Is NVIDIA Going to Host Its First "Quantum Day"? Quantum Computing is Rapidly Approaching Us

 

Some time ago, when QUBT's stock price soared and the US stock market was frantically pursuing "quantum technology stocks", we had already mentioned the technology of quantum computing and predicted that it would become the next "decade-long trend".

 

At that time, Google had just released its latest quantum computing chip, Willow.

 

The market witnessed a short-lived hype boom. However, we also pointed out in our article that although this technology is truly excellent, its R & D and application cycle is too long, and it is still far from being truly applied.

 

Therefore, after a while, when the short-term hype subsided, quantum technology stocks began to decline and adjust as expected.

 

 

 

Jensen Huang will then discuss the latest technological advancements in quantum computing with industry leaders on the same stage.

Almost simultaneously, Microsoft, the US technology giant, also showed its support for quantum computing, stating on its official blog that 2025 is the "Year of Quantum Readiness".

So, what exactly is the charm of this technology that makes numerous technology giants eager for it and investors go crazy? Let's talk about it again today.

 

 

Just in case some new readers haven't read our previous articles, we'll explain "what is quantum computing" again here.

 

Quantum computing is a new type of computing mode based on the principles of quantum mechanics.

 

Its principles are rather abstruse, and we don't necessarily need to understand them. We just need to know that it's a new way of computing.

 

So, what's the use of this computing method? Well, we have to look at quantum computers.

 

In the theoretical model, a quantum computer is a general-purpose computer reinterpreted by the laws of quantum mechanics.

 

Obviously, when dealing with certain problems, it is much faster than the classical computers (and supercomputers) we are currently using.

 

 

 

Another example is its direct application in the financial field.

 

Imagine that the trading counterparty sitting across from you is a super-brain that can instantly capture and analyze millions of trading data for behavioral analysis.

 

In addition, all our current network security encryption systems, including cryptocurrencies like Bitcoin, are vulnerable and can be easily broken in the face of the computing power of quantum computers.

 

 

After understanding what quantum computing is, let's come back to the present.

 

In my previous article, I mentioned that in 2023, the global quantum computing industry was valued at $4.7 billion.

 

According to the estimation of iCV TA&K, by 2035, the global quantum computing industry is expected to exceed $800 billion.

 

It seems to have huge potential. However, due to the extremely unstable state of qubits, errors keep occurring.

 

 

These technical limitations prevent quantum computers from fully realizing their theoretical computing power advantages at present.

 

Currently, it has only been applied in a very few fields, and a large-scale general-purpose quantum computer with practical value has not been achieved yet.

 

It's still a long way off before large-scale implementation can be achieved.

 

However, NVIDIA's move clearly aims to accelerate the development of quantum computing.

 

There may be some major moves from these technology giants in the future, which could drive the continuous rise of the prices of quantum computing stocks.