The Technology Bigger than AI w/ Jack Hidary | EP #68
Oct 12, 2023
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Jack Hidary, a renowned entrepreneur and technology visionary, leads the conversation exploring the transformative potential of quantum tech. He reveals how quantum innovations are making healthcare diagnostics more accurate and discusses the integration of AI and quantum mechanics in drug development. The dialogue also covers advancements in navigation inspired by nature and highlights the need for quantum-safe encryption methods. This fascinating episode showcases how innovative mindsets can revolutionize health and technology, making them more equitable and accessible.
Quantum sensors offer portable and accessible technology to measure magnetic fields with precision, with applications in medical imaging and underwater navigation.
The development of quantum-safe encryption protocols is crucial to protect data and secure critical systems as quantum computers advance.
Quantum technologies have the potential to revolutionize various industries, from improving medical diagnostics to enabling absolute navigation underwater.
The adoption of quantum encryption standards is urgent to safeguard sensitive information as quantum computers pose a threat to current encryption methods.
Deep dives
Quantum sensing: Detecting magnetic fields with quantum diamonds
Quantum sensors, such as quantum diamonds, are a revolutionary technology that can detect magnetic fields with incredible precision. By manipulating electrons in a quantum system, these sensors can measure the strength of magnetic fields and have applications in various fields, including medical imaging and underwater navigation. The sensor devices are portable, low-power, and operate at room temperature, making them accessible for widespread use and allowing for the democratization of this technology.
Quantum security: Protecting data from quantum computing threats
Quantum computers pose a significant threat to current encryption methods, such as RSA, as they have the potential to break these encryption algorithms. To address this issue, a global effort has been underway to develop quantum-safe or post-quantum cryptography, which uses different encryption protocols that are resistant to attacks from quantum computers. The transition to these new protocols will take time, but it is crucial to secure data and protect critical systems as quantum computers continue to advance.
The future impact of quantum technologies
Quantum technologies, including quantum computers, quantum sensors, and quantum security, offer immense possibilities and can revolutionize various industries. From improving medical diagnostics to enabling absolute navigation underwater, these technologies have the potential to enhance our lives in ways we have not yet even imagined. While there are still challenges to overcome, the progress made in quantum information science and the collaborative efforts across governments, academia, and industry are paving the way for a future where we can harness the power of the quantum world for the betterment of society.
The urgency for post-quantum cryptography
As quantum computers continue to advance, there is an urgent need to transition from current encryption methods to post-quantum cryptography. The reliance on protocols that are vulnerable to quantum attacks puts our data and security at risk. By adopting quantum-safe encryption protocols, we can ensure the protection of sensitive information and secure critical systems. The efforts to develop and implement these protocols are ongoing, and it is crucial for organizations and governments to stay informed and act proactively to mitigate potential threats.
The importance of quantum encryption in the face of evolving technology
Quantum computers pose a threat to data security as they could easily crack current encryption methods. This highlights the need for quantum encryption, which can be implemented using existing devices like cell phones and servers. Governments and organizations are urgently adopting quantum encryption standards to safeguard sensitive information.
Unlocking the potential of quantum computing in drug discovery
Quantum computing holds immense promise in revolutionizing the drug discovery process. By leveraging AI and quantum technologies, researchers can simulate molecular interactions at an atomic level, enabling more accurate predictions of a drug's effectiveness. This breakthrough can significantly reduce the time and cost required to bring new drugs to market, ultimately transforming the treatment of diseases like cancer and neurodegenerative disorders.
Harnessing the power of quantum sensors for medical diagnostics
Quantum sensors, such as diamond-based ones, offer exciting possibilities in medical diagnostics. These sensors have the ability to detect and measure magnetic fields with superior sensitivity and precision. They can be used for various applications, including cardiac diagnostics and imaging. By harnessing the power of quantum sensing, doctors can obtain detailed information about the heart's health and potentially detect cardiac abnormalities early.
Addressing the global quantum divide and democratizing access
There is a growing concern over the global quantum divide, where only a small number of countries have well-established quantum programs. To ensure widespread access and innovation, there is a need to bridge this divide and democratize quantum technologies. Efforts are underway to promote collaboration, education, and licensing of quantum technologies to empower more countries and individuals to participate in the quantum revolution.
In this episode, recorded this year at Peter’s Executive Summit, Abundance360, Peter and Jack discuss exponential technologies of the future, such as Quantum technologies, entrepreneurship, and the transformative potential of innovative mindsets.
13:57 | Quantum Technology Now Accessible
1:12:38 | Molecular Medicines, Faster?
1:17:46 | The Software Quantum Revolution
Jack Hidary is a renowned entrepreneur and technology visionary. He’s the leader of SandboxAQ, a company at the forefront of AI and Quantum tech through enterprise SaaS solutions. He's the acclaimed author of "Quantum Computing: An Applied Approach," a leading textbook in its field, and has co-authored AI research papers with MIT collaborators. As a serial entrepreneur, Jack co-founded several tech ventures, notably EarthWeb/Dice, which he led from inception to its IPO, and Vista Research, later acquired by S&P/McGraw-Hill.
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