● Quantum Computing: The Real Ascent Begins
**URGENT: Quantum Computing About to EXPLODE!**

Quantum Computing and Supercomputers: Analysis of the Global Economy and Investment Strategies

1. Jensen’s Prediction and the Dawn of the Quantum Computing Era

Jensen Huang predicted at the Taipei Computex event that “quantum will be attached to every supercomputer.”
This statement heralds a paradigm shift in the fields of artificial intelligence and supercomputers, causing a significant ripple effect in the global economy.
At this point, quantum computing has emerged not just as a future technology, but as a field that must be noted in investment strategies.

2. Key Issues and Changes in Investment Strategies

The possibility of mergers and acquisitions (M&A) has been highlighted in the market through real-time stock price surges, followed by hearings and CEO interviews.
The CEO signaled an M&A strategy targeting AI and cloud companies, stating, “We are the NVIDIA of the quantum computing world.”
With Google’s announcements and buying sprees by famous Wall Street hedge fund managers, investor interest is concentrated.
In particular, both short-term trading and long-term investment strategies are acting as significant inflection points for the global economy and investment strategies.

3. Classification and Characteristics of Quantum Computing Technologies

Quantum computing technologies are mainly divided into three methods.
First, the superconducting method implements qubits by eliminating current resistance in cryogenic states, which facilitates qubit expansion but incurs high energy and infrastructure costs.
Second, the ion trap method can stably calculate by trapping ions in electromagnetic fields, but its implementation is highly difficult.
Third, the photon-based method is in the early stages of research and still has technical limitations, but it has significant future growth potential.
Each method has different advantages and disadvantages, and depending on the investment strategy, it is expected to determine which technology will take the lead.

4. Status of Major Companies and Market Analysis

Quantum computing companies such as IonQ, Rigetti, and D-Wave are evaluated differently in terms of sales, orders, and market capitalization.
IonQ is leading in cumulative sales and orders, but its market capitalization to sales ratio may be high, posing an investment burden.
As the possibility of mergers and acquisitions and technology convergence among companies increases, it is expected to expand its influence across the global economy.
The rapid technological development and commercialization time of early companies, contrary to conservative forecasts, are factors that heighten market expectations.

5. Investment Risks and Future Prospects

Recent short-term stock price surges raise concerns about overheating, but in the long term, quantum computing technology has the potential to be commercialized and generate huge investment returns.
However, there are also risk factors such as delays in technology development, conflicts with existing cryptographic systems, and competition with artificial intelligence technology.
Major global powers such as the United States and China are promoting quantum-resistant systems and secure communication networks, so attention should be paid to related policy and legal changes.
The time is approaching when quantum computing will combine with supercomputers and artificial intelligence to transform the existing computing paradigm.

6. Conclusion – The Center of the Global Economy and Future Investment Strategies

From Jensen Huang’s remarks and the moves of major companies, quantum computing is no longer a technology of the future, but a core of current investment strategies.
In particular, quantum computing is expected to play an essential role in the paradigm shift of the global economy and the reorganization of the artificial intelligence and supercomputer markets.
Investors should carefully observe technological development trends, corporate financial data, and policy changes, and establish long-term investment strategies.
This will allow them to predict future markets where smart investment and risk management are possible.

Summary

Starting with Jensen Huang’s remarks, we summarized various technology classifications of quantum computing technology, such as superconducting, ion trap, and photon methods, and their respective advantages and disadvantages.
Through CEO interviews and M&A issues, we analyzed changes in the global economy and investment strategies, as well as the status of major companies and their order/sales situations.
In addition, we pointed out investment risks and future prospects such as technology commercialization and security issues, and explained the possibility of convergence with the artificial intelligence and supercomputer markets.
Investors should be cautious of short-term volatility, but need to establish long-term investment strategies, and can seize leadership in the future market depending on technological development and policy response.
(Including keywords: global economy, investment strategy, quantum computing, supercomputer, artificial intelligence.)

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*Source : [Jun’s economy lab] 양자컴퓨터 진짜 상승이 시작된 이유(ft.가을바람월드)