23/02/2025
https://www.youtube.com/watch?v=wSHmygPQukQ&t=472s
Quantum Computing Just Changed the Game! ?
The first thing I do every morning is grab my phone. But today, I wasn’t ready for what I saw—a message from a asking about the hype around Majorana 1. My first thought? How should I know? I drink coffee, not herbal teas or decoctions (Origanum Majorana). Preferably blends as close to 100% Arabica as possible. But then, as I took that first sip of coffee, it hit me. I’m , after all.
In 1947, built the first transistor. At the time, few understood the implications. Today, we live in a world shaped by that invention.
just announced a major breakthrough: a new state of matter. Not hype—hard physics. They’ve figured out how to stack a million on a single chip. If that scales, today’s supercomputers will look like pocket calculators.
?
Quantum isn’t theoretical anymore. It’s moving from labs to applications. It will transform materials science, energy, and AI. Imagine designing self-repairing materials or eliminating microplastics—not in 50 years, but within this decade.
So, why are making the news, you may ask. Because, if Microsoft delivers on this vision, two things will happen:
✅ AI will get a quantum-level upgrade. Imagine training models in minutes instead of months.
✅ Industries will shift—fast. For example, if you’re in pharma, energy, finance, or manufacturing, you’re already playing catch-up.
However, it is the that hit me. The advantage goes to those who prepare early.
Big shifts don’t come with countdowns. The leaders who saw the transistor’s potential built industries. Those who waited? Obsolete.
In December 2024 announced its own quantum chipset named . February 2025 announced !.
I could have challenged him with a question (looking smart): Are you watching from the sidelines, or gearing up for the quantum era? Instead, as I sipped my coffee and replied to my friend, I turned the question on myself: What has changed in the last three months? And how should I prepare for what’s coming next?
PS. For those who wondering about the qubits:
- A qubit (quantum bit) is the core of quantum computing, like a classical bit (0s and 1s), but with a twist—it can be both 0 and 1 simultaneously, thanks to superposition. Imagine a spinning coin: until it lands, it’s neither heads nor tails, just like a qubit before measurement. (think the flipping coin in story).
- Entanglement links qubits so that changing one instantly affects the other, no matter the distance. This allows quantum computers to solve complex problems exponentially faster. Microsoft takes it further—its qubits exist in a state beyond solid, liquid, or gas (think in ).