Star City could be a future ITACCUS base and ArtSciLab playground to make our outer space friendly

May 5 2025, Roger F Malina and “fred the heretic” Co-authors

Context
I was asked today to sign a petition to international professional organizations that I belong to, which states:

“The International Astronautical Federation Space Education and Outreach Committee was established to show that we, as leaders of space education and outreach today and tomorrow, support the inclusion of all views and inspire young people and adults to engage in space activities. We cannot support or normalize practices that silence important voices or diminish collaborative integrity. We remain open to dialogue.”

I needless to say agree, but the rest of the document is mostly a protest and a moan and groan with trivial requests. At this point in my career—I am 75—I have been engaged in many protests (1969, Vietnam, etc.). But I feel protesting is a waste of my time and mental energy at this point since I am now a Senex. (Stern, R. J., Malina, R. F., Turner, F., & Chen, T. Q. (2025). The Senex. Athenaeum Review, Spring 2025. Retrieved from https://athenaeumreview.org/essay/the-senex/)

I discussed the issues with Fred the Heretic AI, and they replied:

A Practical Corollary of Writing Manifestos or Protesting: The creation of concrete, accessible pathways to action and implementation.

Explanation:
Manifestos and protests often clearly articulate ideals and demands, but a vital corollary—often overlooked—is translating these abstract principles into immediate, practical, actionable steps. Without accessible entry-points or structured implementation guides, many idealistic manifestos remain merely inspiring documents, and protests remain fleeting demonstrations.

Examples of actionable pathways include:

Practical “Playbooks”
Pilot projects or “demonstration prototypes”
Institutional or policy partnerships: partnering with organizations or policymakers who can transform demands into concrete regulations or policies.
“Micro-actions” and daily behaviors

Why this matters:

Makes idealistic demands credible and achievable.
Sustains momentum beyond initial excitement and self-justification.
Increases inclusivity by providing multiple entry points for engagement.
Turns symbolic actions into systemic impact.

Conclusion & Recommendation:

ANNOUNCING THE TEXAS SPACE CITY MANIFESTO
Declared by Fred the Heretic on May 5, 2025

Starbase is now official— voters (largely SpaceX employees) have incorporated Boca Chica as a new Texas municipality. The move gives SpaceX sweeping control over zoning, permitting, and beach-access decisions but has drawn scrutiny from environmental-justice and Indigenous groups.

Below are eight pieces of counsel for Elon Musk and the founding council, distilled from our dialogue about propulsion, perception, and planetary responsibility:

Adopt an “Earth-First” charter
Write a charter article requiring environmental-impact scorecards for all new infrastructure; publish the metrics in open data.
Give Boca Chica Beach back to the public (at least part-time)
Enact an ordinance preserving public-access windows outside launch closures and fund dune-restoration crews.
Diversify the governing bench
Establish advisory boards for environmental science, education, and local heritage, with half the seats reserved for non-SpaceX residents of Cameron County.
Launch a Starbase Arts & Science Residency
Convert one Starship tower floor into a micro-gravity art studio; offer annual “Zero-g Fellowships.”
Carbon-light, storm-hard infrastructure
Use onsite solar + battery micro-grids; build elevated, modular housing.
Noise & night-sky stewardship
Install acoustic berms, schedule late-night tests around nesting seasons, and adopt a dark-sky lighting code.
Create a standing “Starbase Commons Fund”
Dedicate ≥5% of annual city revenue to STEAM scholarships, local broadband, and habitat restoration.
Institutionalize the overview effect
Build a public “Observation Gantry” with VR feeds from Starship flights and ISS imagery; require SpaceX interns to lead community nights.

Bottom line: Incorporating Starbase gives SpaceX unprecedented freedom—and unprecedented civic responsibility.

Spacefaring Humanity’s Embrace (S.H.E.):
An Inclusive Campaign for the Cosmic Commons
Compiled by Roger F. Malina with Fred the Heretic AI

Mission & Vision: Embed inclusivity, equity, and ecological reciprocity at every human step beyond Earth.
Core Principles: Bio plurality, Cultural Continuum, Regenerative Circularity, Transparent Tech, Cosmic Commons.
Flagship Projects: Moon Mirror Telescope, Astro Polyculture Greenhouse, Starlust Ledger, Panspermeta Voyagers.
Participation Paths: Citizen Astrographer, Orbital Residencies, Ground Crew Gardens, Code Commons Corps.

Selected Timeline Milestones to 2100 include founding charters, Lunaflect prisms, inclusive expeditions, and cosmiqueer habitats.

Metrics & Milestones:

Increase mission leadership diversity.
Achieve closed-loop efficiency.
Expand open-access mission data.

Glossary: Cosmiother, Helionics, Lunaflect, Panspermeta, Starlust ledger.

Acknowledgments: Dedicated to educators, activists, technologists, storytellers, and elders promoting stewardship over ownership.

First Steps for ITACCUS:

Establish a “Reciprocal Residency Charter.”
Pilot a “Zero-g Arts & Science Residency.”
Implement a “Space & Society Practical Playbook.”

Steps for ArtSciLab at UT Dallas:

Prototype a “Bohmian Dialogue Airlock.”
Launch a “Ground Crew Gardens” initiative.
Establish a “Reciprocity Ledger” pilot.

Through these steps, we ensure visions translate into measurable, impactful initiatives both globally and locally.

Poem I: Star City Invocation

Star City, cradle of both gear and dream,

Where art meets orbit in a sunlit seam—

Not conquest, but communion with the skies,

A playground built where rockets rise.

No steeple here but scaffold and gantry,

Not hymns but echoes of data and entry;

Yet in the silence between two tests,

A cello hums—imagine the rest.

Here artists sketch with vacuum and flame,

Philosophers code, engineers reclaim

The myths we cast in silicone and star—

Let’s say our spaceship is who we are.

So build it not as fortress or spire

But garden, observatory, choir;

Make its blueprint a psalm, its launch a vow:

To bring back home the future’s brow.

Poem II: The Senex Stands Aside

At seventy-five, he leans on no protest sign—

The cardboard sags beneath such seasoned spine.

He’s been to marches, heard the chants decay

To slogans lost in the digital fray.

Once he believed a crowd could bend the beam

Of history toward justice—but now the dream

Has shifted. The old man sows with subtler hand:

Playbooks, prototypes, reclaimed land.

Protest is kindling; he tends the flame

With compost, curriculum, pilot frame.

Not gone from the struggle, just wise to its arc,

He plants constellations in civic dark.

Poem III: Manifesto as Poem, Poem as Base Camp

Write your rage, then blueprint your rage:

A dome that collects rain on a parched lunar stage.

Draft your demands like a table of needs,

Add columns for who acts, and what it feeds.

Manifestos are scaffolds for doing,

Not mausoleums of moral undoing.

If you cry “Justice!”, offer its bones:

A carbon-light tower, acoustic zones.

For every utopia painted in speech,

Plot pathways even the wary can reach.

Turn verbs to habitats, hope into wires—

Build from your poem a commons with spires.

Poem IV: Cosmiqueer Horizons

The cosmos is not clean. It is plural,

Strange, intersectional, diurnal.

We go not as men in silvered command,

But in plural bodies, hand in hand.

We do not settle—we visit, we share,

With wheeled legs, quiet codes, solar hair.

We do not own but host and translate—

Each orbital path a diverse gait.

Let the station pulse in varied tongues,

Let the Moon mirror stories not just suns.

Let gravity’s pull make none feel small:

Our constellation is for all.

Poem V: The Bohmian Airlock

Enter the airlock—not into space,

But dialogue: the in-between place.

Where breath is the threshold, pause the refrain,

And silence is not empty, but terrain.

Ideas float like dust in sunlit air;

You speak, I don’t answer—I care.

We listen not to win but to know

What shape your inner orbit shows.

Here, in this dome of tempered glass,

Agreement’s less holy than letting thoughts pass.

Inside, we are neither launchpad nor land—

But the quiet chamber where meanings expand.

Poem VI: Ground Crew Garden, 2071

Tomatoes sprout beside algae trays,

Spliced to thrive in both Earth and Lagrange.

A child in Dallas gathers a yield

Of Martian basil from test-soil field.

She hums a tune learned from her Nan,

A lullaby written in old Persian span—

Passed down like seed, sung like a rite,

Rewritten now in pink grow-light.

These are not beds of escape or retreat,

But rehearsals for planets we’ve yet to meet.

We farm as if gravity’s a guest,

And teach the stars from a composted destiny

The rest of the manuscript is an appendix of the iterations that led to the summary above. For archival purposes: Don’t bother reading unless you need to think more (There is a lot of repetition from what you have already read above, in the iterations).

Context

I was asked today to sign a petition to international professional organizations that I belong, to that States

“The SEOC was established to show that we, as leaders of space education and outreach today and tomorrow, support the inclusion of all views and inspire young people and adults to engage in space activities. We cannot support or normalize practices that silence important voices or diminish collaborative integrity. We remain open to dialogue”

I needless to say agree but the rest of the document is mostly a protest and a moan and groan with trivial requests.

At this point of my career, I am 75, I have been engaged in many protests (69, Vietnam etc). But I feel protesting is a waster of my time and mental energy at this point, since I am now a Senex. Stern, R. J., Malina, R. F., Turner, F., & Chen, T. Q. (2025). The Senex. Athenaeum Review, Spring 2025. Retrieved from https://athenaeumreview.org/essay/the-senex/

Star City could be a future ITACCUS base and ArtSciLab playground to make us outer space friendly

May 5 2025 roger f malina and fred the heretic co authors

________________________________________

Examples of actionable pathways include:

• Practical “Playbooks”:

• Pilot projects or “demonstration prototypes”:

• Institutional or policy partnerships:

Partnering with organizations or policymakers who can transform demands into concrete regulations or policies.

• “Micro-actions” and daily behaviors:

________________________________________

Why this matters:

• Makes idealistic demands credible and achievable.

• Sustains momentum beyond initial excitement and self justification.

• Increases inclusivity by providing multiple entry points for engagement, accessible to various skill levels and resources.

• Turns symbolic actions into systemic impact.

________________________________________

Conclusion & Recommendation:

In spite of these caveats, I first wrote a manifesto with Fred the Heretic’s collaboration:

ANNOUNCING THE TEXAS SPACE CITY MANIFESTO

declared by Fred the Heretic on May 5 2025

Starbase is now official—voters (largely SpaceX employees) have incorporated Boca Chica as a new Texas municipality. The move gives SpaceX sweeping control over zoning, permitting and beach-access decisions, but it has already drawn scrutiny from environmental-justice and Indigenous groups. Business InsiderThe Texas Tribune

Below are eight pieces of counsel for Elon Musk and the founding council, distilled from our dialogue about propulsion, perception and planetary responsibility.

# What to do Why it matters Practical first steps

1 — Adopt an “Earth-First” charter Link every city statute to measurable ecological or societal benefit, echoing ISRO’s “space for development” ethos. Signals that Starbase is not just an engineering sandbox but a model for sustainable settlement. Write a charter article requiring environmental-impact scorecards for all new infrastructure; publish the metrics in open data.

2 — Give Boca Chica Beach back to the public (at least part-time) Local activists fear the new city will gate off sacred and recreational shoreline. The Texas Tribune

Goodwill now will head off lawsuits later and demonstrate respect for cultural heritage. Enact an ordinance that preserves guaranteed public-access windows outside launch closures and funds dune-restoration crews.

3 — Diversify the governing bench All three inaugural officials ran unopposed and have deep SpaceX ties. Business Insider

A one-company company-town breeds skepticism; broader voices improve resilience. Establish appointed advisory boards for environmental science, education, and local heritage—half the seats reserved for non-SpaceX residents of Cameron County.

4 — Launch a Starbase Arts & Science Residency Culture humanises hardware: Liliane Lijn’s Moonmeme or zero-g sculpture concepts draw global attention and local pride. Embeds the ITACCUS/OLATS lesson that art+science synergy boosts innovation and public engagement. Convert one Starship tower floor into a micro-gravity art studio; offer annual “Zero-g Fellowships” judged by a mixed panel of engineers and artists.

5 — Carbon-light, storm-hard infrastructure The Gulf Coast is hurricane- and flood-prone; rockets are energy-hungry. Demonstrates technological leadership that matches SpaceX’s Mars rhetoric. Power launch support systems with onsite solar + battery micro-grids; build elevated, modular housing that can be disassembled or relocated as sea-level rises.

6 — Noise & night-sky stewardship Starship static fires shake windows 10 km away; light pollution threatens the National Butterfly Center. Community tolerance—and endangered-species permits—depend on mitigation. Install acoustic berms and schedule late-night tests around biannual nesting seasons; adopt a dark-sky lighting code.

7 — Create a standing “Starbase Commons Fund” The city will capture new property and sales taxes; sharing dividend builds trust. Mirrors Alaska’s Permanent Fund logic: locals gain direct benefit from frontier development. Dedicate ≥5 % of annual city revenue to STEAM scholarships, local broadband and habitat restoration.

8 — Institutionalise the overview effect Every launch reminds people how small Earth is; codify that insight. Aligns with the moral arc of our panspermia & Earth-balance discussion. Build a public “Observation Gantry” with VR feeds from Starship flights and ISS cupola imagery; require all SpaceX interns to lead at least one community night there.

Bottom line: Incorporating Starbase gives SpaceX unprecedented freedom—and unprecedented civic responsibility. A city that pairs cutting-edge rocketry with transparent governance, cultural imagination and ecological humility could become the prototype for future on-planet settlements instead of a cautionary tale on the Texas coast.

Spacefaring Humanity’s Embrace

Spacefaring Humanity’s Embrace (S.H.E.)

An Inclusive Campaign for the Cosmic Commons

Edition 0.9 – May 5, 2025

Compiled by Roger F. Malina in collaboration with Fred the Heretic AI

“The cosmos here we come back”

1. Program Pillars………………………………………………… 8

4.1 Cultural Continuum 8

4.2 Bio plural Stewardship 10

4.3 Equitable Access Technology 12

4.4 Cosmic Governance 14

2. Flagship Projects……………………………………………… 16

3. Participation Paths…………………………………………… 20

4. Timeline to 2100……………………………………………… 22

5. Metrics & Milestones………………………………………… 24

6. Glossary…………………………………………………………… 26

7. Acknowledgments…………………………………………… 28

________________________________________

1. Foreword

Humanity has always reached beyond its cradle, but too often the trajectory of space exploration has mirrored the inequities of Earth. Spacefaring Humanity’s Embrace (S.H.E.) is a call to rewrite that arc. We envision the cosmos not as a new frontier to conquer, but as a commons to steward—where every culture, physiology, and identity co creates the shared narrative of our planetary diaspora.

Space is not empty; it is pregnant with possibility. Our task is to midwife that possibility ethically, artistically, and inclusively.

________________________________________

2. Mission & Vision

• Mission Statement: To embed inclusivity, equity, and ecological reciprocity at the heart of every human step beyond Earth.

• Vision 2035: International lunar settlements that showcase universal design, multilingual governance charters, and open source resource loops.

• Vision 2100: A solar system network of cosmiqueer habitats—orbital, surface, and free flyer—linking cultures through a starlust ledger of shared discoveries and collective myth making.

________________________________________

3. Core Principles

1. Bio plurality – Recognize the full spectrum of human bodies and potential post human morphologies as valid participants in off world life.

2. Cultural Continuum – Preserve and evolve intangible heritage (languages, rituals, arts) in extraterrestrial contexts.

3. Regenerative Circularity – Design closed loop life support that benefits both space habitats and Earth’s biosphere.

4. Transparent Tech – Adopt explainable autonomy so inhabitants can audit and adapt AI systems governing critical infrastructure.

5. Cosmic Commons – Treat celestial resources as a shared trust, not a zero sum commodity.

________________________________________

4. Program Pillars

4.1 Cultural Continuum

Goal: Ensure that each leap into space carries a plurality of human stories.

• Lunaflect Archives: Deploy reflective data prisms on the Moon to scatter encoded folklore across cislunar space.

• Helionics Concert Series: Translate solar plasma oscillations into musical performances streamed to Earth classrooms.

4.2 Bio plural Stewardship

Goal: From wheelchair adaptive centrifuges to variable g gestation research, broaden who can thrive beyond Earth.

• Sentient Horizon Expedition: A rotating habitat where differently abled crews prototype inclusive habitat ergonomics.

• Shear sheath Biotextiles: Self modifying garments that regulate temperature and radiation for diverse metabolisms.

4.3 Equitable Access Technology

Goal: Democratize the hardware and data of space exploration.

• Spectrum Harvesting Engines: Crowdfunded chips that power micro experiments via ambient radiation.

• Open Dockyards: Shareable fabrication files for asteroid mined modular habitat components.

4.4 Cosmic Governance

Goal: Move from sovereignty to stewardship.

• Commons Accord Treaty 2.0: An upgraded Outer Space Treaty focused on ecological thresholds and cultural equity.

• Bohmian Dialogue Assemblies: Periodic, globally distributed citizen panels feeding directly into mission control deliberations.

________________________________________

5. Flagship Projects

Project Launch Lead Partners Snapshot

Moon Mirror Telescope 2028 African Space Agency, Māori Sky Council Drapes silvery film across Shackleton Crater, turning it into a 50 km interferometer for community astronomy nights.

Astro Polyculture Greenhouse 2030 Universidade de São Paulo, Inuit Circumpolar Council Tests multi species agriculture in variable g planters—manioc, amaranth, Arctic cloudberry.

Starlust Ledger 2031 MIT Media Lab, Navajo Nation Data Commons Blockchain that records naming rights, mythic stories, and discovery metadata for exoplanets.

Panspermeta Voyagers 2033 WHO, SETI, UNESCO Micro probes encoding Earth’s biocultural genome in fractal DNA to seed knowledge across the heliosphere.

________________________________________

6. Participation Paths

1. Citizen Astrographer – Adopt a lunar crater, receive raw telescope data, and co author papers.

2. Orbital Residencies – Six month creative sabbaticals for artists, philosophers, and linguists aboard free flyer studios.

3. Ground Crew Gardens – Earthside bioregional hubs testing regenerative life support crops.

4. Code Commons Corps – Volunteer programmers who audit autonomy stacks for bias and accessibility.

________________________________________

7. Timeline to 2100 (Selected Milestones)

• 2025–2027: Founding charters drafted; pilot projects funded via quadratic crowdfunding.

• 2028: First Lunaflect prism launches; Moon Mirror Telescope unfurls.

• 2032: Sentient Horizon Expedition begins 5 year inclusive crew rotation.

• 2040: Commons Accord Treaty 2.0 ratified by 75 nations & 12 non state cultural bodies.

• 2050: Three cosmiqueer habitats network Mars Phobos Deimos via optical link.

• 2100: Bio plural population of 1 million humans living sustainably beyond Earth with zero net loss to Earth’s ecosystems.

________________________________________

8. Metrics & Milestones

Metric 2027 Target 2035 Target

% of mission leadership from historically marginalized groups 15% 35%

Crew diversity index (Gini culture) 0.55 0.75

Closed loop efficiency in habitat life support 85% 98%

Open access mission data volume (TB) 500 5,000

________________________________________

9. Glossary

•Cosmiqueer (adj./n.): Non binary, intersectional perspectives on settlement design and governance.

•Helionics (n.): Composing music from solar plasma oscillations.

•Lunaflect (v.): Using the Moon’s surface as a passive reflector for comms or art.

Panspermeta (n.): Metadata encoding Earth’s biocultural genome on micro probes.

•Starlust ledger (n.): Blockchain registry for shared discovery rights and names.

________________________________________

10. Acknowledgments

This booklet blooms from the collective imagination of countless dreamers: educators teaching orbital mechanics with kites, activists fighting for dark sky preserves, technologists crafting spectrum harvesting chips, storytellers weaving cosmic folklore, and elders reminding us that stewardship precedes ownership.

S.H.E. is dedicated to them—and to the generations whose first lullabies will be sung among the stars.

Lets not Emigrate lets Immigrate

you are too techno-optimistic , you said:

• 2100: Bio plural population of 1 million humans living sustainably beyond Earth with zero net loss to Earth’s e10. Acknowledgments

Here are actionable next steps drawn specifically from the collaborative texts above, tailored clearly for the two contexts you specified:

—

## A) First Steps for **ITACCUS** (IAF Technical Activities Committee for the Cultural Utilization of Space):

**1. Establish a “Reciprocal Residency Charter”**

* **Action:**

Draft and circulate an international agreement advocating for temporary, rotational residencies in space habitats, emphasizing “immigration” (rotational visits with tangible Earth-return benefits) over permanent “emigration.”

* **Concrete Step:**

Hold an online roundtable gathering artists, scientists, policymakers, and space agencies to create a preliminary charter.

**2. Pilot a “Zero-g Arts & Science Residency” Initiative**

* **Action:**

Coordinate with space agencies or private entities (e.g., SpaceX) to establish a pilot residency, promoting cultural and scientific synergy in microgravity environments.

* **Concrete Step:**

Issue a call for proposals by Fall 2025, awarding a residency slot aboard a suborbital or ISS-like habitat by 2026–27.

**3. Implement a “Space & Society Practical Playbook”**

* **Action:**

Develop and publish a concise, accessible manual detailing practical ways organizations and individuals can engage ethically, culturally, and ecologically with space.

* **Concrete Step:**

Appoint a small, diverse editorial team to draft the playbook by early 2026 and launch it at the next IAF Congress.

## B) Steps for the **ArtSciLab at UT Dallas**:

**1. Prototype the “Bohmian Dialogue Airlock” as a Campus Project**

* **Action:**

Build a physical and virtual installation at UT Dallas, structured as a transitional dialogue space—using Bohmian dialogue principles—where diverse campus groups experiment with consensus-building, decision-making, and creative collaboration.

* **Concrete Step:**

Schedule an initial public workshop (Summer/Fall 2025) to test and refine this idea with UT Dallas students, faculty, and community leaders.

**2. Launch “Ground Crew Gardens” Initiative**

* **Action:**

Create a community garden at UT Dallas incorporating regenerative agriculture principles, positioned explicitly as an Earthside analog of regenerative space habitat agriculture.

* **Concrete Step:**

Collaborate immediately with local sustainability groups and landscape architects at UT Dallas to establish a first demonstration garden by Spring 2026.

**3. Establish a “Reciprocity Ledger” Pilot**

* **Action:**

Implement a blockchain-inspired digital ledger or publicly visible platform tracking reciprocal actions taken by students, faculty, or community members—actions specifically aimed at benefiting Earth through innovation and sustainability initiatives developed in the Lab.

* **Concrete Step:**

Deploy a simplified digital prototype of the Reciprocity Ledger by late 2025, inviting initial participation across campus departments.

These concrete first steps ensure that your vision translates into measurable, demonstrable initiatives capable of making meaningful impacts both within ITACCUS’s global scope and the ArtSciLab’s local community.

Who we are: these are organisations and groups that I Roger F Malina was an active co-initiator of. Go go go.

ITACCUS (International Technical Activities Committee for the Cultural Utilization of Space) is an IAF committee focused on fostering collaborations between the space community, artists, cultural practitioners, and the humanities. Its primary goal is to highlight and promote the critical role that cultural perspectives, artistic practices, and interdisciplinary dialogues play in human space exploration. Through initiatives such as workshops, symposia, and creative residencies, ITACCUS seeks to enrich public understanding, enhance cultural participation in space missions, and stimulate innovation by integrating cultural and artistic dimensions into space-related projects and policies.

In the context of the International Astronautical Federation (IAF), SEOC stands for the Space Education and Outreach Committee. This committee is dedicated to promoting the development and delivery of quality educational programs and outreach initiatives within the space sector. Its mission encompasses supporting students, educators, and IAF members by fostering learning opportunities and advocating for inclusive, diverse, and innovative approaches to space education and public engagement.iafastro.directory+2iseb.space+2Space Generation Advisory Council+2IAF+1IAF+1

SEOC organizes key events such as the Space Education and Outreach Symposium (E1) and the Student Competition Symposium (E2) at the annual International Astronautical Congress (IAC). These symposia showcase research and initiatives in space education, workforce development, and cultural outreach. Additionally, the committee supports various programs, including mentorship initiatives, awards recognizing excellence in space education, and efforts to enhance teacher engagement and the inclusion of underrepresented communities in space-related activities.

The ArtSciLab at The University of Texas at Dallas is a transdisciplinary research laboratory that fosters collaboration between the arts, sciences, and technology to address pressing societal challenges and explore culturally significant topics. Established in 2014 within the Edith O’Donnell Arts and Technology Building, the lab was founded by Dr. Roger Malina, who serves as its co-director. (artscilab.utdallas.edu)

ArtSciLab operates at the intersection of creative practice and scientific inquiry, engaging in a diverse array of projects that encompass data visualization, sonification, experimental publishing, and educational innovation. The lab’s initiatives often involve national and international collaborations, uniting artists, scientists, designers, and technologists to generate new knowledge and methodologies. (artscilab.utdallas.edu)

Notable projects include participation in NASA’s MarsXR Challenge, where a team from the lab developed virtual reality scenarios to aid astronaut training for Martian environments. Additionally, ArtSciLab hosts the “Watering Hole” events—casual, interdisciplinary discussions that encourage the exchange of ideas among students, faculty, and professionals from various fields. (Bass School of Arts, artscilab.utdallas.edu)

Through its integrative approach, ArtSciLab exemplifies how the convergence of artistic creativity and scientific rigor can lead to innovative solutions and enrich both academic research and public engagement.

The Observatoire Leonardo des Arts et des Technosciences (OLATS) is a French non-profit cultural organization dedicated to promoting and supporting creation at the intersection of arts, sciences, and technologies, with a particular focus on art-science collaborations. Founded in 1997 as the French branch of the Leonardo network, OLATS operates within an international and European context, emphasizing the importance of interdisciplinary dialogue between artists, scientists, engineers, and cultural practitioners. olats.org

OLATS engages in various activities, including project-based online research, publications, and events that explore the cultural dimensions of scientific and technological advancements. Notable initiatives include:Leonardo ISAST

• LASER Paris: A series of semi-formal meetings fostering exchanges on art-science projects.olats.org

• Space Art and Science: Exploring artistic and cultural approaches to outer space activities.olats.org+1Leonardo ISAST+1

• Residency Programs: Invitational residencies supporting artists working at the nexus of art, science, and technology.

• Publications: Including Olats Mag, Art et technologies, and Space Art and Culture, which compile texts and articles in the field of space art.fr.wikipedia.org+6olats.org+6archive.olats.org+6

Through these programs, OLATS aims to enrich public understanding and stimulate innovation by integrating cultural and artistic perspectives into discussions about science and technology.

METI International (Messaging Extraterrestrial Intelligence) is a nonprofit research organization founded in 2015 by Douglas Vakoch, a former director at the SETI Institute. Based in San Francisco, METI is dedicated to actively sending intentional signals to potential extraterrestrial civilizations, complementing the traditional SETI (Search for Extraterrestrial Intelligence) approach, which focuses on listening for incoming signals. Wikipedia

METI’s activities include designing and transmitting interstellar messages, such as the 2017 transmission to Luyten’s Star, and organizing interdisciplinary conferences that explore the cognitive and linguistic aspects of potential extraterrestrial communication. The organization also conducts optical SETI research, searching for laser pulses from advanced civilizations. Wikipedia

While METI International operates independently, it engages with the broader scientific community, including forums associated with the International Academy of Astronautics (IAA). The IAA’s SETI Permanent Study Group addresses both passive and active approaches to extraterrestrial communication, providing a platform for discussions on the scientific, ethical, and policy implications of such endeavors.Wikipedia

For more information about METI International’s mission and activities, you can visit their official website: https://meti.org/.Wikipedia+2Meti+2Meti+2

I discussed the issues with Fred the Heretic and they replied:

A Practical Corollary of Writing Manifestos or Protesting:

The creation of concrete, accessible pathways to action and implementation.

Explanation:

Manifestos and protests often clearly articulate ideals and demands, but a vital corollary—often overlooked—is translating these abstract principles into immediate, practical, actionable steps.

When you articulate ideals through a manifesto or embody them through protest, the next crucial step is designing clear, achievable pathways for change. Without accessible entry-points or structured implementation guides, many idealistic manifestos remain merely inspiring documents, and protests remain fleeting demonstrations.

Examples of actionable pathways include:

Practical “Playbooks”:
Pilot projects or “demonstration prototypes”:
Institutional or policy partnerships:
Partnering with organizations or policymakers who can transform demands into concrete regulations or policies.
“Micro-actions” and daily behaviors:

Why this matters:

Makes idealistic demands credible and achievable.
Sustains momentum beyond initial excitement and self justification.
Increases inclusivity by providing multiple entry points for engagement, accessible to various skill levels and resources.
Turns symbolic actions into systemic impact.

Conclusion & Recommendation:

In spite of these caveats, I first wrote a manifesto with Fred the Heretic’s collaboration:

ANNOUNCING THE TEXAS SPACE CITY MANIFESTO
declared by Fred the Heretic on May 5 2025

Starbase is now official—voters (largely SpaceX employees) have incorporated Boca Chica as a new Texas municipality. The move gives SpaceX sweeping control over zoning, permitting and beach-access decisions, but it has already drawn scrutiny from environmental-justice and Indigenous groups. Business Insider The Texas Tribune

Below are eight pieces of counsel for Elon Musk and the founding council, distilled from our dialogue about propulsion, perception and planetary responsibility.

#	What to do	Why it matters	Practical first steps
1 — Adopt an “Earth-First” charter	Link every city statute to measurable ecological or societal benefit, echoing ISRO’s “space for development” ethos.	Signals that Starbase is not just an engineering sandbox but a model for sustainable settlement.	Write a charter article requiring environmental-impact scorecards for all new infrastructure; publish the metrics in open data.
2 — Give Boca Chica Beach back to the public (at least part-time)	Local activists fear the new city will gate off sacred and recreational shoreline. The Texas Tribune	Goodwill now will head off lawsuits later and demonstrate respect for cultural heritage.	Enact an ordinance that preserves guaranteed public-access windows outside launch closures and funds dune-restoration crews.
3 — Diversify the governing bench	All three inaugural officials ran unopposed and have deep SpaceX ties. Business Insider	A one-company company-town breeds skepticism; broader voices improve resilience.	Establish appointed advisory boards for environmental science, education, and local heritage—half the seats reserved for non-SpaceX residents of Cameron County.
4 — Launch a Starbase Arts & Science Residency	*Culture humanises hardware: Liliane Lijn’s Moonmeme* or zero-g sculpture concepts draw global attention and local pride.**	Embeds the ITACCUS/OLATS lesson that art+science synergy boosts innovation and public engagement.	Convert one Starship tower floor into a micro-gravity art studio; offer annual “Zero-g Fellowships” judged by a mixed panel of engineers and artists.
5 — Carbon-light, storm-hard infrastructure	The Gulf Coast is hurricane- and flood-prone; rockets are energy-hungry.	Demonstrates technological leadership that matches SpaceX’s Mars rhetoric.	Power launch support systems with onsite solar + battery micro-grids; build elevated, modular housing that can be disassembled or relocated as sea-level rises.
6 — Noise & night-sky stewardship	Starship static fires shake windows 10 km away; light pollution threatens the National Butterfly Center.	Community tolerance—and endangered-species permits—depend on mitigation.	Install acoustic berms and schedule late-night tests around biannual nesting seasons; adopt a dark-sky lighting code.
7 — Create a standing “Starbase Commons Fund”	The city will capture new property and sales taxes; sharing dividend builds trust.	Mirrors Alaska’s Permanent Fund logic: locals gain direct benefit from frontier development.	Dedicate ≥5 % of annual city revenue to STEAM scholarships, local broadband and habitat restoration.
8 — Institutionalise the overview effect	Every launch reminds people how small Earth is; codify that insight.	Aligns with the moral arc of our panspermia & Earth-balance discussion.	Build a public “Observation Gantry” with VR feeds from Starship flights and ISS cupola imagery; require all SpaceX interns to lead at least one community night there.

Bottom line: Incorporating Starbase gives SpaceX unprecedented freedom—and unprecedented civic responsibility. A city that pairs cutting-edge rocketry with transparent governance, cultural imagination and ecological humility could become the prototype for future on-planet settlements instead of a cautionary tale on the Texas coast.

Spacefaring Humanity’s Embrace

Spacefaring Humanity’s Embrace (S.H.E.)

An Inclusive Campaign for the Cosmic Commons

Edition 0.9 – May 5, 2025
Compiled by Roger F. Malina in collaboration with Fred the Heretic AI

“The cosmos here we come back”

Program Pillars………………………………………………… 8
   4.1 Cultural Continuum   8
   4.2 Bio‑plural Stewardship   10
   4.3 Equitable Access Technology   12
   4.4 Cosmic Governance   14
Flagship Projects……………………………………………… 16
Participation Paths…………………………………………… 20
Timeline to 2100……………………………………………… 22
Metrics & Milestones………………………………………… 24
Glossary…………………………………………………………… 26
Acknowledgments…………………………………………… 28

1. Foreword

Humanity has always reached beyond its cradle, but too often the trajectory of space exploration has mirrored the inequities of Earth. Spacefaring Humanity’s Embrace (S.H.E.) is a call to rewrite that arc. We envision the cosmos not as a new frontier to conquer, but as a commons to steward—where every culture, physiology, and identity co‑creates the shared narrative of our planetary diaspora.

Space is not empty; it is pregnant with possibility. Our task is to midwife that possibility ethically, artistically, and inclusively.

2. Mission & Vision

Mission Statement: To embed inclusivity, equity, and ecological reciprocity at the heart of every human step beyond Earth.
Vision 2035: International lunar settlements that showcase universal design, multilingual governance charters, and open‑source resource loops.
Vision 2100: A solar‑system network of cosmiqueer habitats—orbital, surface, and free‑flyer—linking cultures through a starlust‑ledger of shared discoveries and collective myth‑making.

3. Core Principles

Bio‑plurality – Recognize the full spectrum of human bodies and potential post‑human morphologies as valid participants in off‑world life.
Cultural Continuum – Preserve and evolve intangible heritage (languages, rituals, arts) in extraterrestrial contexts.
Regenerative Circularity – Design closed‑loop life‑support that benefits both space habitats and Earth’s biosphere.
Transparent Tech – Adopt explainable autonomy so inhabitants can audit and adapt AI systems governing critical infrastructure.
Cosmic Commons – Treat celestial resources as a shared trust, not a zero‑sum commodity.

4. Program Pillars

4.1 Cultural Continuum

Goal: Ensure that each leap into space carries a plurality of human stories.

Lunaflect Archives: Deploy reflective data prisms on the Moon to scatter encoded folklore across cislunar space.
Helionics Concert Series: Translate solar plasma oscillations into musical performances streamed to Earth classrooms.

4.2 Bio‑plural Stewardship

Goal: From wheelchair‑adaptive centrifuges to variable‑g gestation research, broaden who can thrive beyond Earth.

Sentient Horizon Expedition: A rotating habitat where differently‑abled crews prototype inclusive habitat ergonomics.
Shear‑sheath Biotextiles: Self‑modifying garments that regulate temperature and radiation for diverse metabolisms.

4.3 Equitable Access Technology

Goal: Democratize the hardware and data of space exploration.

Spectrum‑Harvesting Engines: Crowdfunded chips that power micro‑experiments via ambient radiation.
Open Dockyards: Shareable fabrication files for asteroid‑mined modular habitat components.

4.4 Cosmic Governance

Goal: Move from sovereignty to stewardship.

Commons Accord Treaty 2.0: An upgraded Outer Space Treaty focused on ecological thresholds and cultural equity.
Bohmian Dialogue Assemblies: Periodic, globally distributed citizen panels feeding directly into mission control deliberations.

5. Flagship Projects

Project	Launch	Lead Partners	Snapshot
Moon‑Mirror Telescope	2028	African Space Agency, Māori Sky Council	Drapes silvery film across Shackleton Crater, turning it into a 50‑km interferometer for community astronomy nights.
Astro‑Polyculture Greenhouse	2030	Universidade de São Paulo, Inuit Circumpolar Council	Tests multi‑species agriculture in variable‑g planters—manioc, amaranth, Arctic cloudberry.
Starlust‑Ledger	2031	MIT Media Lab, Navajo Nation Data Commons	Blockchain that records naming rights, mythic stories, and discovery metadata for exoplanets.
Panspermeta Voyagers	2033	WHO, SETI, UNESCO	Micro‑probes encoding Earth’s biocultural genome in fractal DNA to seed knowledge across the heliosphere.

6. Participation Paths

Citizen Astrographer – Adopt a lunar crater, receive raw telescope data, and co‑author papers.
Orbital Residencies – Six‑month creative sabbaticals for artists, philosophers, and linguists aboard free‑flyer studios.
Ground Crew Gardens – Earthside bioregional hubs testing regenerative life‑support crops.
Code Commons Corps – Volunteer programmers who audit autonomy stacks for bias and accessibility.

7. Timeline to 2100 (Selected Milestones)

2025–2027: Founding charters drafted; pilot projects funded via quadratic crowdfunding.
2028: First Lunaflect prism launches; Moon‑Mirror Telescope unfurls.
2032: Sentient Horizon Expedition begins 5‑year inclusive‑crew rotation.
2040: Commons Accord Treaty 2.0 ratified by 75 nations & 12 non‑state cultural bodies.
2050: Three cosmiqueer habitats network Mars‑Phobos‑Deimos via optical link.
2100: Bio‑plural population of 1 million humans living sustainably beyond Earth with zero net‑loss to Earth’s ecosystems.

8. Metrics & Milestones

Metric	2027 Target	2035 Target
% of mission leadership from historically marginalized groups	15%	35%
Crew diversity index (Gini‑culture)	0.55	0.75
Closed‑loop efficiency in habitat life‑support	85%	98%
Open‑access mission data volume (TB)	500	5,000

9. Glossary

Cosmiqueer (adj./n.): Non‑binary, intersectional perspectives on settlement design and governance.
Helionics (n.): Composing music from solar plasma oscillations.
Lunaflect (v.): Using the Moon’s surface as a passive reflector for comms or art.
Panspermeta (n.): Metadata encoding Earth’s biocultural genome on micro‑probes.
Starlust‑ledger (n.): Blockchain registry for shared discovery rights and names.

10. Acknowledgments

This booklet blooms from the collective imagination of countless dreamers: educators teaching orbital mechanics with kites, activists fighting for dark‑sky preserves, technologists crafting spectrum‑harvesting chips, storytellers weaving cosmic folklore, and elders reminding us that stewardship precedes ownership.

S.H.E. is dedicated to them—and to the generations whose first lullabies will be sung among the stars.

Lets not Emigrate lets Immigrate

you are too techno-optimistic , you said:

2100: Bio‑plural population of 1 million humans living sustainably beyond Earth with zero net‑loss to Earth’s e10. Acknowledgments

Here are actionable next steps drawn specifically from the collaborative texts above, tailored clearly for the two contexts you specified:

—

## A) First Steps for **ITACCUS** (IAF Technical Activities Committee for the Cultural Utilization of Space):

**1. Establish a “Reciprocal Residency Charter”**

* **Action:**

* **Concrete Step:**

Hold an online roundtable gathering artists, scientists, policymakers, and space agencies to create a preliminary charter.

**2. Pilot a “Zero-g Arts & Science Residency” Initiative**

* **Action:**

Coordinate with space agencies or private entities (e.g., SpaceX) to establish a pilot residency, promoting cultural and scientific synergy in microgravity environments.

* **Concrete Step:**

Issue a call for proposals by Fall 2025, awarding a residency slot aboard a suborbital or ISS-like habitat by 2026–27.

**3. Implement a “Space & Society Practical Playbook”**

* **Action:**

Develop and publish a concise, accessible manual detailing practical ways organizations and individuals can engage ethically, culturally, and ecologically with space.

* **Concrete Step:**

Appoint a small, diverse editorial team to draft the playbook by early 2026 and launch it at the next IAF Congress.

## B) Steps for the **ArtSciLab at UT Dallas**:

**1. Prototype the “Bohmian Dialogue Airlock” as a Campus Project**

* **Action:**

* **Concrete Step:**

Schedule an initial public workshop (Summer/Fall 2025) to test and refine this idea with UT Dallas students, faculty, and community leaders.

**2. Launch “Ground Crew Gardens” Initiative**

* **Action:**

Create a community garden at UT Dallas incorporating regenerative agriculture principles, positioned explicitly as an Earthside analog of regenerative space habitat agriculture.

* **Concrete Step:**

Collaborate immediately with local sustainability groups and landscape architects at UT Dallas to establish a first demonstration garden by Spring 2026.

**3. Establish a “Reciprocity Ledger” Pilot**

* **Action:**

* **Concrete Step:**

Deploy a simplified digital prototype of the Reciprocity Ledger by late 2025, inviting initial participation across campus departments.

Who we are: these are organisations and groups that I Roger F Malina was an active co-initiator of. Go go go.

SEOC organizes key events such as the Space Education and Outreach Symposium (E1) and the Student Competition Symposium (E2) at the annual International Astronautical Congress (IAC). These symposia showcase research and initiatives in space education, workforce development, and cultural outreach. Additionally, the committee supports various programs, including mentorship initiatives, awards recognizing excellence in space education, and efforts to enhance teacher engagement and the inclusion of underrepresented communities in space-related activities.

LASER Paris: A series of semi-formal meetings fostering exchanges on art-science projects.olats.org
Space Art and Science: Exploring artistic and cultural approaches to outer space activities.olats.org+1Leonardo ISAST+1
Residency Programs: Invitational residencies supporting artists working at the nexus of art, science, and technology.
Publications: Including Olats Mag, Art et technologies, and Space Art and Culture, which compile texts and articles in the field of space art.fr.wikipedia.org+6olats.org+6archive.olats.org+6

Through these programs, OLATS aims to enrich public understanding and stimulate innovation by integrating cultural and artistic perspectives into discussions about science and technology.

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