The co-founder of Microsoft, Bill Gateshas stated that if he were 20 years old and starting over, he would found a startup focused on artificial intelligence (AI). It may sound a bit obvious, but Gates advises young people to focus on how AI can improve business and everyday life, and highlights the importance of having a unique vision in this field.
In an interview with CNBC, the entrepreneur and philanthropist noted that it is currently possible to raise billions of dollars for an AI startup with just a few preliminary ideas. However, he emphasized that the key is to develop a different perspective on the design of AI systems to differentiate themselves in an increasingly competitive market.
Gates urged young people to observe how existing companies are approaching AI and identify errors in their approaches to offer better solutions or innovative services. According to him, detecting these opportunities can be essential for success in this booming sector.
The technology mogul also highlighted the potential of AI to optimize tedious tasks and improve various areas, from business to daily life. As an example, he mentioned that if AI could reduce the administrative burden on doctors, they would be able to spend more time with their patients.
Despite his enthusiasm for AI, Gates acknowledged that believing in this technology It is no longer something unique.. However, consider that those who can provide a fresh and original vision They have a fantastic opportunity to make a difference.
The Microsoft co-founder also reflected on the current limitations of AI, noting that existing models cannot apply knowledge beyond what they have been taught. For him, the next big step is to achieve metacognition in AI, which will allow these technologies to be aware of their own knowledge and be able to innovate beyond their training data.
He described metacognition as the “Holy Grail” that would transform AI into something much more than a simple assistant, opening doors to new possibilities and significant advances in the technological field.