board configurations than there are atoms in the universe. Until just a few months ago, it was thought that a computer could not defeat a human grandmaster for at least another decade due to the game's complexity. How did Google's AlphaGo program advance so much faster than many expected?

For those who are not familiar with Go, it is a 3,000-year-old game that is widely considered to be the most complex game ever invented because it is reported to have more possible board configurations than there are atoms in the universe. Until just a few months ago, it was thought that a computer could not defeat a human grandmaster for at least another decade due to the game's complexity. How did Google's AlphaGo program advance so much faster than many expected? First, it illustrates the power of the "Three Digital Accelerators" - the exponential growth of processing power (Moore's Law), bandwidth, and digital storage.

Artificial intelligence (AI), one of 20 core technologies I identified back in 1983 as the drivers of exponential economic value creation, is rapidly working its way into our lives from Amazon's Alexa and Facebook's M, to Google's Now and Apple's Siri. An example of how far AI has come is the recent news that a Google supercomputer, using its advanced AI software, was able to win a stunning 3-0 victory in a man vs. machine face-off against Go grandmaster Lee Sedol, one of the game's all-time champions. For those who are not familiar with Go, it is a 3,000-year-old game that is widely considered to be the most complex game ever invented because it is reported to have more possible board configurations than there are atoms in the universe. Until just a few months ago, it was thought that a computer could not defeat a human grandmaster for at least another decade due to the game's complexity. How did Google's AlphaGo program advance so much faster than many expected?