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Quantum Stocks Are Having A Next Level Glow-Up

We have witnessed firsthand the rise of AI and its applications since its boom in the recent 2020s. The rapid advancements that progressed all the way from virtual assistants to the large language models and generative AI we have today.Due to the tremendous impact it has on society, many investors have cashed in on the AI market, which also led to the proliferation of AI stocks, including hardware enablers like Micron (MU) and cloud companies like Microsoft (MSFT). For years now, recent tech stocks have revolved heavily around the main theme of AI and how we utilise it.However, it may be losing its control over the tech market soon, because investors are noticing a new player in the field, and it is a force to be reckoned with.Trump administration buying quantum stocksOn May 21, one of the leading quantum research companies, IBM released a press release stating the U.S. Department of Commerce has granted them a large fund of $1 billion to build the country’s first pure-play quantum chip foundry, Anderon. Many other companies such as GlobalFoundries and Infleqtion were also reported to have signed a letter of intent with the Department of Commerce, acknowledging the government’s interest and funding in quantum research. As the US government has shown its interest in acquiring minority stakes in quantum companies, many investors are also rushing to get a slice of the action. The shares of these quantum-computing companies have taken flight, with IBM stock (IBM) rising 12.43% on Thursday, May 21.According to the IBM press release, the establishment of Anderon will solidify the USA's leading position in the quantum computing race and spur the country’s economic growth. The U.S. government is also hoping that this investment will in turn create more high-paying jobs for American citizens.What is quantum computing?Now lies the important question: what is this quantum computing the US government is so eager to invest in?Quantum computing is an up-and-coming field in computer science that uses quantum mechanics to solve complex problems better and faster than a supercomputer.Traditional computers use bits (0 or 1) as the basic unit of information to process information. As for quantum computers, they use qubits (0 and 1, or simultaneously) to process vast amounts of data at the same time. This process is called superposition, which originates from quantum mechanics.These advanced computers also apply another quantum principle—entanglement—to link qubits, enabling them to perform highly complex calculations that surpass the capabilities of even the most powerful supercomputers.However, this is still considered to be in its early stages, and it is not for everyone. According to Quantum Insider, quantum computers are more highly specialised than traditional computers. They excel at solving a narrow range of problems where quantum principles offer certain advantages, though only a few industries truly need them.What can this tech doCybersecurityQuantum computing acts as a double-edged sword, bringing both benefits and challenges to the field of cybersecurity. Although it has been proven to break modern encryption methods, it can also enhance cybersecurity by introducing quantum-resistant cryptography and stronger encryption keys.Drug discoveryWith its ability to process massive data quickly and efficiently, the pharmaceutical industry sees a promising future of utilising quantum computing in drug research and molecular simulation. Because drug approval requires a long period of research, the increased efficiency will help speed up the process in the long run.Financial modeling and risk analysisAnother strength of quantum computing is its ability to detect patterns with remarkable speed and accuracy. Financial institutions have recognized the potential benefits of using this technology in trading strategies, simulations, and portfolio optimization.Another possible application of quantum mechanics is the creation of a new form of digital currency called “quantum money.” This could enable transactions that cannot be forged and can be verified using quantum numbers.