It’s fascinating how Bitcoin developers continuously strive to improve its code, aiming to make Bitcoin as robust as possible. They discuss various proposals, and if a consensus is reached among the core contributors, those changes are implemented. However, these decisions are made by individuals deeply immersed in the technical details, while everyday users simply use Bitcoin without delving into its complexities. I believe this is a highly effective model that could serve as an analogy for governing a country.
Currently, governments are chosen through universal voting, where everyone casts a ballot, regardless of their understanding of the issues at hand. But what would happen if everyone in the world voted on how Bitcoin should function, and the majority’s wishes were implemented? It could lead to disaster. Many people would likely prioritize short-term gains, supporting changes that allow them to earn more bitcoins quickly, even if those changes destabilize the network in the long run. Their focus would be on immediate profit, not the system’s sustainability.
Isn’t politics much the same? When people vote, do they think long-term, carefully weighing the pros and cons, or do they simply want a better life now, making them susceptible to empty promises? Should everyone have an equal say in governing a country, or would it be better if governance mirrored Bitcoin’s model—where decisions are made by informed enthusiasts who understand the system’s strengths and weaknesses and are committed to its long-term improvement? Right now, universal voting often leads to governments that are corrupt or prioritize short-term populism over sustainable progress. A system driven by knowledgeable and dedicated individuals might offer a more resilient path forward.
Martin Mladenov
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🇧🇬 Bulgarian coder working with PHP and JS, a Bitcoin maxi driven by financial freedom. Huge Nostr fan and all about that decentralized life! #bitcoin #nostr
Japan is poised to make history as the first country to transmit solar power from space to Earth – a technological marvel that’s truly worth exploring in detail! The process begins with launching a specialized satellite equipped with vast solar panels, designed to capture solar energy continuously, even when it’s night or cloudy on Earth. Positioned in a geostationary orbit approximately 36,000 kilometers above the surface, this satellite converts the captured energy into microwaves or laser beams, which are then directed toward a massive receiving station on Earth. At the station, the energy is transformed back into electricity and fed into the national power grid. This ingenious concept is the result of years of research, spearheaded by the Japan Aerospace Exploration Agency (JAXA), which has been testing the technology with small prototypes, with a full-scale experiment slated for 2025.
