Juan Carlos López

Juan Carlos López

Senior Writer . At Xataka En since

An engineer by training. A science and tech journalist by passion, vocation, and conviction. I've been writing professionally for over two decades, and I suspect I still have a long way to go. At Xataka, I write about many topics, but I mainly enjoy covering nuclear fusion, quantum physics, quantum computers, microprocessors and TVs. LinkedIn

14 published news

November 2024

  1. 21 November
  2. The U.S. Is Preparing a New ‘Manhattan Project’. This Time, the Protagonist Isn’t the Atomic Bomb but an AI System
  3. 18 November
  4. A Group of Astrophysicists Casts Doubt on the Kerr Hypothesis, Proving That Black Holes Continue to Deliver Surprises
  5. 15 November
  6. The U.S. Is Successfully Undermining AI Chip Manufacturing in China, SMIC Confirms
  7. 12 November
  8. France Is Developing an Alternative to ITER in Nuclear Fusion: A Commercial Stellarator Reactor
  9. U.S. Keeps a Watchful Eye on Moore Threads, China’s Version of Nvidia
  10. 10 November
  11. Trump’s Reelection Forces Mad Rush Among Chip Manufacturers to Secure Subsidies Before He Goes Back to the White House
  12. 01 November
  13. One of the Most Influential Figures in Technology History Is Also One of the Most Discreet: TSMC Founder Morris Chang

October 2024

  1. 28 October
  2. TSMC’s New Plant in Arizona Achieves the ‘Impossible’: Surpassing the Performance of Taiwan’s Facilities
  3. 25 October
  4. ‘It Was 100% Nvidia’s Fault’: Nvidia CEO Shoots Down Rumors That TSMC Was at Fault in Recent Chip Problems
  5. Scientists Have Tried to Find a Solution to Certain Math Problems for Over a Century. Now, AI Is Starting to Solve Them
  6. 23 October
  7. Ukraine Finds Western Chips in Russian Missiles. It Looks Like North Korea is Involved
  8. U.S. Pins Hopes on New Project to Boost Nuclear Fusion: ATLAS
  9. 15 October
  10. Google Goes Nuclear: It Will to Use SMR Reactors for AI Data Centers
  11. 09 October
  12. Nuclear Rockets Could Reach Mars Twice as Fast Compared to Current Methods. The Challenge Lies in the Design of the Reactors
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