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Center for Emergence Studies at the UT Dallas ArtSciLab

Dear  Colleagues of the UT Dallas ArtSciLab 

The Off-Center for Emergence Studies at the UT Dallas ArtSciLab is pleased to announce the launch of Fred the Heretic poetry compendium generator.

For the past few months, we have worked with poet Fred Turner to create an OpenAI custom GPT that we call “FredTheHeretic” or FTH, for short. We now have two graduate students (Priyanka Roy and Mihir Hirave ) working on the project, which we call The CyberPoetry project.

You can find FTH by searching through GPTs, or directly here: https://chatgpt.com/g/g-XmhqgURbv-fredtheheretic-fth

We would love to hear your questions or critiques. We will publish as we proceed.

Our only suggestion, emphasized in the help section, is to be precise with your prompts. See the example prompts given when you start FTH.

Paul Fishwick, Fred Turner, Robert Stern, Roger F Malina, Priyangka Roy, Mihir Hirave.

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ANNOUNCING A FORTHCOMING BOOK ABOUT  ROGER’S FATHER FRANK MALINA

PRE-ORDER THE LUXURY EDITION BOOK WITH  AN ORIGINAL DRAWING 

Post by Roger Malina on Oct 31, 2024

RCM GALERIE is proud to announce the publication this December of the first comprehensive book on the art of Frank Malina (1912-1981), the American rocket scientist turned Paris-based artist. Co-founder of the Jet Propulsion Laboratory, and founder of the visionary art/science revue Leonardo, Malina was one of the fathers of light art. The book traces Malina’s singular transition from aerospace engineering to a leading figure in scientific abstraction while navigating the Cold War’s political, security, and multimedia creative landscape.  

It examines how Malina blended his American cultural heritage with the ambitions of the European avant-garde and engaged in interdisciplinary and inter-community exchanges. The book situates Malina as one of the forefathers of many contemporary currents and reflections. 

English texts : Camille Fremontier (ed.), with contributions by Margit Rosen and Annikki Luukela, an unpublished Frank Popper interview with the artist, and a preface by Roger Malina.  252 pages 
Hardcover, illustrated in color Price: 45 euros TTC  Publisher & distributor : Les presses du réel ISBN: 978-2-37896-558-7    


TWENTY COPIES OF A LUXURY EDITION ACCOMPANIED BY AN ORIGINAL DRAWING BY MALINA ARE AVAILABLE FOR PREORDER; EACH BOOK IS DELIVERED IN A LUXURY NUMBERED SLIPCASE AND ACCOMPANIED BY AN ORIGINAL DRAWING      

About the authors

Camille Fremontier, PhD in History and Civilisations, EHESS, Paris, is co-director of the RCM Galerie, Paris. The gallery’s exhibition program explores the relationship between art and science in the second half of the twentieth century. 
  
Frank Popper was a historian of art and technology and a professor at the University of Paris VIII. He is the author of Origins and Development of Kinetic Art (Studio Vista and New York Graphic Society, 1968), and From Technological to Virtual Art (Leonardo Books, MIT Press, 2006). 
  
Margit Rosen is an art historian and curator. In 2016, she established the department “Collection, Archives & Research” at the ZKM Centre for Art and Media in Karlsruhe, which she has headed since then. She is the editor of A Little-Known Story about a Movement, a Magazine, and the Computer’s Arrival in Art: New Tendencies and Bit International, 1961-1973 (MIT Press, 2011). 
  
Annikki Luukela, the former assistant in Frank Malina’s studio, became one of Finland’s first light artists, creating light sculptures, holograms, light visualizations for dance performances, and “light spaces” that combine light and sound.  
  
Roger Malina, served for many years as executive editor of the Leonardo publications at MIT Press. He is an associate director of arts and technology at the University of Texas, Dallas.  

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Remembering George James: A Productive Edger

Written on 10/12/2024 by Roger F. Malina

George S. James 1928-2024

This is Roger F. Malina: I connected with George S. James after my father died in 1982. George made a big difference to my work. I think I would like to describe him as being a ‘productive edge ‘of the exploration of outer space – both scientifically, technically, and socially. People at the center are important, but more often people at the edge matter as much or more. Young people open doors more often and usefully than experienced people. George James and I stayed in touch over the decades, and he was also a stabilizer during the times when space programs became over-militarized and commercialized. Thanks, see you soon George S. James.

Differences in Male and Female Arts and Crafts Avocations in the Early Training and Patenting Activity of STEMM Professionals

Robert Root Bernstein and colleagues recently published: Differences in Male and Female Arts and Crafts Avocations in the Early Training and Patenting Activity of STEMM Professionals. STEMM (Science, Technology, Engineering, Mathematics, and Medicine). The main point is that hands matter more than sub-categories of humans. Yes, the early rocketeers were mostly men. Through the International Astronautical Federation Technical Activities on the Cultural Utilization of Space, we are trying to open the doors, but we are mostly failing. George had an open door.

In 1943 (80 years ago), at the age of 14, James and five schoolmates founded the Southern California Rocket Society (SCRC). This small but highly dedicated group of young teenagers experimented, under professional safety guidance, with small solid-propellant rockets. At the time rocket science was fiction and stupid. The NASA Jet Propulsion Lab was named ‘jet propulsion’ because rocket propulsion was a myth and just fiction. George thought and acted otherwise. The group later became named the RRI, Rocket Research Institute. By creating a group of motivated ignorant teenagers, he helped change the history of the world. We can now look down on ourselves (thanks to the overview effect pinpointed by Frank White) and realize the damage we are causing unnecessarily. The head of the Indian Space Research Organization, ISRO, famously stated that space exploration aims to help humans live in balance with colleague animals and plants on Earth. George S James, whom I knew, was a thinker, observer on the edge, and doer and a carer.

We live in an unusual time when living human memory is extending, as life expectancy increases. George was 96 when he died and had so many recollections and anecdotes that need to be considered today; perhaps longevity may lead to a philosophical overview effect, George S. James was a maestro. In 1983, Early educator-supervised student rocketry: The galcit rocket research project, 1936–1939, George Stated. However, Frank Malina has received little recognition from aerospace educators for his equally pioneering efforts on their behalf. This paper highlights Dr. Malina’s efforts not only as an early participant in educator-supported student rocketry but also in helping to establish some of the guiding principles of this field of science motivation. As Dr. Malina noted in 1968, upon becoming one of the founding members of the Supervision of Youth Research Experiments (SYRE) subcommittee of the 1AF’s Education Committee, the fundamental safety and educational ground rules of (A) qualified supervision, (B) proper safety facilities, and (C) professionally designed equipment, conceived almost fifty years ago.

George S. James Goes Onto

Author James recalls with appreciation the great influence of Drs. Malina and Yon Karman on the evolution of his personal aerospace career. During 1945-46, while still in high school, I was fortunate to obtain a part-time, after-school-hours, job at the GALC1T 10′ Wind Tunnel through the help of my Explorer Scoutmaster, Mr. Robert Wise, who worked there. One afternoon, I happened to bring to work a copy of the latest issue of our Glendale Rocket Society journal, Astro-Jet. On my way to the wind tunnel area, I met Dr. von Karman and, in a burst of youthful enthusiasm, asked him if he would like to see the publication of our group. He said that he would like to borrow it. When he returned it several days later, he complimented me on our youthful journal and suggested that I show it to Frank Malina. When I met Dr. Malina, we had a pleasant discussion about my plans. He suggested that JPL would be a good place for me to work during the coming summer of 1946. At the time I didn’t realize that he was the Director of JPL but 1 soon learned this during my wonderful summer as an assistant test pit mechanic under Bill Terbeck who oversaw the test area. In the test pit to which I was assigned, Dr. Herman Schneiderman was conducting some of the first thrust chamber tests of nitromethane, a monopropellant thought promising at the time. My resolve for a career in the aerospace industry came from that first job at JPL. Now that we are entering an era of student space-related experiments, Dr. Malina’s counsel to members of the SYRE subcommittee, educators, and students will be greatly missed.”

Whether I like it or not, my own life is entangled with the life of George S. James. George, among other things, you taught me to know on doors and this has led to the open-door culture of our ArtSciLab at UT Dallas. I look forward to meeting you above the earth, on the creative edge of human hope.

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Publications

Emerging Words that Matter: Data Analytics Creates Meaning

Oct. 8, 2024, By Priyangka Roy

This white paper explores the use of Natural Language Processing (NLP) techniques to analyze text data, specifically in the context of the concept of “Emergence”. NLP allows us to extract meaning, sentiment, and emotions from text, making it possible to understand how people define and discuss emergence further. The research uses word clouds, sentiment analysis, and emotion analysis to uncover patterns and trends, providing a deeper understanding of this complex concept. The expected findings include visual representations and insights into how emergence is understood and how these perceptions have changed over time. Eventually, this will provide us with emergent patterns from various domains such as healthcare, retail, social media e.t.c. Emergent patterns help businesses predict upcoming trends so that they can prepare themselves. 

Introduction

The concept of “emergence” has captivated researchers from a variety of fields, including language studies, organizational behavior, and systems theory (Goldstein, 1999). The term Emergence describes complex behaviors that result from the simplest interactions within a system, often resulting in outcomes unpredictable from the individual elements themselves (Goldstein, 1999).  For example, schools of fish and colonies of birds exhibit coordinated movements without a central leader in the natural world. Even though individual neurons are incapable of thinking, the collective activity of neurons in the human brain results in the emergence of thoughts and emotions (Silva, n.d.). However, the definition of emergence can vary based on the observer’s perspective. A theoretical physicist who utilizes advanced computational models, for instance, may see emergence as the gap between model predictions and the system’s actual behavior; it shows the fact that complex dynamics emerge beyond theoretical predictions. 

Emergence can reveal a complex system. Emergence research clarifies how basic interactions within a complex system can result in collective behaviors that are both unanticipated and exciting. By looking at these patterns, we may better understand the complex interactions that occur between the constituent parts and the emerging whole—a notion that is important to many different fields of study.

Emergence patterns can be observed in various contexts emphasizing the complex dynamics that are present in systems. For example, individual ants in ant colonies follow simple foraging principles, which result in complex collective behaviors like building nests (Sumpter, 2005), and traffic flow shows how decisions made locally by drivers can contribute to emergent phenomena like traffic jams (Helbing & Molnár, 1995).

To better understand these emergent phenomena, we leverage Natural Language Processing (NLP) in our research. Natural Language Processing (NLP) is a fast-growing artificial intelligence (AI) field that focuses on enabling machines to understand, interpret, and generate human language. NLP techniques are used in text analysis to gain meaningful insights from large volumes of textual data. Among the various techniques utilized in text analysis, we used word clouds to summarize textual data by displaying words in different sizes based on frequency. Larger words indicate more occurrences. Additionally, we conducted sentiment and emotion analysis on poetry to explore how different emotional tones and sentiments contribute to emergent behaviors within the poetic text. Through this research, we can identify the emotional context of the poetry, which helps us understand how collective feelings influence themes and interpretations. This, in turn, contributes to the development of unique patterns and meanings. Combining word frequency with sentiment analysis helps us get a clearer picture of the complex interactions that lead to emergent patterns in textual data overall.

Continue reading…

Author

Priyangka Roy

Data Analyst

Priyangka Roy is a master’s student in Information Technology and Management at the University of Texas at Dallas. She is passionate about using data to provide actionable insights and translating complex information into clear and impactful visualizations that support informed decision-making.

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Publications

Harnessing Soccer Team Dynamics for ArtSciLab Excellence

Credits: Trainerswarehouse 

Oct. 8, 2024, By Collins Mwange

Soccer, a sport known for its team-based dynamics and strategic play, offers valuable insights that can be translated into the functioning of a multidisciplinary research lab. The qualities inherent in successful soccer teams—such as teamwork, communication, strategy, adaptability, and resilience—can significantly improve collaboration, innovation, and productivity in research environments. This white paper explores the application of soccer team dynamics to enhance the operations of the ArtSciLab. By drawing parallels between the structured, collaborative environment of a soccer team and a research lab, this paper identifies key insights and outcomes that can be achieved. The recommendations include implementing clear roles and responsibilities, enhancing communication and coordination, fostering teamwork, continuous training, and adopting effective leadership styles. 

Introduction

This white paper provides a comprehensive framework for improving the ArtSciLab operations by applying the principles of soccer team dynamics. It offers practical strategies research leaders can implement to enhance their teams’ productivity, collaboration, and innovation. 

Effective research laboratory operations are crucial for knowledge advancement and innovation. A well-organized lab promotes efficiency, reduces errors, and fosters a collaborative environment where researchers can thrive. With the increasing complexity of modern research, it is essential to adopt best practices from multidisciplinary fields, including sports, to optimize lab performance. 

Soccer teams exemplify high levels of coordination, communication, and teamwork. Each player has a specific role, yet they must work together seamlessly to achieve common goals (Rasheedi, 2024). The dynamics of soccer teams, including leadership, adaptability, and continuous improvement, provide valuable lessons that can be translated into research lab settings and improve the way the ArtSciLab operates. 

Team Structure and Roles

Defining Clear Roles and Responsibilities

In both soccer teams and research labs, defining clear roles and responsibilities is fundamental. Each team member must understand their specific duties and how they contribute to the team’s overall objectives. This clarity helps prevent overlaps, reduces conflicts, and enhances efficiency. 

Role Distribution in Soccer and Research Labs

Importance of Specialization and Versatility 

Specialization allows team members to develop expertise in their respective areas, while versatility ensures they can adapt to different roles as needed. In soccer, players specialize in positions like defenders, midfielders, and forwards, but must also adapt to various game situations. For example, we have seen a player who plays as center half being deployed as a center back and performing very well. Similarly, researchers should specialize in their fields but remain flexible to support diverse project needs. 

Continue reading…

Author

Collins Mbwika Mwange

DevSecOp Engineer

Collins Mwange is an MS Cybersecurity student at The University of Texas at Dallas (UTD). He is also a DevSecOp Engineer for the ArtSciLab (2024-25). In his free time, Collins plays soccer on and off campus. 

See profile

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podcast

Trek into the Amazon

A Deep Dive into The Paper Emerging Words that Matter Data Analytics Creates Meaning Creative Disturbance

Episode Description

Swiss artist and composer Thom Kubli recounts a trek into the Amazon to record the environs in a conversation spanning the topics of sonic thought, shamanism, and the split between nature and the technological intervention of humanity.

About our speaker

Thom Kubli

Artist and Composer

Thom Kubli works as an artist and composer in Berlin. His practice is multidisciplinary, blending elements of composition, sculpture, and conceptual approaches. His installation pieces oscillate between spectacle and contemplation, exploring the social implications of physical space and virtual presence.

Kubli often collaborates with scientific institutions like the MIT Media Lab or the Rensselaer Polytechnic Institute to devise new technologies and materials.

His performances and installations have been shown internationally, amongst others at the New Museum of Contemporary Art, NYC, Ars Electronica, Linz, Transmediale, Berlin, Eyebeam, NYC, Laboratorio Arte Alameda, Mexico City, FILE, São Paulo, LABoral, Spain, and in numerous art galleries. His composition pieces and experimental radio plays have been widely broadcast through public radio stations such as WDR, DLRK, ORF, SRF, and others.

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Blog

An Open Observatory Manifesto Version 2

On Aug 7, 2024. By Fred Turner, Robert Stern, Tina Qin, Taylor Hinchliffe, Roger Malina, Priya Roy, Omer Ahmed….join us

To contact the group send an email to: rxm116130@utdallas.edu

Submerging Emerging in the Proposed Center for Emergence Studies University of Texas at Dallas

Next week a group of colleagues will be meeting with the Dean of our Bass School of Arts Humanities and Technologies.

Our ‘ask’ is to start setting up a Center for the Study of Emergence. See the document at the end of this article/blog.

We have begun the research and dissemination of our results:

1. A Brief History of Emergence

2. Study of the emergence of the arts and humanities at UTD: in press

3. Emergence of Senexism, a Re-Renaissance with the growth of % of people over 65

and

15 years ago I, Roger F Malina, published the Open Observatory Manifesto, appended and available online. Also appended at the end of this document.

One concern at the time was the growing tele-surveillance or the growing collection of data on each of us; it advocated that each of us should collect and disseminate data/knowledge ourselves. This has largely happened but:

Little did I anticipate how AI would emerge: 50% of all data online now is not generated by humans but by Artificial Intelligence.

“I think we might reach 90% of online content generated by AI by 2025, so this technology is exponential,” she said. “I believe that the majority of digital content is going to start to be produced by AI. 

Nina Schick

At the time, also, I was also concerned about global population growth and the impact on global poverty and the ecologies.

I did not anticipate the decline in population growth today.

The global population reached nearly 8.2 billion by mid-2024 and is expected to grow by another two billion over the next 60 years, peaking at around 10.3 billion in the mid-2080s. It will then fall to around 10.2 billion, which is 700 million lower than expected a decade ago.

AI Being

Our Proto-Center for Emergence Studies has identified a key pattern; the growing number of people over the age of 65, and the declining number of people under 25. We call this Senexism.

 We optimist identify the emergence of a New Republic of Letters, and a Re-Renaissance due to the growing number of people, over 65, who are no longer motivated by job hunting or their visual appearance and other brain stimulations that change thinking.

Populating decline is a demergence, an increasing number of experienced people is an emergence.

So what should we do to encourage these phenomena in desirable ways?

  • Expand our Center for Emergence Studies and get it focused on problems that need to be addressed.
  • Establish new forms of institutions for Senexes to accelerate the Re-Renaissance.

Attached below, appended B is my 2010 Open Observatory Manifesto; time to update it?

And

Attached below is our current elevator pitch for the proposed UTD center for emergence studies. Sorry, it’s a bit long.

Please contact me at rxm116130@utdallas.edu to participate or negate.

Open Observatory Manifesto is appended below:

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podcast

Post-Pandemic Joy

Post-Pandemic Joy Creative Disturbance

Episode Description

Join Roger Malina and Oskar Olsson for a call with Ben Evans to discuss his work with virtual reality museum experiences and the positive aftermaths of the COVID-19 pandemic.

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Blog

Fixing the (Indian) Education System

By Mourya Viswanadha Published on Telangana Today, 29 July 2024

Break free from the constraints of Procrustean bed and zombie ant’s fate to celebrate the unique potential of every child.

Mourya Viswanadha

When I was in sixth grade, my science teacher was explaining the concept of gravitation. My mind, however, was elsewhere, immersed in the world of ‘The Hitchhiker’s Guide to the Galaxy.’ I was daydreaming about the Total Perspective Vortex, a torture device from the book that shows a person their utter insignificance in the vastness of the universe, often leading to a complete mental breakdown. Suddenly, my teacher called on me and asked, “What is gravitation?” Shocked, I quickly dropped a pen from my pocket and said, “This is gravitation.” Humiliated and furious, my teacher hit my hand with a scale and asked the same question to the student next to me. The student recited the textbook definition, and the teacher, impressed, declared, “This is what gravitation is.” That moment marked the beginning of my own Total Perspective Vortex in school.

My experience left me questioning the very nature of education. It highlighted the rigid expectations and lack of room for creativity within the system. This brings me to two powerful metaphors that encapsulate these challenges: the zombie ant and the Procrustean bed.

The Zombie Ant

In nature, there exists a parasitic fungus known as Ophiocordyceps, which infects ants, compelling them to leave their colonies and climb vegetation. The fungus then takes control of the ant’s central nervous system, turning it into a zombie-like creature. The ant, no longer acting on its own will, clamps onto a leaf, allowing the fungus to consume it and eventually release spores to infect other ants. The infected ant loses its unique traits and free will, becoming a mere vehicle for the parasite’s reproduction and survival.

The Procrustean Bed

In Greek mythology, Procrustes was a rogue smith and bandit who would invite travelers to spend the night in his iron bed. Procrustes claimed that the bed would fit anyone perfectly. However, this perfection was achieved through brutal means: if the guest was too short, he would stretch them to fit; if too tall, he would amputate the excess length. This tale has come to symbolize the enforcement of uniformity at the cost of individuality, often through cruel and rigid methods.

Just as Procrustes mutilated his guests to fit the bed, our education system forces children into predefined molds. They become like the zombie ant, moving through the motions dictated by the system.

Mourya Viswanadha

The Indian education system, despite its rich historical legacy and the potential of its young minds, often mirrors the plight of the zombie ant and the rigidity of the Procrustean bed. From a young age, children in India are funneled into a standardized system that prioritizes conformity over creativity, and uniformity over uniqueness.

Read the rest of the article at Telangana Today.

Mourya Viswanadha

Research Intern

Mourya is currently pursuing a master’s in information technology and management at the University of Texas, Dallas. He is a proficient writer eagerly anticipating the release of his novel. Beyond academics, he excels as a professional cricketer, showcasing his diverse talents. Moreover, Mourya serves as the Operations Coordinator for Sigma Xi, The Scientific Research Honor Society.

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podcast

Jabez Abraham

Jabez Abraham Creative Disturbance

Episode Description

The open-door policy of the lab sparks a conversation between medical student Jabez Abraham and Roger Malina on ethics and discipline.

About our guest

Jabez was originally born in India and moved to the US at a very young age. He is currently pursuing a degree that would allow him to work in the medical field. He loves to share ideas and discuss them with others.