Economic predictions are often off the mark. Take 1929, for example. A well-known economist confidently declared that stock prices had hit a "permanent high. " Just two weeks later, the market crashed, kicking off the Great Depression. Fast forward to today, and economic forecasters still struggle.
Quantum technology is finally stepping out of the shadows and into the spotlight. While everyone was busy talking about artificial intelligence, quantum tech was quietly making progress. The United Nations even declared 2025 as the International Year of Quantum Science and Technology. This year has
Economic growth is often celebrated, but sometimes the numbers tell a different story. Recently, it was discovered that a small part of the reported 4. 3% GDP growth was actually inflated. This was due to some unusual data from the video game industry. It turns out that the way video game sales were
Quantum materials are fascinating because they can change their electronic and magnetic behaviors when exposed to magnetic fields. However, studying these changes has been tough. The main issue is that magnetic fields mess up the paths of electrons ejected from these materials during experiments. A
Quantum computing has finally stepped out of the realm of science fiction and into reality. The D-Wave Advantage2 quantum system is leading the charge, proving that this technology is not just for show. It's solving real-world problems right now, from optimizing worker schedules to improving manufac
Quantum game theory is a fascinating field that blends quantum mechanics with game theory. It's not just about complex math and physics. It's about understanding how people make decisions in an unpredictable world. Recently, this field has been making waves in finance. But why should we care? Well,
Quantum computing is all the rage right now. Stocks in this sector have seen massive gains, but not everyone is convinced this is a good thing. Andrew Left, a well-known short seller, has been vocal about his concerns. He's betting against two companies in this space: Rigetti Computing and D-Wave Qu
Quantum systems in the condensed phase often show complex behaviors. This is due to a memory effect called non-Markovianity. Unlike its simpler, memoryless counterpart, non-Markovianity makes these systems harder to understand. Many chemical systems have shown signs of this complex behavior through
Quantum computing is making headlines. The CEO of a major tech company recently stated that the field has hit a significant milestone. This announcement caused a stir in the stock market, with companies like Rigetti Computing experiencing a temporary boost in their stock prices. However, Rigetti's p
Quantum particles have a peculiar behavior. They can be in multiple places all at once. This is due to a property called the wave function. The wave function is like a map that shows where a particle is most likely to be found. When someone measures the particle's position, the wave function collaps
