Key insights

• ⚛️ Righetti quantum computing started with nothing and has grown to become a leading quantum computing company
• 🔍 The pursuit of quantum supremacy is a significant focus for Righetti quantum computing
• 🌌 Evolution of technology from Newtonian mechanics to quantum computing
• ⚕️ Quantum computers have the potential to solve impactful problems in science, medicine, and material science
• 🔧 Challenges in traditional large-scale computer approaches leading to the need for quantum computing
• 🚀 Quantum computing offers a faster and cheaper path to high computing power
• 📡 Clear mission communication is impactful for the organization's focus and integration
• 🏗️ Small teams can outcompete giant behemoths in hard tech innovation

Q&A

• What considerations should be made for founding or joining a hard tech organization?

  Reflect on the kind of company or organization you want to join or found, and consider building capabilities and creating organizational clarity. Hiring people who can pump entropy out of the vision is essential, and small teams can outcompete giant behemoths in hard tech innovation.

• What are the benefits and challenges of building a hard tech company?

  Building a hard tech company offers defense ability and leverage, but it also poses significant challenges including team communication, integration, and clear mission communication. The importance of clear mission communication for organizational focus and integration is highlighted in the discussion.

• What are the speaker's insights on quantum computing and the distinction between hard tech and tech companies?

  The speaker introduces quantum computing and its potential to revolutionize information processing, as well as the challenges and distinction between hard tech and tech companies in terms of risk and potential leverage. They also discuss the speaker's experience and involvement in quantum computing research and development.

• What challenges and advancements are associated with quantum computing development?

  Challenges in traditional large-scale computer approaches have led to the need for quantum computing. Advancements in high-performance computing are reaching limits with current technology, but quantum computing offers a potential solution. The development of quantum computing involves addressing supply chain challenges, new simulation-driven design methods, microfabrication capability, advanced electronics, and cloud software and applications.

• What are the potential applications and impact of quantum computing?

  Quantum computers have the potential to solve impactful problems in science, medicine, material science, global warming, and artificial intelligence. The evolution of technology from Newtonian mechanics to quantum computing is driving new applications in quantum chemistry, artificial intelligence, and machine learning.

• What is Righetti quantum computing's journey from its inception to becoming a leading company?

  Righetti quantum computing started with nothing and has grown to become a leading quantum computing company. They are close to achieving a quantum supremacy machine. The speaker also discusses the historical development of tools and technology for storing and processing information.

• 00:00 Chad Righetti from Righetti quantum computing shares the journey of their company from having nothing to becoming one of the leading quantum computing companies in the world. He discusses the excitement of working on hard technology startups and the pursuit of quantum supremacy.
• 03:43 The evolution of technology from Newtonian mechanics to quantum computing is driving new applications in quantum chemistry, artificial intelligence, and machine learning. Quantum computers have the potential to solve impactful problems in science, medicine, material science, global warming, and artificial intelligence. Traditional approaches to building large-scale computers are facing challenges, leading to the need for quantum computing.
• 07:37 Advancements in high-performance computing are reaching limits with current technology, but quantum computing offers a potential solution. Development of quantum computing involves addressing supply chain challenges, including new simulation-driven design methods, microfabrication capability, advanced electronics, and cloud software and applications. The speaker has been dedicated to this field for 15 years and initially found inspiration while studying physics in Canada.
• 11:34 The speaker discusses the development of quantum computing, the challenges of building quantum computers, and the distinction between hard tech and tech companies.
• 15:46 Building a hard tech company comes with powerful benefits such as defense ability and leverage. However, it also poses significant challenges including team communication, integration, and clear mission communication.
• 19:55 Take 10 minutes to reflect on the kind of company or organization you want to join or found. Building capabilities and creating organizational clarity are essential for hard tech organizations. Hire people who can pump entropy out of your vision. Small teams can outcompete giant behemoths in hard tech innovation.