"If you wanted to build the most powerful computer you could, you can't do better than including everything in the universe that's potentially available"

Seth Lloyd's quote recommends a thought-provoking concept in the realm of theoretical computing and physics. At its core, the statement invites us to think about the ultimate limits of computational power by incorporating the entire universe as a resource. Let's break this down.

The phrase "If you wished to build the most powerful computer system you might" mentions the aspiration behind humanity's continuous quest to boost computational abilities. This quest is driven by the desire to fix significantly complex issues, replicate vast systems, and process large amounts of data. In modern terms, it speaks with the frontier of technology, where innovation is pressing the limits of what computer systems can do.

The subsequent part, "you can't do better than including everything in deep space that's possibly available", recommends a method that goes beyond traditional computational resources-- like silicon chips and microprocessors. Instead, it indicates the theoretical usage of all offered matter and energy in the cosmos. This concept is reminiscent of the concept of a "universal computer", a theoretical construct that uses all possible resources, including quantum phenomena, to perform calculations.

In essence, Lloyd is likely referencing the potential of quantum computing or similar advanced technological paradigms. Quantum computer systems, for instance, goal to harness the unusual and effective homes of quantum mechanics, where particles can exist in numerous states simultaneously, offering a substantial leap in processing power.

Furthermore, the quote can be seen as a philosophical reflection on the restrictions and possibilities of human innovation. It indicates that real computational omnipotence might need a holistic approach, welcoming physical laws and cosmic scales. Such a vision emphasizes the interconnectedness of innovation and deep space, suggesting that the supreme computational device would require to incorporate aspects from every aspect of existence.

Ultimately, Lloyd's declaration challenges us to think beyond traditional limits, meaning a future where the universe itself is the canvas for calculation. It's an invite to explore the untapped potential of the cosmos ahead of time human knowledge and ability.