Groundbreaking Work on AI Wins Duo Nobel Prize in
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Posted On: 10/18/2024 4:22:55 PM
Groundbreaking Work on AI Wins Duo Nobel Prize in Physics
Geoffrey Hinton, undeniably referred to as “the Godfather of AI,” has been awarded the Nobel Prize in Physics alongside John Hopfield for their groundbreaking work that triggered the development of machine learning, the science behind artificial intelligence as we know it today.
The duo got this global recognition for the foundational work that they did that made it possible for various AI applications and products to become a reality. Hinton, a University of Toronto-based computer scientist and his peer Hopfield, a Princeton University professor, shared a $1m cash prize that came with their coveted award. The ceremony recognizing the pair happened this Monday in Sweden.
When he was asked about the likely significance of the work they did to set the stage for the development of machine learning, Hinton strongly asserted that the science would have a huge societal influence comparable to the way the industrial revolution did. Explaining further he noted that while the industrial revolution set in motion a system that was superior to humans in terms of physical strength, the current revolution triggered by AI has the potential to exceed humans’ intellectual abilities.
Hinton foresees artificial intelligence revolutionizing various industries like healthcare in ways that will be a force multiplier for productivity.
Ellen Moons, who chairs the physics committee which selected the two as winners of the 2024 Nobel Prize, asserted that the work done by the individuals awarded has facilitated the integration of AI within the daily lives of humans. Moon added that because of what the laureates did, it is now possible to make critical decisions, such as medical diagnostic decisions, much faster and more reliably.
It should be noted that the transformative work of these two scientists was done about four decades ago. Hopfield was fascinated by the neural networks of the brain and wondered whether a similar physical system could be designed to mimic the brain’s function. He set to work to answer this question, and developed the computational nodes which were designed to function in the same way that neurons in the brain worked.
Synaptic connections within the brain make it possible for neurons to communicate with one another. Hopfield created connections to enable computational nodes to communicate with one another. Just as a human wracks their brain to recall a fact or some piece of information, AI nodes search through their repository of information to see patterns, “recall” information previously used or even come up with something new based it what the system had previously been taught.
After Hopfield’s work was published back in 1982, Hinton took it a step further to birth what we now know as machine learning.
Hopfield’s system was composed of a paltry 30 nodes that operated using approximately 500 connections. In comparison, ChatGPT, a generative AI system, has approximately a trillion parameters upon which it can generate the needed information a user requests it to produce.
As you can see, the AI systems today require a lot in terms of hardware such as microchips. Critical metals like copper, silver and gold have consequently seen rising demand to supply the rapidly growing AI industry. Opportunities are being created and numerous companies like McEwen Mining Inc. (NYSE: MUX) (TSX: MUX) are positioned to reap the rewards of addressing this demand for “AI metals.”
For more information, visit the company’s website at www.McEwenMining.com
NOTE TO INVESTORS: The latest news and updates relating to MUX are available in the company’s newsroom at http://nnw.fm/MUX
Please see full terms of use and disclaimers on the NetworkNewsWire website applicable to all content provided by NNW, wherever published or republished: http://NNW.fm/Disclaimer
Geoffrey Hinton, undeniably referred to as “the Godfather of AI,” has been awarded the Nobel Prize in Physics alongside John Hopfield for their groundbreaking work that triggered the development of machine learning, the science behind artificial intelligence as we know it today.
The duo got this global recognition for the foundational work that they did that made it possible for various AI applications and products to become a reality. Hinton, a University of Toronto-based computer scientist and his peer Hopfield, a Princeton University professor, shared a $1m cash prize that came with their coveted award. The ceremony recognizing the pair happened this Monday in Sweden.
When he was asked about the likely significance of the work they did to set the stage for the development of machine learning, Hinton strongly asserted that the science would have a huge societal influence comparable to the way the industrial revolution did. Explaining further he noted that while the industrial revolution set in motion a system that was superior to humans in terms of physical strength, the current revolution triggered by AI has the potential to exceed humans’ intellectual abilities.
Hinton foresees artificial intelligence revolutionizing various industries like healthcare in ways that will be a force multiplier for productivity.
Ellen Moons, who chairs the physics committee which selected the two as winners of the 2024 Nobel Prize, asserted that the work done by the individuals awarded has facilitated the integration of AI within the daily lives of humans. Moon added that because of what the laureates did, it is now possible to make critical decisions, such as medical diagnostic decisions, much faster and more reliably.
It should be noted that the transformative work of these two scientists was done about four decades ago. Hopfield was fascinated by the neural networks of the brain and wondered whether a similar physical system could be designed to mimic the brain’s function. He set to work to answer this question, and developed the computational nodes which were designed to function in the same way that neurons in the brain worked.
Synaptic connections within the brain make it possible for neurons to communicate with one another. Hopfield created connections to enable computational nodes to communicate with one another. Just as a human wracks their brain to recall a fact or some piece of information, AI nodes search through their repository of information to see patterns, “recall” information previously used or even come up with something new based it what the system had previously been taught.
After Hopfield’s work was published back in 1982, Hinton took it a step further to birth what we now know as machine learning.
Hopfield’s system was composed of a paltry 30 nodes that operated using approximately 500 connections. In comparison, ChatGPT, a generative AI system, has approximately a trillion parameters upon which it can generate the needed information a user requests it to produce.
As you can see, the AI systems today require a lot in terms of hardware such as microchips. Critical metals like copper, silver and gold have consequently seen rising demand to supply the rapidly growing AI industry. Opportunities are being created and numerous companies like McEwen Mining Inc. (NYSE: MUX) (TSX: MUX) are positioned to reap the rewards of addressing this demand for “AI metals.”
For more information, visit the company’s website at www.McEwenMining.com
NOTE TO INVESTORS: The latest news and updates relating to MUX are available in the company’s newsroom at http://nnw.fm/MUX
Please see full terms of use and disclaimers on the NetworkNewsWire website applicable to all content provided by NNW, wherever published or republished: http://NNW.fm/Disclaimer
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