Charles Hoskinson, the founder of Cardano (ADA), has identified during a YT video five critical areas that will define humanity’s progress in the 21st century. These areas are artificial intelligence (AI), quantum computing, synthetic biology, nanotechnology, and blockchain technology, as Finbold reveals.
Hoskinson believes that AI is the biggest development that has the potential to provide synthetic cognition at a global scale, evolving at a fast pace. He further highlighted quantum computing as a new computing model that could potentially break Bitcoin’s security. Synthetic biology enables the manipulation and change of organisms, while nanotechnology allows the transformation of physical objects into computers, potentially curing diseases such as cancer.
Hoskinson argued that blockchain technology could create the rules in a new world order as it allows for immutable enforcement of social consensus. Hoskinson’s predictions on these areas indicate the significant role that technology and innovation will play in shaping the future of human society.
Hoskinson stated, as Finbold quotes:
So there really isn’t a notion of a lack of compliance and punishment, where and when you can do these types of things. And that’s the superpower of blockchain technology – it lives in that space of a synthetic natural law where it can take things that we would like to have, encode them in just the right way, and then suddenly make those things immutable.
Charles Hoskinson is a prominent figure in the world of blockchain and cryptocurrency. He is the co-founder of Ethereum, one of the most well-known blockchain platforms, and the founder of Cardano, a proof-of-stake blockchain platform.
Hoskinson has also been involved in a number of other blockchain-related projects and initiatives, including the creation of the blockchain research firm IOHK (Input Output Hong Kong) and the development of the blockchain education platform, the Blockchain Education Network.
In addition to his work in blockchain technology, Hoskinson is also known for his contributions to the field of mathematics, having earned a degree in the subject from the University of Colorado Boulder.
