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Transparere : future of human expression

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SPECULATIVE DESIGN | DESIGN FICTION | RESEARCH | FUTURE VISUAL LANGUAGE | NEUROSCIENCE | EMOTION

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Guided by: Dr. Jignesh Khakhar, Tanuja Mishra

Time allotted: 10 weeks

Hi there!

You are teleported to the future!

June 2075 welcomes you!

Are you really surprised or irritated?

We should not try to determine your emotions through your facial movements.

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You are teleported to a future when people accept that emotions do not have any universal way of communicating through certain facial movements but can be varied depending on contexts and culture just like humans on earth accepted that the Earth and other planets revolve around the sun and not the other way.

Concept Note

June 28 2075

With technological advancements, now the world seems to have become much more transparent than before, to the innermost core level of humans. It moved away from where it was moving 50 years ago, “illusionistic transparency”, which meant that we assumed to have almost tapped into every facet of people’s lives along with the innermost core while actually the pathway of the core looked blurred to few, most surprisingly to a handful of people themselves and its projection outside. Fifty years ago, social media was such that everyone felt like they knew the other person and how they expressed themselves. It looked like an illusion.


This project facilitates on people’s ability to be transparent about their emotional state of mind. The time is now, the transparency is healthy, a world of mutual accountability rather than mutual secrecy or fear. It helps lessen the fear of showcasing one’s emotional state and brings “healthy transparency” in human relationships.

 

As the proverb goes, now, we are living in glass houses in a metaphysical level. For instance, an interrogator understands the person being interrogated better from a human rights perspective; a mother understands her child as an adult better; a friend is better understood when not expressing through words (in the above image) and so on.

Future Visual Language

State-of-the-art Technology
(see citations for references | not uploaded images for copyright issues on the ongoing research)

Hi again!

You are teleported back to the time you were!

Let us look into the state - of - the - art Technology fifty years ago from where the concept was extrapolated.

Emotion x Neuroscience

“Emotions are not built in, but they are just built.”

-Lisa Feldman Barrett

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The classical view of emotions being universal and innate that philosophers in the past claimed is being questioned by the constructionist framework. Constructionist framework believes that brain neurons predicts and constructs expressions of emotions based on past experiences. Neuroscience debates that there exists no brain region dedicated for different emotions, unlike previously when it was believed in the classical view on emotions and the faculty approach, for e.g., amygdala is associated with fear only, contradicting to the constructionist framework which believes in activation of various brain regions for various emotions

Scientifically, the persistence of the debate of emotions being natural and innate are unknown.

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Human experiences and culture contribute to training our brain neurons to predict and construct emotional expressions. Science claims expressions are neither an effect nor triggered. Though, it is commonly assumed that a person’s emotional state can be readily inferred from his or her facial movements, typically called emotional expressions or facial expressions. And those can vary from person to person. For e.g., my way expressing happiness doesn't match with the other person expressing happiness and hence people take it differently, though the messaging between the neurons are same. Because we are culturally and socially so convinced and habituated with standards of expressions and facial movements, we tend to take it for granted and emotions are mis-expressed.


It is often believed that facial expressions are the indices to understand a person’s emotional state and hence there has been huge investments towards emotion detection system whereas it’s just concluding on facial movements. We also fail to understand emotional state, not very different from emotion detection systems.

With advancement in material science and neuroscience, Polina Anikeeva and her team has designed multifunctional fibres of thickness like that of human hair for simultaneous optical, electrical, and chemical interrogation of neural circuits in vivo which is made of polymer. It is a soft, thin transparent fibre made to form few microns thick from few millimetres through thermal drawing process that taps into the pudding like nervous system. The fibre probes that allow for simultaneous optical stimulation, neural recording, and drug delivery in behaving mice with high resolution. Based on this advancement and its less invasive nature, might help the ongoing research on the complex science of emotion.

Material Science

Speculation 

ELECTRO - CHEMICAL ACTIVITY OF NEURONS

ARTIFICIAL HAIR
(MULTIFUNCTIONAL FIBRE)

TRANSPARENCY OF EMOTIONS

WHAT?

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Advancing on the multifunctional fibre developed by Polina Anikeeva in 2022 at MIT, another multi- functional fibre made of hair material of the subject but in biopolymer of hair like thickness, which is abundant in nature has become common. The fibres contain the characteristics of hair of the subject.

 

HOW?

 

These can be implanted along with the existing hair. These will react to the electro-chemical activity taking place among the neurons behind our ways of expressions.

 

It will act upon the magnetic field generated by the frequencies of the brain waves and in turn would act upon the hair and the forms of the hair will transform and reform with varying emotional state of the subject. The brain waves will trigger electrical activity passing light through the fibre.

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The hair will act as the seventh sense to the future humans and bring the sensory quality of hair which was lost in the process of human evolution in the Savannas. 

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HOW WILL IT IMPACT THE SOCIETY AND POLITICS?

 

The hair is an integral part of our physical identities, different hairstyles and treatments are also done to project their personality. This help people to project themselves in their true selves. This innovation eradicates the concept of stereotyping personalities to certain identities. Now, people understand themselves and others better.

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In future it will influence legal judgments, policy decisions, national security protocols, and educational practices; guide the diagnosis and treatment of psychiatric illness, as well as the development of commercial applications; and pervade everyday social interactions as well as research in other scientific fields such as artificial intelligence, neuroscience, and computer vision.

Political rallies will have a new language!

or

The mistakes that Emotion detection systems do, won't happen!!

Citation

Arias, Juan & Williams, Claire & Raghvani, Rashmi & Aghajani, Moji & Baez, Sandra & Belzung, Catherine & Booij, Linda & Busatto, Geraldo & Chiarella, Julian & Fu, Cynthia & Ibanez, Agustin & Liddell, Belinda & Lowe, Leroy & Penninx, Brenda & Penninx, Brenda & Rosa, Pedro & Kemp, Andrew. (2020). The Neuroscience of Sadness: A Multidisciplinary Synthesis and Collaborative Review for the Human Affectome Project.

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Berent I, Feldman Barrett L and Platt M (2020) Essentialist Biases in Reasoning About Emotions.

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Ochsner, Kevin & Barrett, Lisa. (2022). A Multiprocess Perspective on the Neuroscience of Emotion. 

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Lindquist, Kristen & Barrett, Lisa. (2012). A Functional Architecture of the Human Brain: Emerging Insights from the Science of Emotion. Trends in cognitive sciences.

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Katsumi, Yuta & Theriault, Jordan & Quigley, Karen & Barrett, Lisa. (2021). Allostasis as a core feature of hierarchical gradients in the human brain.

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Jurist, Elliot. (2019). Review of How Emotions Are Made: The Secret Life of the Brain.. Journal of Theoretical and Philosophical Psychology.

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Kay, Kendrick & Gallant, Jack. (2009). I can see what you see. Nature neuroscience.

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Brin, David. (1998). The transparent society: Will technology force us to choose between privacy and freedom?

Geffen, R., & Braun, C. (2021, January 3). The Effect of Geometric Sound on Physical Matter, Brain Waves and Well Being and its Application for Advanced Medicine.

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Canales, Andres & Jia, Xiaoting & Froriep, Ulrich & Koppes, Ryan & Tringides, Christina & Selvidge, Jennifer & Lu, Chi & Hou, Chong & Wei, Lei & Fink, Yoel & Anikeeva, Polina. (2015). Multifunctional fibers for simultaneous optical, electrical and chemical interrogation of neural circuits in vivo. Nature biotechnology.

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