D-Wave; In search of optimization

این ماموریتی است که شرکت IonQ برای خود تعریف کرده: ساخت بهترین کامپیوترهای کوانتومی جهان برای حل پیچیده‌ترین مشکلات دنیا. That’s the mission IonQ has set for itself: to build the world’s best quantum computers to solve the world’s most complex problems. IonQ believes quantum computers are a revolutionary technology — they have the potential to change businesses, society, and the planet for the better, and IonQ is at the forefront of this revolution. IonQ was founded in 2015 by Chris Monroe and Jongsang Kim with a $2 million seed round. The company was founded after more than 25 years of academic research and ultimately grew to take quantum computing using trapped ions from the lab to the market. Between 2015 and 2018, IonQ’s leaders raised another $20 million and built two of the world’s most accurate quantum computers in the space of three years. The company officially launched on the New York Stock Exchange on October 1, 2021, under the name IonQ. What you just read was part of the IonQ introduction from the company’s leaders; Join us on this episode of Quantum Tech as we take a look at IonQ's products, achievements, and financial facts.

Rigetti is a pioneering and innovative player in the field of quantum computing, challenging the boundaries of knowledge and technology by focusing on the development of superconducting chip technology. Since its early days, the company has taken a bold and creative approach to bringing complex quantum technology from the lab to the hands of researchers and companies. As one of the few pioneers focused on superconducting chips, the company has succeeded in designing and manufacturing processors capable of executing complex quantum algorithms. The company’s quantum processors, using innovative architectures and significant noise reduction, have enabled more accurate and faster quantum calculations. By introducing its platform and processors, the company has not only provided researchers with a powerful tool for developing and implementing quantum algorithms, but also created a new path to accelerate innovation in this field. In this episode, we will review the goals of the company's formation by a team of former researchers from the largest quantum companies and the achievements of this startup. Stay tuned to Radio Psyche.

Google was founded in 1996 by two Stanford University students; and these two revolutionized the search engine field and initiated the path that brought Google to the top. With the passage of time and technological advancement, Google turned to quantum computing in the 2000s and founded the Quantum AI research team in collaboration with prestigious universities and leading researchers. The Bristlecone and Sycamore quantum processors were able to grant Google quantum supremacy and perform complex calculations at an unimaginable speed. Now, by developing quantum infrastructure and tools such as Cirq and the Google Quantum AI Cloud platform, Google continues to advance quantum computing and its applications in areas such as artificial intelligence and computational chemistry, and steps towards a new horizon in the world of technology.

Microsoft, one of the unrivaled giants of the technology world, has embarked on a successful path from the very beginning by focusing on developing software for personal computers. One of Microsoft’s greatest achievements was its entry into the world of quantum computing in the early 2000s. In this area, the company’s efforts, especially in the development of topological qubits and the Azure Quantum platform, promise a future in which quantum computing will have a significant impact on human lives and technology. By investing in the field of quantum computing, Microsoft seeks to solve major challenges such as climate change and food security. Join us as we take a look at Microsoft’s bold story of solving the world’s complex problems.

As a technology pioneer, IBM has played a major role in the development of classical and quantum computing. Since its founding, the company has developed groundbreaking computing machines, such as the IBM 601, to help with major government projects such as the Manhattan Project. These machines enabled the complex calculations that played a major role in advancing science and technology in the 20th century. Entering the field of quantum computing, IBM began serious research in the 1980s and was one of the first companies to develop quantum algorithms and quantum simulators. If you're looking to hear about the company's growth and entry into the quantum world, don't miss this episode.