As quantum computing approaches real-world viability, it also poses a huge threat to today’s encryption measures.
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China has been one of the harshest countries with regard to cryptocurrency regulations and has given its citizens a very short leash. This hard-set attitude has made it difficult for people in the mainland to trade and hold cryptocurrency assets, while some have opted for offshore accounts, many still prefer using the little leeway their government allows.
The Chinese have clamped down on cryptocurrencies so much that they even forced a popular social media platform to shut down and warned its people that accounts related to cryptocurrencies would be watched closely.
Which is why the conversations that happened and the statements that were released at this year’s National People’s Congress comes as a long sought after reprieve to China’s people.
NASA has a plan to deal with potential asteroid impacts that sounds like it’s been taken straight from a science fiction film.
The space agency is building a spacecraft named HAMMER — which stands for Hypervelocity Asteroid Mitigation Mission for Emergency Response.
The plan is to blow any harmful looking asteroids out of the sky before they have a chance to hit out planet.
On Mar. 7, elections in Sierra Leone marked a global landmark: the world’s first ever blockchain-powered presidential elections.
As president Ernest Bai Koroma leaves office after serving two five-year terms, the maximum allowed constitutionally, Sierra Leoneans have had to pick from a pool of 16 candidates including the ruling party’s Samura Kamara, the erstwhile foreign minister, and Julius Maada Bio, former military head of state and candidate of the main opposition party.
Results released by Sierra Leone’s election commission (NEC) suggest a run-off between Bio and Kamara is likely with neither candidate securing the required 55% of votes so far. Sierra Leone’s new president will be tasked with a continued rebuilding given the country’s recent major disasters. In 2014, an Ebola outbreak led to nearly 4,000 deaths and GDP losses estimated at $1.4 billion—a major loss for one of the world’s poorest countries. Last year Sierra Leone’s capital also suffered devastating flooding and mudslides believed to have claimed more than 1,000 lives.
Fusion technology promises an inexhaustible supply of clean, safe power. If it all sounds too good to be true, that’s because it is. For decades scientists struggled to recreate a working sun in their laboratories – little surprise perhaps as they were attempting to fuse atomic nuclei in a superheated soup. Commercial fusion remains a dream. Yet in recent years the impossible became merely improbable and then, it felt almost overnight, technically feasible. For the last decade there has been a flurry of interest –and not a little incredulity –about claims, often made by companies backed by billionaires and run by bold physicists, that market-ready fusion reactors were just around the corner.
Until recently the attractions and drawbacks of nuclear fusion reactors were largely theoretical. Within a decade this will not be the case.
Mon 12 Mar 2018 14.24 EDT Last modified on Mon 12 Mar 2018 19.15 EDT.