Jack Hidary and Peter Diamandis - The Technology Bigger than AI

The video by Jack Hidary and Peter Diamandis is about the potential of quantum computing and its impact on various fields such as quantum sensors, quantum security, and quantum information science. The speaker, Peter H. Diamandis, discusses the history of quantum technologies and how they are changing the world. He also talks about the importance of using these technologies to make the world a better place. The video also touches on the early days of XPRIZE and how it helped open up the private space industry. The speaker also talks about the importance of having a supportive team and partners like Eric Schmidt.

This video by Peter H. Diamandis was published on Oct 12, 2023.
Video length: 01:50:44.

The video is about the potential of quantum computing and its impact on various fields such as quantum sensors, quantum security, and quantum information science.

The speaker, Peter H. Diamandis, discusses the history of quantum technologies and how they are transforming our world at a fundamental level. He also talks about the importance of using these technologies to make the world a better place. The video also features a conversation with Jack Hidary, who shares his thoughts on how to use these extraordinary technologies to improve the world. The video is not a conference but a community and conversation about the changing world and how to use quantum technologies to make it better. The speaker also talks about the importance of alcohol in digesting quantum information science. The video also features a discussion about the early days of XPRIZE and how it opened up the private space industry.

The video also features a discussion about the vision of Peter Diamandis and how it has been realized.

• Jack Hidary discusses the potential of technology to surpass AI in certain areas.
• He argues that technology has the potential to create more efficient and effective systems than AI.
• Hidary also discusses the importance of human input and oversight in the development of technology.

The Technology Bigger than AI w/ Jack Hidary | EP#68 - YouTube

The Potential of Quantum Computing

• Quantum computing has the potential to revolutionize various fields such as quantum sensors, quantum security, and quantum information science.
• Quantum technologies have been changing the world and have the potential to make it a better place.
• Quantum computing is a relatively new technology that has the potential to solve problems that are currently impossible to solve with classical computers.
• Quantum computing has the potential to revolutionize fields such as cryptography, drug discovery, and optimization problems.
• Quantum computing is still in its early stages and there are many challenges to overcome before it can be widely adopted.

Magnetocardiography

• Magnetocardiography (MCG) is a non-invasive diagnostic tool that uses magnetic fields to detect the activity of the heart.
• MCG is more sensitive than EKG and can detect subtle changes in the heart's activity that may be missed by EKG.
• MCG is a relatively new technology that has the potential to revolutionize the field of cardiology.
• MCG is currently used in hospitals and clinics to diagnose and monitor heart conditions.
• MCG has the potential to be used in remote and rural areas to diagnose and monitor heart conditions.

XPRIZE

• XPRIZE is a non-profit organization that offers prizes to teams that can solve complex problems in various fields.
• XPRIZE is committed to taking technologies and blowing them out to the world.
• XPRIZE is working to democratize and scale up technologies such as magnetocardiography.
• XPRIZE is working to take magnetocardiography out of hospitals and clinics and make it accessible to people all around the world.
• XPRIZE is working to make magnetocardiography a standard of care for fetal cardiac diagnostics.

The Technology Bigger than AI w/ Jack Hidary | EP#68 - YouTube

AI and Quantum Computing

• AI and quantum computing are converging technologies that have the potential to revolutionize various fields.
• The convergence of AI and quantum computing is a relatively new technology that has the potential to solve problems that are currently impossible to solve with classical computers.
• The physics departments at universities and medical centers are working to develop new technologies that combine AI and quantum computing.
• The convergence of AI and quantum computing has the potential to revolutionize fields such as cryptography, drug discovery, and optimization problems.
• The convergence of AI and quantum computing is still in its early stages and there are many challenges to overcome before it can be widely adopted.

Section 1: Introduction to Quantum Computing

• The video is about the potential of quantum computing and its impact on various fields such as quantum sensors, quantum security, and quantum information science.
• The speaker, Peter H. Diamandis, discusses the history of quantum technologies and how they are changing the world.
• The video also touches on the early days of XPRIZE and how it helped open up the private space industry.
• The speaker talks about the importance of having a supportive team and partners like Eric Schmidt.

Section 2: Quantum Diamond Sensors

• The video discusses the development of quantum diamond sensors, which are used to detect signals from various sources.
• The first version of the sensor worked great in the lab but failed when brought to a hospital due to interference from electromagnetic sources.
• The team had to redesign the sensor to work in noisy environments and use machine learning to find the actual signal.
• The resulting sensor is exquisite technology that can detect signals with high sensitivity and accuracy.

Section 3: Navigation Station

• The video discusses the navigation station, which uses quantum diamond sensors to detect signals from various sources.
• The heart signal can be detected with a sensitivity of 10 Tesla, which is much weaker than the magnetic field of the heart.
• The navigation station can be used for various applications, including GPS and other navigation systems.
• The video also discusses the challenges of jamming signals in sensitive areas, such as near the Straits of Taiwan.

Section 4: Alternatives to Dead Reckoning

• The video discusses the challenges of jamming signals in sensitive areas, such as near the Straits of Taiwan.
• Dead reckoning is an alternative to GPS navigation, but it has limitations and drift involved.
• Quantum diamond sensors can be used to provide more accurate and reliable navigation than dead reckoning.
• The video also discusses the use of magnetic fields for navigation, as seen in birds, whales, and turtles.

The Potential of Quantum Computing

• Quantum computing has the potential to revolutionize various fields such as quantum sensors, quantum security, and quantum information science.
• Quantum technologies have been changing the world for decades, and they are now being used to make the world a better place.
• Quantum computing can be used to create a diamond sensor that can detect the unique fingerprint of the Earth's magnetic field in every square meter of the planet.
• This technology can be used for navigation, even in deep underwater environments where GPS signals are not available.
• Quantum computing can also be used for true absolute navigation underwater, which is important for scientific exploration and data collection.

The History of Quantum Technologies

• The Earth's magnetic field has been used for navigation by birds and some humans for centuries.
• Humans have a little magnetite left in their brains, and some people can use it for navigation.
• GPS is widely used for navigation, but it has limitations, such as not working well underwater.
• Diamond sensors can be used to detect the unique fingerprint of the Earth's magnetic field in every square meter of the planet.
• Quantum computing can be used to create a diamond sensor that can detect the unique fingerprint of the Earth's magnetic field in every square meter of the planet.

The Importance of Using Quantum Technologies to Make the World a Better Place

• Quantum computing can be used to create a diamond sensor that can detect the unique fingerprint of the Earth's magnetic field in every square meter of the planet.
• This technology can be used for navigation, even in deep underwater environments where GPS signals are not available.
• Quantum computing can also be used for true absolute navigation underwater, which is important for scientific exploration and data collection.
• Quantum computing can be used to create a diamond sensor that can detect the unique fingerprint of the Earth's magnetic field in every square meter of the planet.
• Quantum computing can be used to create a diamond sensor that can detect the unique fingerprint of the Earth's magnetic field in every square meter of the planet.

The Early Days of XPRIZE and the Private Space Industry

• XPRIZE was founded in 2004 with the goal of incentivizing private companies to develop new technologies and solve global problems.
• XPRIZE helped open up the private space industry by offering a $10 million prize for the first privately-funded spacecraft to reach the Moon.
• The success of XPRIZE helped pave the way for the development of new technologies and the growth of the private space industry.
• XPRIZE helped open up the private space industry by offering a $10 million prize for the first privately-funded spacecraft to reach the Moon.
• XPRIZE helped open up the private space industry by offering a $10 million prize for the first privately-funded spacecraft to reach the Moon.

Section 1: Introduction to Quantum Computing

• The speaker, Peter H. Diamandis, discusses the potential of quantum computing and its impact on various fields such as quantum sensors, quantum security, and quantum information science.
• He talks about the history of quantum technologies and how they are changing the world.
• The speaker also talks about the importance of using these technologies to make the world a better place.
• The video touches on the early days of XPRIZE and how it helped open up the private space industry.
• The speaker also talks about the importance of having a supportive team and partners like Eric Schmidt.

Section 2: Quantum Sensing

• The speaker discusses the potential of quantum sensing and its applications.
• He talks about the idea of democratizing quantum sensing and making it accessible to everyone.
• The speaker mentions the example of geoposition systems and how they can be used to create Uber or Google Maps.
• He talks about the importance of making quantum sensing devices room temperature, small, portable, and low power.
• The speaker mentions that the technology is now using LEDs instead of lasers.

Section 3: Quantum Security

• The speaker discusses the potential of quantum security and its applications.
• He talks about the importance of protecting our data and how quantum security can help.
• The speaker mentions that quantum encryption or decryption is a serious topic that a lot of brains are working on.
• He talks about the collaboration with incredible centers around the world.
• The speaker mentions that the underlying theme of all this stuff is quantum information science.

Section 4: Quantum Information Science

• The speaker discusses the importance of quantum information science and its underlying theme.
• He talks about the fundamental level of our world being a quantum world.
• The speaker mentions that quantum ultimately now that we're using these technologies to make the world a better place.
• He talks about the importance of using these technologies to make the world a better place.
• The speaker mentions that the early days of XPRIZE helped open up the private space industry.

The Potential of Quantum Computing

• Quantum computing has the potential to do many positive things in the world, such as quantum sensors, quantum security, and quantum information science.
• One of the things that quantum computers can do is break the encryption that we all use, such as RSA encryption.
• Public key encryption, which allows us to share information over the internet without having to meet in secret, was developed in the 1970s and 1980s by RSA, Adelman, and Shamir.
• This encryption is not scalable for a global economy, as it requires physical meetings and the exchange of one-time pads.
• Asymmetric encryption, such as RSA, is based on a one-way trapdoor function, which is easy to go one way but very difficult to go back unless you have the private key.

Quantum Computing and Security

• Quantum computers can break the encryption that we all use, such as RSA encryption.
• This means that all of us on the planet will have to migrate over to new encryption methods.
• Governments around the world came together to address this issue and developed a solution.

The History of Quantum Technologies

• Quantum technologies have been changing the world since the first human generation.
• The ability to manipulate the atomic and quantum world is a new conceptual and technological breakthrough.

The Importance of Supportive Teams and Partners

• Having a supportive team and partners, such as Eric Schmidt, is important for the success of quantum technologies.

The Potential of Quantum Computing

• Quantum computing has the potential to break encryption, making sensitive information vulnerable to hacking.
• State-sponsored efforts and private companies are building quantum computers, and there is no way to control their development.
• The ability to have a computer that cracks everyone's encryption is too valuable, and it will happen regardless of regulation.
• The genie is out of the bottle, and it is too late to stop the development of quantum computers.
• Quantum encryption is a solution to protect against quantum computers, and it can be used with current cell phones and servers.

The Concerns about Quantum Computing

• Quantum computers will become bigger and more powerful, and it is not just little companies making them.
• State-sponsored adversaries are making quantum computers, and they have intense moonshot Manhattan projects.
• It is not known when someone has a quantum computer, but it is too late to stop the development of quantum computers.
• Quantum encryption can protect against quantum computers, and it can be used with current cell phones and servers.
• The growth of data production in medicine and other areas is increasing the need to start changing now to protect against quantum computers.

The Need for Collective Action

• The development of quantum computers requires a huge amount of work, and it is a collective effort.
• The major telecom companies are starting to upgrade their systems to protect against quantum computers.
• The ecosystem that includes VPNs, private virtual private networks, and telco all need to be upgraded.
• No one company or individual can make this happen, and it requires collective action.
• It is a moment to relook at all encryption and make sure we have deep protection against quantum computers.

The Importance of Encryption

• Encryption is crucial for privacy and security.
• It is important to strengthen the entire infrastructure to take care of years of stuff that should have been done.
• The video discusses the potential of quantum computing and its impact on various fields such as quantum sensors, quantum security, and quantum information science.
• Quantum technologies are changing the world and it is important to use them to make the world a better place.

The Decade is Different Than Past Decades

• The current decade is different than past decades in terms of our ability to understand at a molecular cellular level why we age and how to manipulate that.
• There is a lot of good news coming in to phase three otherwise we would not spend the $4500 million on a phase three.

Watch the video on YouTube:
The Technology Bigger than AI w/ Jack Hidary | EP#68 - YouTube