Current AI stuff is OK but we will never get to AGI by making it bigger and better because some important things are missing from its foundation. One of the “fathers” of Deep Learning, Chief AI Scientist at Meta Yann LeCun recently claimed that “We’re not to the point where our intelligent machines have as much common sense as a cat. So, why don’t we start there?”
My meta research of the history of science in relevant fields shows clearly that in order to reach AGI we need to start from bacteria and a living cell, on one hand, and from theoretical physics and cosmology, on the other.
Starting with the “fathers” of psychology as a science Edward Thorndike and Ivan Pavlov scientists for more than a century know that there is a basic mechanism of universal learning installed in all living creatures including human beings. For most of the time this mechanism has been neglected by the mainstream of psychologists and neuroscientists as primitive, slow and inefficient. AI inherited that neglectance and magnified it to the extreme.
However, I have identified some scientists, theories and experiments which have reached such significant advances in the understanding of the universal learning mechanism that, in my opinion, AGI may emerge with high probability within a decade from now on.
Most probably, it will evolve from something like Xenobots, tiny synthetic creatures made by Michael Levin and his team from single cells of a frog by programming them according to mathematical models based on Karl Friston’s fundamental free energy principle. At a later stage mathematical models of these small but clever minds will be infused into humongous but stupid AI models making them smart and, even more importantly, alive.
It will be impossible to handle risks arising from the emergence of huge smart living machines after that shift happens. So we need to mitigate those risks at the stage of creation of basic simple minds. The time to do it is now.
The missing link to AGI
Current AI stuff is OK but we will never get to AGI by making it bigger and better because some important things are missing from its foundation. One of the “fathers” of Deep Learning, Chief AI Scientist at Meta Yann LeCun recently claimed that “We’re not to the point where our intelligent machines have as much common sense as a cat. So, why don’t we start there?”
My meta research of the history of science in relevant fields shows clearly that in order to reach AGI we need to start from bacteria and a living cell, on one hand, and from theoretical physics and cosmology, on the other.
Starting with the “fathers” of psychology as a science Edward Thorndike and Ivan Pavlov scientists for more than a century know that there is a basic mechanism of universal learning installed in all living creatures including human beings. For most of the time this mechanism has been neglected by the mainstream of psychologists and neuroscientists as primitive, slow and inefficient. AI inherited that neglectance and magnified it to the extreme.
However, I have identified some scientists, theories and experiments which have reached such significant advances in the understanding of the universal learning mechanism that, in my opinion, AGI may emerge with high probability within a decade from now on.
Most probably, it will evolve from something like Xenobots, tiny synthetic creatures made by Michael Levin and his team from single cells of a frog by programming them according to mathematical models based on Karl Friston’s fundamental free energy principle. At a later stage mathematical models of these small but clever minds will be infused into humongous but stupid AI models making them smart and, even more importantly, alive.
It will be impossible to handle risks arising from the emergence of huge smart living machines after that shift happens. So we need to mitigate those risks at the stage of creation of basic simple minds. The time to do it is now.
An overwhelming amount of information on this subject including links to the original research is available in the manuscript of my book Learning Infinity: From One to Zero. It is a part of my submission for the prize and is available by following this link. https://docs.google.com/document/d/1kxz_siIZVLjRK6DxxrWDsiRD2bjTua-EOPPgAd-3KTI/edit?usp=sharing
#Future Fund worldview prize