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The Singularity of Nature
Prof. (Dr.) John S. Torday, M.D., a Developmental Physiologist from UCLA based in the United States with a keen interest in how and why physiology has evolved, participates in Risk Roundup to discuss the Singularity of Nature and evaluate whether category theory can be used as a universal modeling tool to comprehend the singularity of nature.
Risk Roundup Webcast: The Singularity of Nature
The Singularity of Nature
Proving the Singularity
of Nature scientifically was complicated so far. The reason behind this was the
limited knowledge and understanding we had about evolutionary biology that made it difficult to connect and merge biology with physics.
However, with the realization that biology can be traced to its very origin by
simply reducing evolutionary biology to cell-cell signaling, the barriers to understanding
science evolution have been slowly crumbling.
As a result, the ongoing reduction of biology to cellular networks and cell-cell signaling brings much promise, as it gives us an understanding of the role of quantum mechanics and allows us to empirically formulate the basis for the singularity of nature for the very first time.
Moreover, with category theory now being widely used as a universal modeling tool to resolve complex problems not only in physics, engineering, and design but also in life sciences and the human ecosystem in cyberspace, aquaspace, geospace, and space, we are getting closer to understanding complex evolutionary processes and being able to comprehend the singularity of nature.
This is especially
important because both the physical and the biological domains in the universe are
seemingly mini-singularities created by the Big Bang. Applying category theory to
the process will perhaps give us an understanding of a valid pathway for
quantum evolutionary development through cell-cell interactions.
That brings us to some essential questions:
- Is there a fundamental difference between the
biologic traits underpinning evolution and the process of development itself? Are the processes of evolution the same for all
living things? Also, if they are, what do they depend on?When were biological evolutionary changes directly
attributed to documented sequential geophysical changes in the environment?Since the quantum effects of gravity on cell
biology is now well recognized, what evolutionary effect will be seen due to
the increased exposure to the electromagnetic spectrum on evolutionary biology?Since epigenetic interactions between biology and
the environment can be considered as self-referential ‘echoes’ of the origins
of life, can it be used to understand the evolutionary or existence patterns of
the impact of emerging technologies?Is there any direct analogy between a
physical system guided by physical laws and quantum rules within our actual
living circumstances?Will identifying the
interface between quantum mechanics and biology offer the opportunity to
understand evolution as one continuous process? Since everything is
connected in the universe, what does this seamless interconnectivity between
man, machines, matter, mother nature, and the universe imply?How can we use category
theory to understand the singularity of nature? Is it possible to apply
category theory as a formal model theory to understand cell-cell signaling
applications and to understand patterns of evolution or extinction?Moreover, how can we
use category theory to understand the whole system behavior of organisms and to
understand what defines the development of traits, etc.?
The time is now to
discuss The Singularity of Nature using Category Theory.
For more, please watch the Risk Roundup Webcast or hear the Risk Roundup Podcast
About
the Guest
Prof. Torday is a Developmental Physiologist from UCLA with a keen interest in how and why physiology has evolved. His career in lung development was launched four decades ago by the serendipitous finding that a simple molecule like cortisol could effectively accelerate fetal lung development; this phenomenon changed reproductive medicine overnight, reducing the preterm infant mortality rate from as high as 70% to nearly zero for preterm births. As a working scientist, this made no sense, but was impossible to ignore- why should hormones have anything to do with the respiratory system?
On the other hand, such
chance findings are primarily the history of biomedical research. He thinks
that such paradoxes prevail because we are using the wrong logic. He believes
that the way to make biology and medicine rational and predictive is by
reducing evolution to cell biology, as shown in his book Evolutionary Biology,
Cell-Cell Communication and Complex Disease.
Simply put, by reducing the processes of biology and evolution to the cellular level and determining how development, homeostasis, and regeneration function both within and across species phylogenetically is a level playing field for understanding the mechanisms involved in both- the trick is to reduce phenotypes of interest to the cell-molecular level, providing the insights to homology that will reveal the evolutionary strategies. Moreover, for the sake of medical education and the generation of novel evolutionary medicine research initiatives, a cell-molecular approach allows us to interface evolutionary biology and evidence-based medicine.
About the Host of Risk Roundup
Jayshree
Pandya (née Bhatt), the founder and chief executive officer of Risk Group LLC (www.riskgroupllc.com) is working
passionately to define a new security-centric operating system for humanity.
Her efforts towards building a strategic security risk analytics platform are
to equip the global strategic security community with the tools and culture to
collectively imagine the strategic security risks to our future and to define
and design a new security-centric operating system for the future of humanity.
About Risk Roundup
Risk Roundup, a global initiative
launched by Risk Group, is a security risk reporting for risks emerging from
existing and emerging technologies, technology convergence, and transformation
happening across cyberspace, aquaspace, geospace, and space. Risk Roundup is
released in both audio (Podcast) and video (Webcast) format and is available
for subscription at (Risk Group Website, iTunes, Google Play, Stitcher Radio, Android, and Risk Group Professional Social Media).
About Risk Group
Risk Group LLC is a leading strategic
security risk analytics platform.
Copyright Risk Group LLC. All
Rights Reserved
The post The Singularity of Nature appeared first on Risk Group.
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Prof. (Dr.) John S. Torday, M.D., a Developmental Physiologist from UCLA based in the United States with a keen interest in how and why physiology has evolved, participates in Risk Roundup to discuss the Singularity of Nature and evaluate whether category theory can be used as a universal modeling tool to comprehend the singularity of nature.
Risk Roundup Webcast: The Singularity of Nature
The Singularity of Nature
Proving the Singularity
of Nature scientifically was complicated so far. The reason behind this was the
limited knowledge and understanding we had about evolutionary biology that made it difficult to connect and merge biology with physics.
However, with the realization that biology can be traced to its very origin by
simply reducing evolutionary biology to cell-cell signaling, the barriers to understanding
science evolution have been slowly crumbling.
As a result, the ongoing reduction of biology to cellular networks and cell-cell signaling brings much promise, as it gives us an understanding of the role of quantum mechanics and allows us to empirically formulate the basis for the singularity of nature for the very first time.
Moreover, with category theory now being widely used as a universal modeling tool to resolve complex problems not only in physics, engineering, and design but also in life sciences and the human ecosystem in cyberspace, aquaspace, geospace, and space, we are getting closer to understanding complex evolutionary processes and being able to comprehend the singularity of nature.
This is especially
important because both the physical and the biological domains in the universe are
seemingly mini-singularities created by the Big Bang. Applying category theory to
the process will perhaps give us an understanding of a valid pathway for
quantum evolutionary development through cell-cell interactions.
That brings us to some essential questions:
- Is there a fundamental difference between the
biologic traits underpinning evolution and the process of development itself? Are the processes of evolution the same for all
living things? Also, if they are, what do they depend on?When were biological evolutionary changes directly
attributed to documented sequential geophysical changes in the environment?Since the quantum effects of gravity on cell
biology is now well recognized, what evolutionary effect will be seen due to
the increased exposure to the electromagnetic spectrum on evolutionary biology?Since epigenetic interactions between biology and
the environment can be considered as self-referential ‘echoes’ of the origins
of life, can it be used to understand the evolutionary or existence patterns of
the impact of emerging technologies?Is there any direct analogy between a
physical system guided by physical laws and quantum rules within our actual
living circumstances?Will identifying the
interface between quantum mechanics and biology offer the opportunity to
understand evolution as one continuous process? Since everything is
connected in the universe, what does this seamless interconnectivity between
man, machines, matter, mother nature, and the universe imply?How can we use category
theory to understand the singularity of nature? Is it possible to apply
category theory as a formal model theory to understand cell-cell signaling
applications and to understand patterns of evolution or extinction?Moreover, how can we
use category theory to understand the whole system behavior of organisms and to
understand what defines the development of traits, etc.?
The time is now to
discuss The Singularity of Nature using Category Theory.
For more, please watch the Risk Roundup Webcast or hear the Risk Roundup Podcast
About
the Guest
Prof. Torday is a Developmental Physiologist from UCLA with a keen interest in how and why physiology has evolved. His career in lung development was launched four decades ago by the serendipitous finding that a simple molecule like cortisol could effectively accelerate fetal lung development; this phenomenon changed reproductive medicine overnight, reducing the preterm infant mortality rate from as high as 70% to nearly zero for preterm births. As a working scientist, this made no sense, but was impossible to ignore- why should hormones have anything to do with the respiratory system?
On the other hand, such
chance findings are primarily the history of biomedical research. He thinks
that such paradoxes prevail because we are using the wrong logic. He believes
that the way to make biology and medicine rational and predictive is by
reducing evolution to cell biology, as shown in his book Evolutionary Biology,
Cell-Cell Communication and Complex Disease.
Simply put, by reducing the processes of biology and evolution to the cellular level and determining how development, homeostasis, and regeneration function both within and across species phylogenetically is a level playing field for understanding the mechanisms involved in both- the trick is to reduce phenotypes of interest to the cell-molecular level, providing the insights to homology that will reveal the evolutionary strategies. Moreover, for the sake of medical education and the generation of novel evolutionary medicine research initiatives, a cell-molecular approach allows us to interface evolutionary biology and evidence-based medicine.
About the Host of Risk Roundup
Jayshree
Pandya (née Bhatt), the founder and chief executive officer of Risk Group LLC (www.riskgroupllc.com) is working
passionately to define a new security-centric operating system for humanity.
Her efforts towards building a strategic security risk analytics platform are
to equip the global strategic security community with the tools and culture to
collectively imagine the strategic security risks to our future and to define
and design a new security-centric operating system for the future of humanity.
About Risk Roundup
Risk Roundup, a global initiative
launched by Risk Group, is a security risk reporting for risks emerging from
existing and emerging technologies, technology convergence, and transformation
happening across cyberspace, aquaspace, geospace, and space. Risk Roundup is
released in both audio (Podcast) and video (Webcast) format and is available
for subscription at (Risk Group Website, iTunes, Google Play, Stitcher Radio, Android, and Risk Group Professional Social Media).
About Risk Group
Risk Group LLC is a leading strategic
security risk analytics platform.
Copyright Risk Group LLC. All
Rights Reserved
The post The Singularity of Nature appeared first on Risk Group.