Explore how quantum computers work like spinning coins—existing in multiple states simultaneously—and discover their potential $1.3 trillion impact on finance, technology, and our daily lives.

While your laptop has to check every possible solution to a complex problem one by one, like trying every key on a massive keyring, a quantum computer can try millions of keys simultaneously.
Trying to understand quantum computing as a non technical person and what its impact will be on the world and technology and finance


Creado por exalumnos de la Universidad de Columbia en San Francisco
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Creado por exalumnos de la Universidad de Columbia en San Francisco

Lena: You know that feeling when you flip a coin and it's spinning in the air? For that brief moment, it's not heads or tails—it's somehow both possibilities at once, suspended in this magical in-between state?
Miles: That's actually a perfect way to think about quantum computing! While that coin is spinning, it exists in what we might call a superposition of states. And that's exactly how quantum computers work—they can hold multiple possibilities simultaneously.
Lena: Wait, so these computers can literally be in multiple states at the same time? That sounds like science fiction!
Miles: I know, right? But here's what's wild—McKinsey estimates this technology could create nearly $1.3 trillion in value by 2035. We're talking about machines that could revolutionize everything from drug discovery to financial security.
Lena: Okay, but I'm still wrapping my head around this. How does a computer being in multiple states help me understand what this means for my world?
Miles: Think of it this way—while your laptop has to check every possible solution to a complex problem one by one, like trying every key on a massive keyring, a quantum computer can try millions of keys simultaneously. So let's dive into what makes these machines so fundamentally different from anything we've seen before.