Let Europe classify ASML as a EU security concern and limit sales to EU only. Then see how many chip companies will settle in Europe immediately. It’s the last chance. My guess is ASML will be bought asap from a US or Chinese tech company, losing Europes most valuable AI company.

First life saved in Belgium thanks to Tesla FSD❤️ thanks @teslaeurope @AnnickDeRidder !

For some reason, none of the countries 🇳🇱 🇱🇹 🇪🇪 🇩🇰 🇧🇪 that have allowed Tesla FSD Supervised in Europe 🇪🇺 so far have a big car manufacturing industry, if any at all… 🤔 On the contrary, the big car making countries like France 🇫🇷, Germany 🇩🇪, Spain 🇪🇸, Czech Republic 🇨🇿… have NOT allowed FSD Supervised. Coïncidence? I think not 🧐

Estonian lawmakers approve new nationwide loan register #Estonia news.err.ee/1610052295/eston…

Esto es Europa en estado puro. El Banco Central Europeo frenó permisos a Revolut para sacar nuevos productos financieros porque el BCE está "preocupado sobre la rapidez con la que el banco digital saca nuevos productos" Revolut, que lo que tiene son tarjetas de crédito y préstamos al consumo le parece muy rápido al BCE 🤡🤡🤡🤡🤡 Prefieren bancos atestados de gente que parecen oficinas del siglo XX donde aún hacen fotocopias. ft.com/content/7cc86162-f68c… a través de @ft

I've seen a lot of people saying that AI datacentres in space will not work due to the thermal energy from the GPUs. So, I went and actually did some calculations to see how easy it would be to cool down these satellites. (Spoiler: these satellites will work) CALCULATIONS: So, starting with the Stefan-Boltzmann law: Q = ε×σ×A×(Tₛ⁴×Tₑ⁴) A in this equation is the area required to radiate all the thermal energy. Rearranged to solve for area including extra energy radiated from the Sun and Earth: A = Q×Qₑ/ε×σ(Tₛ⁴×Tₑ⁴) Q = watts of thermal energy. SpaceX is aiming for 150KW of power from the solar panels which I have assumed will be entirely converted into thermal energy. Qₑ = watts of thermal energy from radiation from the Sun and Earth. I guessed a value of around 25KW of extra thermal energy incident on the satellite's body, which is probably a MASSIVE over estimate since the satellite is flat and facing 90 degrees relative to the sun. The solar panels wouldn't transfer much heat either through the tiny metal parts which they are attached to. ε = Emissivity of the surface. Apparently the radiators on the ISS have an emissivity of 0.92 so, assuming no advancement in the technology in the decades since they were made, I went with that value. σ = Stefan-Boltzmann constant 5.67×10⁻⁸W/m²K⁴ Tₛ = Temperature of the radiators I am assuming a temperature of 25°C (298.15K) for the satellites, which is quite cool considering the GPUs will probably be operating at temperatures at or above 70°C. Tₑ = Temperature of the surrounding environment Space is about 2.7K (-270.45°C) Putting all of these numbers into the equation: Area = (150×10³ 25×10³) / 0.92 * 5.67×10⁻⁸ × (298.15 × 2.7⁴) = 424.55m² Now, 424.55m² sounds like a big radiator but let's find out how big each one will actually have to be. Each radiator is double-sided so we divide the area by two which gets 212.27m². Then, since there are two radiators, divide by two again to get 106.14m². The Starship payload door is about seven meters wide, but let's cut down the width of the radiator panels to 6.5 for a little more margin. 106.14 / 6.5 gets us 16.33 meters long. CONCLUSION: In the renders provided by SpaceX, the radiators seem just a little too small according to my calculations. However, I made sure to chose values according to the worst case scenario in my calculations. Just removing the heat radiated from the Sun and Earth from the equation (which I believe would be negligible due to the position of the satellite) returns a length of 14 meters, which is much closer to my estimated length of 13 meters from SpaceX's renders. Using the actual numbers would probably give a radiator with a size very close to what SpaceX has shown us. So, after actually doing the maths, I believe the designs which SpaceX has shown will work just fine. It turns out the very intelligent people at SpaceX know what they are doing.

Apple has decided not to bring its new Siri AI to iPhones and iPads in the EU, blaming the Digital Markets Act. The Commission’s reply was blunt: this is Apple’s choice, not Europe’s fault. No American multinational can blackmail 450 million consumers by saying: change your rules, or we keep innovation away. A carmaker would not refuse to export cars because Europe requires a speedometer. The same principle applies here. The DMA defends fair competition, consumer choice and digital sovereignty. In Europe, Big Tech does not write the law.

Esto es Europa en estado puro. El Banco Central Europeo frenó permisos a Revolut para sacar nuevos productos financieros porque el BCE está "preocupado sobre la rapidez con la que el banco digital saca nuevos productos" Revolut, que lo que tiene son tarjetas de crédito y préstamos al consumo le parece muy rápido al BCE 🤡🤡🤡🤡🤡 Prefieren bancos atestados de gente que parecen oficinas del siglo XX donde aún hacen fotocopias. ft.com/content/7cc86162-f68c… a través de @ft

You know the reason your Stanley or Hydroflask is so good at keeping your water cold is because there's a vacuum inside the walls of the thermos. Heat can't conduct in a vaccum. And "radiated" heat is ineffective at the temperatures processors operate at. This satellite will be like plugging in your gaming PC without a CPU cooler. It'll be dead in minutes.