شريحة بمليارات ومبيشتغلش عليها ويندوز؟! السر وراء معالج مايكروسوفت الكمومي Majorana 2

A Billion-Dollar Chip That Can't Run Windows?! The Secret Behind Microsoft's Majorana 2 Quantum Processor Why did Microsoft invest billions of dollars in developing a processor that can't run Windows and can't be installed in a PC or smartphone? In this video, we reveal the secret behind Microsoft's revolutionary Majorana 2 chip and embark on a completely different technological race to build the world's first truly stable quantum computer. In this video, we'll explore the following concepts in a simple and engaging way: The fundamental difference between a classical bit and a quantum qubit. An explanation of quantum mechanics through the famous Schrödinger's cat experiment. The age-old problem of qubit instability and their extreme sensitivity to noise, heat, and external interference. Microsoft's clever engineering solution: topological qubits, and the "egg carton" analogy that illustrates how qubits are protected from external interference. - The leap in development between the Majorana 1 and Majorana 2 processors, and the modification of materials and semiconductors to increase qubit lifespan and stability by 1000 times! Comparing Microsoft's strategy (quality and stability first) with competitors like Google and IBM (which focus on increasing the number of qubits). The challenge of the extreme cooling required to operate the processor near absolute zero (-273°C). How this processor will indirectly change our lives and the future of humanity (developing cancer treatments, creating batteries that last for years, and solving complex mathematical equations). If you enjoy this type of content that simplifies complex technical concepts, don't forget to subscribe to the channel and activate the bell to stay updated! ... 01:20 - How does a classical computer versus a quantum computer work? (Bit vs Qubit) 01:56 - Understanding quantum mechanics and the Schrödinger cat experiment 02:37 - The age-old problem of qubits: extreme sensitivity and noise 03:05 - Microsoft's clever solution: topological qubits 03:37 - Simplifying the concept geometrically: the "egg carton" analogy and structural shapes 04:53 - The evolution from the Majorana 1 to the Majorana 2 05:35 - An unprecedented stability leap: 1000x more stability! 05:57 - Microsoft's philosophy versus Google and IBM's: quality or quantity? 06:42 - The ultra-cooling challenge and approaching absolute zero (-273°C) 08:04 - How will this processor change our lives without us putting it in our computers? 08:55 - Closing and Viewer Poll Quantum computing, Microsoft quantum processor, Majorana 2 chip, Majorana 2, topological qubits, Schrödinger's cat, quantum mechanics, qubit, Microfit quantum computer, semiconductors, absolute zero cooling, future technology, Microsoft Quantum, Qubit, Schrödinger cat.