NVIDIA首席執行官Jensen Huang宣布量子計算已達到“拐點”，發送技術股票飛漲

在NVIDIA首席執行官Jensen Huang宣布量子計算達到“拐點”之後，一波投資者樂觀的浪潮在周三席捲了科技行業。

Nvidia CEO Jensen Huang's optimistic outlook on quantum computing has brought a wave of optimism to the tech sector, with quantum stocks surging on Wednesday.

NVIDIA首席執行官詹森·黃（Jensen Huang）對量子計算的樂觀前景為科技行業帶來了樂觀，量子庫存在周三飆升。

During his speech at Nvidia's GTC conference in Paris, Huang stated that quantum systems are nearing the stage where they can effectively solve real-world problems. This comment, which came just a day after IBM announced its goal to build the world's first large-scale, error-free quantum computer by 2029, has sparked significant interest in the field.

在他在巴黎NVIDIA的GTC會議上的講話中，黃說，量子系統正接近他們可以有效解決現實世界問題的階段。在IBM宣布其目標是在2029年之前建造世界上第一台大規模無錯誤量子計算機的目標的第二天，這一評論引起了該領域的濃厚興趣。

Quantum Confidence Rebounds

量子信心反彈

As a result of this announcement, Quantum Computing Inc. stock price shot up by over 32 percent to reach $18.99, while Rigetti Computing's stock price surged by more than 17 percent. Additionally, IonQ's stock price increased by 7 percent.

由於這一公告，量子計算公司的股價上漲了32％以上，達到18.99美元，而Rigetti Computing的股票價格飆升了17％以上。此外，IONQ的股價上漲了7％。

Earlier this year, Huang had predicted that truly useful quantum machines might still be 15 years away, which caused the same stocks to plummet. However, at GTC, he acknowledged that his previous comments had underestimated the pace of progress.

今年早些時候，黃已經預測，真正有用的量子機可能還會距離15年，這導致相同的股票暴跌。但是，在GTC，他承認他以前的評論低估了進步速度。

"We are now within reach of applying these systems to challenges across multiple sectors, such as cryptography, financial modeling, and drug discovery," Huang said.

Huang說：“我們現在已經將這些系統應用於多個部門的挑戰，例如密碼學，財務建模和藥物發現。”

Hybrid Computing Takes Center Stage with Nvidia's Cuda Q

混合計算與NVIDIA的CUDA Q處於中心位置

During his keynote, Huang also highlighted Nvidia's Cuda Q, a hybrid platform that combines classical and quantum computing. He explained that this platform is becoming increasingly important as the advancement of quantum technology is still uneven, with full-scale quantum systems facing difficulties such as error correction and qubit stability.

在主題演講中，黃還強調了Nvidia的Cuda Q，這是一個結合了古典和量子計算的混合平台。他解釋說，由於量子技術的進步仍然不平衡，這個平台變得越來越重要，並且全面的量子系統面臨諸如誤差校正和Qubit穩定性之類的困難。

"We are at an inflection point in quantum computing," Huang stated. "We can now solve meaningful problems with today's quantum systems, and we have the potential to solve even more difficult problems in the near future."

黃說：“我們處於量子計算的拐點。” “我們現在可以解決當今量子系統的有意義的問題，並且我們有可能在不久的將來解決更加困難的問題。”

His comments follow IBM's announcement of its ambitious plan to develop the world's first large-scale, error-free quantum computer by 2029. If successful, IBM's initiative could mark a major turning point in the field of quantum technology.

他的評論遵循IBM宣布其雄心勃勃的計劃，該計劃在2029年之前開發了世界上第一款大規模，無錯誤的量子計算機。如果成功，IBM的倡議可能標誌著量子技術領域的主要轉折點。

Other tech giants, including Google, Amazon, and Microsoft, have also been making significant strides in their respective quantum efforts.

包括Google，Amazon和Microsoft在內的其他科技巨頭也在各自的量子努力方面取得了長足的進步。

Late last year, Google unveiled its "Willow" chip, which was widely hailed as a breakthrough in error correction, a critical hurdle in realizing the promise of quantum computing.

去年年底，Google推出了其“ Willow”芯片，該芯片被廣泛讚譽為錯誤校正的突破，這是實現量子計算的希望的關鍵障礙。

Amazon and Microsoft have also rolled out their own quantum hardware, aiming to establish leadership in what many expect to be the next computing revolution.

亞馬遜和微軟還推出了自己的量子硬件，旨在在許多人期望成為下一個計算革命的領導下建立領導力。

Quantum computing, which operates on qubits instead of binary bits, promises to unlock vast processing capabilities, especially for problems that are too complex for classical computers to handle.

量子計算在Qubit而不是二進制位上運行，有望解鎖龐大的處理能力，尤其是對於古典計算機而言太複雜的問題。

Despite the promise, the industry has faced challenges in implementing quantum technology for real-world applications due to the fragility and high error rates of quantum systems.

儘管有希望，但由於量子系統的脆弱性和高錯誤率，該行業在實施量子技術方面面臨著挑戰​​。

This had led to investors growing increasingly cautious, especially after earlier predictions of rapid progress failed to materialize and some companies' updates fell short of expectations.

這導致投資者越來越謹慎，尤其是在早期對快速進步的預測未能實現之後，一些公司的最新消息沒有期望。

However, Huang's updated stance and his acknowledgment of a vibrant quantum ecosystem in Europe, including companies like French-based Pasqal, have rekindled confidence among investors.

但是，黃的最新立場以及他對歐洲充滿活力的量子生態系統的認可，包括法國的Pasqal等公司，在投資者中重新激發了信心。

Nvidia itself is making a concerted push into the quantum space. Earlier this year, Nvidia held its first Quantum Day and unveiled plans for a new research hub in Boston focused on quantum technologies.

NVIDIA本身正在一致推動量子空間。今年早些時候，NVIDIA舉行了第一個量子日，並在波士頓宣布了針對量子技術的新研究中心的計劃。

These moves suggest that Nvidia sees a viable commercial future for quantum, not just a distant possibility.

這些舉動表明，NVIDIA看到了量子的可行商業未來，而不僅僅是遙遠的可能性。

Nvidia's stock price closed at $504.07, while IBM's stock price closed at $153.17. Both stocks saw further gains in extended trading.

NVIDIA的股票價格收於504.07美元，而IBM的股票價格收於153.17美元。這兩種股票在擴展交易中都有進一步的收益。