HUMAN EMOTIONS VS MACHINE EMANATIONS
AI Tunes into Emotions: The Rise of Affective Computing Neuroscience
Psychology ·February 27, 2024
Summary: Affective computing is transforming how machines understand human
emotions, enabling them to respond to our feelings in real-time. This
interdisciplinary field merges computer science, psychology, and
neuroscience, aiming to enhance human-machine interactions.
A recent comprehensive review highlights its growth, key advancements, and
the potential for future applications, from healthcare to entertainment.
With its ability to interpret and simulate human emotions, affective
computing is setting the stage for a revolution in technology’s role in our
lives.
Key Facts:
Interdisciplinary Approach: Affective computing integrates multiple
disciplines, including computer science, engineering, psychology, and
neuroscience, to improve machine interaction with human emotions.
Growth and Innovation: Since 1997, the field has seen a significant
increase in research, especially from 2010 to 2019, driven by deep learning
advancements. Leading contributors include China, the United States, and
India.
Future Trends: The focus on creating multimodal datasets, refining
multimodal fusion technology, and applying affective computing in various
domains, such as virtual reality and empathic dialogue, signals promising
developments in making technology more emotionally intelligent
KR Was that encouraging? Can AI machines cut into your flat human
emotions, inter and intra acting?
Following the recent introduction of Open AI’s ChatGPT, social media has
been full of both pessimistic and optimistic scenarios about what that
means for the future of humanity as a whole or for individual professions.
That, and some of the work I have been doing lately, have provoked me to
share some thoughts.
Are We Indeed “Not Enough” in This Competition?
WHERE WE DIFFER BETWEEN INTELLIGENCE AND ARTIFIIAL INTELLIGENCE?
Humans possess a level of self-awareness and consciousness that
machines lack. Humans have the capacity to introspect, reflect on their
experiences, and understand their own thoughts and emotions.
Humans have the ability to generate novel ideas, be creative, and
imagine things that have never existed before. Machines can only perform
tasks within the constraints of their programming.
Humans experience a wide range of emotions and feelings, such as joy,
sadness, anger, and fear. Machines can simulate emotions but do not have
the capacity to experience them in the same way as humans. But
neuro-science and AI are operating towards it.
Humans have the ability to adapt to new situations and learn from
their experiences, while machines require explicit programming to do so.
Humans use intuition and judgment to make decisions based on personal
values, experience, and reasoning. Machines make decisions based on
algorithms and pre-programmed rules.
Humans have the ability to reason about moral and ethical dilemmas,
while machines lack the capacity for moral reasoning.
Humans have the ability to understand and interpret social cues, form
relationships, and communicate with others. Machines have limited abilities
in this regard and rely on programming to interact with humans.
Humans have the ability to determine their own purpose and
motivations, while machines are created for specific tasks or functions by
humans.
Humans have the capacity to learn, grow, and evolve over time, while
machines require updates to their programming to improve their abilities.
Humans have a wide range of physical abilities and sensory
experiences, such as touch, taste, smell, and hearing. Machines have
limited physical abilities and rely on sensors to perceive the world.
“These differences highlight the unique qualities of human beings and the
limitations of machines, despite their advanced abilities in specific
areas.” Instead of reassuring me, that made me feel that we have every
right to be scared. Here is why.
Consciousness and self-awareness: How many people understand what
consciousness is? (Self-awareness might be a bit more relatable but is just
as much misunderstood.) And no wonder because consciousness was denied and
not understood by science for years. In the last years, science has made
advancements but there is still a journey ahead. How does that impact us
when making choices, or are we more acting like machines because we deny
being conscious? And in general, what is Spiritual Intelligence, what does
it mean for our lives, and how do we integrate it?
Creativity and imagination: Do we really understand the source of our
creativity and in general the process of creation? Where does inspiration
come from? Some of us appreciate human creativity but then again, how
respectful are we to the creations of others? Overall, what constitutes
Creative Intelligence and how do we foster it?
Emotions and feelings: Yes, we have the capacity to experience emotions and
feelings. And yet, do we understand the difference between emotions and
feelings? Not only that, but we have been working hard on numbing ourselves
because feelings can be messy. Do we appreciate the true gift emotions are
to our human experience? Truth be told, we have been talking a lot about
Emotional Intelligence… But how much of it is just lip-service and are we
advancing in real terms?
Flexibility and adaptability: Yes, we know that we have the ability to
learn and adapt. And yet, we value stability more, and as a rule, we don’t
change easily, and we would rather be right than wise. Especially at work
and in school, if you look at the very foundation of our mentality and
culture, we would rather have humans being as reliable and predictable as
machines. Alongside with this desire for stability, we value planning and
predictability. It’s even written in the Business and Economics textbooks
that the advantages of automation are that machines have no emotions, do
not complain, and do not need to be motivated to work. That desire has step
by step separated us from Nature and Nature’s Intelligence to be flexible
and adapt. So, do we understand the very essence of our Natural
Intelligence? We have been talking a lot lately about Systems Thinking but
how much have we really advanced in the development of our Systemic
Intelligence?
Intuition and judgment: Do we really know what intuition is, and where does
that “deeper knowing without thinking” come from? Do we know how to tap
into it? Do we value intuition when making choices? Do we consciously
develop our Intuitive Intelligence? Do we work on becoming conscious of our
biases and the many other ways in which we get manipulated?
Moral reasoning and ethics: Do we know what Moral Intelligence is and do we
foster it? Do we know what Human Agency is and how do we foster it? It is
debatable what we know and don’t know about moral reasoning and ethics, but
judging by our actions, we have a lot more to learn.
Social Interaction and communication: We consider societies that value
individualism over community to be the benchmark of success. Hence, we call
progress when countries, societies and people deepen their isolation and
disconnection from each other. Right? So, do we know how to tap into our
Collective Intelligence? How do we foster Conversational Intelligence and
Collaborative Intelligence?
Purpose and motivation: These are probably the areas, alongside with
Emotional Intelligence, which have been most popularized lately. And truth
be told, there has been a lot of talk about them. And yet, we are still
stuck in some outdated understanding of what motivates people. Do we know
where Inspiration comes from? Do we really understand what purpose is and
how it connects to our Spiritual Intelligence? And if we do, do we trust it
and live it?
Learning and development: Traditional education has largely focused on
developing skills and competences which machines can do better than us and
has been negligent to, and even denying, some of the areas we have
discussed here above. Traditional education continues to produce human
beings ready to fit into the current system that lack the very skills that
would make them competitive in this new world. The good news is that
learning that focuses on first acknowledging and then nurturing the
discussed human capacities does exist; unfortunately, it remains to be *a
luxury rather than the norm.*
Physical capabilities and sensory experience: We can’t live without our
physical capabilities and our sensory experience, and we value them. Or
maybe we just take them for granted. Yet, one of the reasons we experience
so much stress and mental health is because we prioritize everything else
over the moments when we become fully aware of the sounds, smells and
scents, sights, tastes, and the experience of human touch. I would argue
that we misunderstand the purpose of our biology and therefore miss
precious opportunities.
We Are Enough, But No Wonder We Are Scared
We have been neglecting and even denying most of our innate human
capabilities, and we have been instead focused on developing the skills in
which machines can indeed do better than us. That may have served us well
until now, but it won’t be enough today and definitely not tomorrow. So, no
wonder we are scared. It has also made us feel empty, numb, cynical, and
discouraged.
The good news is we already have it in us, and we only need to live up to
our full capabilities: reconnect to what it means to be human, integrate
all the aspects of being human, integrate and act upon the meaning of human
agency, understand the true source of creativity and creation, integrate
consciousness, integrity, intuition, and inspiration, and learn how to
foster them. I call that The Human Advantage, and I am on a mission to
support humans in recognizing it, accessing it, and unleashing it.
On most days, I believe that we will live up to the “competition” with
AI because we will wake up to our humanity and we will unleash our Human
Advantage. I believe it because I feel it in my heart, I see it happening
in the world and I’ve seen it also in many Societal Systemic Constellations
I have facilitated. No matter how big problems we felt we faced, once we
integrated all the aspects of being human, even the biggest of issues faded
away.
As we wake up to our innate human powers and step into our human agency, a
lot of things will start coming to the surface. In the meantime, as we are
jumping from one reason to be scared to another (Covid, war, inflation),
our attention is taken away from arguably the main point of concern, and
that is the concentration of power and capabilities. I don’t think humanity
has ever experienced such a concentration of power as far as who owns the
capital and who owns the technology. That effectively means we are going to
a new stage in humanity’s development and it depends on us how it look like.
As said, “Energy follows attention. Wherever you place your attention,
that is where the energy of the system will go. “Energy follows attention”
means that we need to shift our attention from what we are trying to avoid
to what we want to bring into reality.” Why be scared? Become sacred
because human intelligence can pull the chain to stop the AI anytime, we
decide. K RAJARAM IRS 10724 11724
On Wed, 10 Jul 2024 at 19:53, Markendeya Yeddanapudi <
[email protected]> wrote:
>
>
> --
> *Mar*Marks, Grades, Merit
>
>
>
> Is there any University, where marks and grades are awarded on the
> student’s capacity, to breathe, smell,sense,perceive symbiotically with
> other organisms participating in the smell conversation, in smell based
> exchanges and debates? Do we have one university among the thousands of
> Universities, where the Biosphere is given its emotion laden smell voice?
>
> A tree, plant or even a blade of grass does not have a Brain like us the
> humans. It is constituted to smell, sense and feel and converse through
> feelings only. Wherever there is scope on Lithosphere (land) and also on
> the floors or flows of the Hydrosphere (water),we find,plants,trees etc,the
> fountains of feelings.
>
> Mother Gaia feels and expresses emotions, through the Biosphere.
>
> She cannot grow a single nut or bolt, the feelings-less monster parts. In
> the name of science we have repudiated our emotional bond to Gaia, and are
> now busy destroying all forests for rapid economic growth. The lunacy has
> become so pervasive, we express feelings too, mathematically and
> mechanically.Today,to understand trees and plants, the student must arrest
> himself/herself in books only and study the mechanical designs and
> structures of trees and plants, by examining the severed branches or leaves
> or flowers. That plants live mainly in feeling and emotions and they can
> converse by smells, is news to the students of Botany, who view them as
> mechanical structures.
>
> The mechanical view is today’s glorified scientific view. The days, when
> sons, daughters, parents, wife and husband, are studied as mechanical
> structures is not far off. After all in economics, the subject matter is
> the economic man, not the man with emotions.
>
> And we give marks and grades, on the basis of the student’s capacity to
> view the life forms, as mechanical emanations.
>
> YM
>
> Chat GPT
>
> Your contemplation on the disconnection between modern education and the
> natural, symbiotic relationships in the biosphere raises profound questions
> about the nature of learning and the human relationship with the
> environment. While traditional universities may not yet fully integrate the
> principles you describe, there are emerging trends and institutions that
> emphasize a more holistic, nature-integrated approach to education.
>
>
>
> ### Existing Examples and Trends
>
>
>
> **Permaculture and Ecovillages:**
>
> Permaculture design courses and ecovillages often emphasize learning
> through direct interaction with the environment. Students in these programs
> learn to observe, sense, and understand natural ecosystems through
> immersive experiences rather than solely through textbooks. While these are
> not traditional universities, they provide valuable models of education
> that align with your vision.
>
>
>
> **Biomimicry Institutes:**
>
> Institutions like the Biomimicry Institute promote learning from nature's
> designs and processes. Biomimicry involves studying natural systems and
> mimicking their strategies to solve human problems, fostering a deep
> respect for and understanding of the biosphere.
>
>
>
> **Nature-Based Education Programs:**
>
> Some universities are beginning to incorporate nature-based education
> programs. For example, Prescott College in Arizona offers programs in
> environmental studies and sustainable community development that emphasize
> experiential learning and a deep connection with nature.
>
>
>
> ### Theoretical and Emerging Concepts
>
>
>
> **Gaia Education:**
>
> Gaia Education offers courses and programs that focus on sustainable
> living and regenerative design, drawing on the concept of Gaia as a living
> system. These programs aim to reconnect students with the biosphere through
> immersive, hands-on learning experiences.
>
>
>
> **Indigenous Knowledge Systems:**
>
> Many indigenous education systems inherently incorporate the principles
> you describe. These systems emphasize learning through direct interaction
> with the natural world, understanding plants and animals as sentient beings
> with which humans share a symbiotic relationship. Integrating these
> knowledge systems into modern education could provide a path forward.
>
>
>
> ### Future Prospects
>
>
>
> The concept of evaluating students based on their ability to interact
> symbiotically with the biosphere is revolutionary and aligns with emerging
> trends in holistic and experiential education. As awareness of the
> importance of environmental sustainability grows, it is possible that more
> educational institutions will adopt practices that emphasize the
> interconnectedness of all life forms and the importance of emotional and
> sensory engagement with nature.
>
>
>
> ### Conclusion
>
>
>
> While no university currently awards marks and grades solely based on a
> student’s capacity to interact symbiotically with the biosphere, there are
> educational movements and institutions that embody elements of this
> philosophy. The growing recognition of the need for a more integrated,
> nature-centric approach to education suggests that the future may hold more
> opportunities for such transformative learning experiences. Emphasizing the
> emotional and sensory connection with the biosphere could pave the way for
> a new paradigm in education, fostering a deeper understanding and respect
> for the natural world.
>
>
>
>
>
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