1. Introduction

Cosmic Neural-Rights Governance is an emerging interdisciplinary legal and philosophical framework concerned with the protection, regulation and governance of neural activity, human consciousness, cognitive liberty, mental privacy and neurotechnological systems, including their potential application in outer space and future extraterrestrial environments.

The concept combines three important areas:

Neural Rights: Protection of the human brain, mental privacy, cognitive liberty, psychological integrity and personal identity.

Cosmic Governance: Legal and ethical regulation of human activity beyond Earth, including space habitats, extraterrestrial research and advanced space technologies.

Accountability Governance: Establishing responsibility for governments, corporations, scientists, technology developers and institutions that collect, analyse, influence or manipulate neural information.

The central proposition is that technological progress must not destroy the individual's right to control their own mental processes.

Importantly, Cosmic Neural-Rights Governance is not currently a universally recognised independent legal doctrine. It is a proposed normative framework that can be developed using existing constitutional rights, human-rights law, neuroscience ethics, data-protection principles and international space law.

2. Meaning and Nature of Neural Rights

Neural rights, sometimes called neurorights, concern the protection of the human brain and mental processes against unauthorised technological interference.

They become particularly important with the development of:

Brain-computer interfaces (BCIs).

Neural implants and neuroprosthetics.

Artificial-intelligence-based brain monitoring.

Neuroimaging and brain-data analytics.

Cognitive enhancement technologies.

Neural stimulation and behavioural modification.

Technologies capable of interpreting neural signals.

Five major dimensions can be identified.

A. Mental privacy

Individuals should have protection against unauthorised access to brain-generated information, including neural patterns that may reveal thoughts, emotions, intentions or cognitive conditions.

B. Cognitive liberty

Individuals should have freedom to determine whether and how their mental processes are technologically influenced.

C. Mental integrity

People should be protected against harmful, coercive or unauthorised neurological intervention.

D. Psychological continuity and personal identity

Neurotechnology should not arbitrarily interfere with an individual's sense of identity, memory or psychological autonomy.

E. Equal access and non-discrimination

Neural information should not become a mechanism for discrimination in employment, education, insurance, healthcare or public administration.

3. Why the Cosmic Dimension Matters

The cosmic dimension expands neural-rights governance beyond ordinary terrestrial applications.

Consider a future space station or lunar settlement where astronauts use neural implants to control robotic equipment, regulate stress, operate spacecraft or communicate through brain-computer interfaces.

Such technologies could create difficult legal questions:

Can a space agency continuously monitor an astronaut's neural activity?

Can an employer require neural enhancement as a condition of employment?

Can an astronaut refuse experimental brain stimulation?

Who owns neural information collected during a space mission?

Can a private space corporation commercially exploit cognitive data?

Who is responsible if a neural interface causes psychological injury?

What legal remedies exist when neural manipulation occurs beyond Earth's territory?

These questions illustrate why traditional privacy and medical-consent principles may need to be developed into a more comprehensive governance framework.

4. International Legal Framework

A. Universal Declaration of Human Rights, 1948

The UDHR provides foundational protection through:

Article 1: Human dignity and equality.

Article 3: Right to life, liberty and security.

Article 12: Protection against arbitrary interference with privacy.

Article 18: Freedom of thought, conscience and belief.

These provisions can support protection against coercive neural surveillance and unauthorised interference with mental autonomy.

B. International Covenant on Civil and Political Rights, 1966

The ICCPR is particularly relevant:

C. Outer Space Treaty, 1967

The Outer Space Treaty supplies the international legal foundation for the cosmic dimension.

Its most important provisions are:

Article I: Exploration and use of outer space must benefit all countries.

Article III: Space activities must comply with international law and the UN Charter.

Article V: Astronauts are regarded as envoys of mankind, and States must assist them.

Article VI: States bear international responsibility for national space activities, including private activities, and must authorise and continually supervise non-governmental activities.

Article VIII: The State of registry retains jurisdiction and control over its space objects and personnel.

These provisions provide a basis for extending human-rights safeguards and regulatory supervision to neurotechnological activities conducted in space.

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D. Convention on Human Rights and Biomedicine, 1997

The Oviedo Convention is relevant to the governance of neurological experimentation, medical intervention, informed consent and protection of human dignity.

Its principles can inform safeguards for neural implants, experimental cognitive enhancement and neurological research.

5. Detailed Case Laws and Judicial Principles

Although there is no established body of judicial decisions specifically concerning Cosmic Neural-Rights Governance, several important judgments provide the legal foundations for developing it.

Case 1. Girardi v. Emotiv Inc. (2023)

Landmark neurorights decision

Court: Supreme Court of Chile
Date: 9 August 2023
Case No.: Rol 105.065-2023

Facts:

Guido Girardi used the Emotiv Insight neurotechnology headset, which records electrical brain activity.

Concerns arose regarding the storage, processing and possible use of the user's brain data by the technology company.

The dispute raised questions about the protection of neural information, informed consent and mental privacy.

Judgment:

The Chilean Supreme Court accepted the constitutional protection claim and ordered regulatory authorities to examine the device's commercialisation and use. The judgment addressed the protection of brain information and the need for appropriate consent and regulatory safeguards.

Legal principles:

Brain-derived information deserves meaningful privacy protection.

Neurotechnology must comply with constitutional guarantees.

Consent must be meaningful and informed.

Commercial exploitation of neural information requires appropriate legal safeguards.

Public authorities have a responsibility to examine risks arising from neurotechnology.

Relevance to Cosmic Neural-Rights Governance:

This judgment offers a foundation for protecting astronauts and space workers whose neural information might be collected by privately operated neurotechnology systems.

A space corporation should not be allowed to treat an astronaut's brain activity as unrestricted commercial property.

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Case 2. Justice K.S. Puttaswamy v. Union of India (2017)

Court: Supreme Court of India
Citation: (2017) 10 SCC 1

Facts:

The case concerned the constitutional validity and implications of the Aadhaar identification framework and the broader question of whether privacy is a fundamental right.

Judgment:

The nine-judge Constitution Bench unanimously recognised privacy as a fundamental right under Article 21 and other freedoms guaranteed by Part III of the Indian Constitution.

Important principles:

Informational privacy.

Bodily autonomy.

Individual dignity.

Decisional autonomy.

Personal liberty.

Protection against disproportionate State interference.

Relevance to neural rights:

Neural data can reveal deeply personal information about individuals. The constitutional privacy framework established in Puttaswamy can support legal challenges against disproportionate collection, processing or disclosure of neural information.

In an Indian space programme, compulsory neural monitoring of astronauts would therefore require a constitutionally defensible justification, appropriate safeguards and proportionality.

Case 3. Selvi v. State of Karnataka (2010)

Court: Supreme Court of India
Citation: (2010) 7 SCC 263

Facts:

The case concerned the involuntary administration of narcoanalysis, polygraph examinations and brain electrical activation profile tests during criminal investigations.

Judgment:

The Supreme Court held that involuntary administration of these techniques violated constitutional protections under Articles 20(3) and 21.

Important principles:

Mental privacy deserves constitutional protection.

Individuals have protection against compelled testimonial techniques.

Personal autonomy includes protection against involuntary interference with cognitive processes.

Scientific investigative methods must comply with constitutional safeguards.

Relevance to cosmic neural-rights governance:

A space agency should not compel an astronaut to undergo experimental neural interrogation or cognitive extraction merely because the individual is participating in a government mission.

This judgment is particularly important for preventing coercive brain-monitoring practices.

Case 4. National Legal Services Authority v. Union of India (2014)

Court: Supreme Court of India
Citation: (2014) 5 SCC 438

Facts:

The case concerned constitutional recognition and protection of transgender persons and their gender identity.

Judgment:

The Court recognised the importance of dignity, identity, autonomy and equal protection under the Constitution.

Relevance:

The judgment offers a broader constitutional foundation for protecting personal identity against technological interference.

For example, neural enhancement or cognitive modification should not become a mechanism for imposing State-defined standards of normality or acceptable personality.

Case 5. Common Cause v. Union of India (2018)

Court: Supreme Court of India
Citation: (2018) 5 SCC 1

Facts:

The case concerned passive euthanasia and advance medical directives.

Judgment:

The Supreme Court recognised dignity, autonomy and the importance of individual choice in end-of-life decisions.

Relevance:

The judgment supports the broader principle that medical and technological interventions affecting the human body must respect individual autonomy.

That principle is relevant to neural implants, cognitive enhancement and experimental neurological procedures in space missions.

Case 6. S. and Marper v. United Kingdom (2008)

Court: European Court of Human Rights
Application Nos.: 30562/04 and 30566/04

Facts:

The case concerned the indefinite retention of fingerprints, cellular samples and DNA profiles of individuals who had not been convicted.

Judgment:

The Court found a violation of Article 8 of the European Convention on Human Rights.

Relevance:

The judgment provides an important analogy for neural-data retention.

If the indefinite retention of biometric information can interfere with privacy, long-term storage of highly revealing neural information also requires rigorous justification and safeguards.

Case 7. Bărbulescu v. Romania (2017)

Court: European Court of Human Rights
Application No.: 61496/08

Facts:

The dispute concerned employer monitoring of an employee's workplace communications.

Judgment:

The Grand Chamber emphasised that workplace monitoring must be assessed through appropriate privacy safeguards and proportionality.

Relevance:

This principle can inform regulation of employers or space agencies monitoring astronauts' cognitive performance, neural signals and psychological responses.

It does not itself establish a right against brain monitoring, but provides a useful workplace-privacy analogy.

6. Constitutional Foundations of Cosmic Neural-Rights Governance in India

India does not presently recognise a separate constitutional right called Cosmic Neural-Rights Governance. However, several constitutional guarantees can provide the foundation for its development.

Relationship with Indian legislation

1. Digital Personal Data Protection Act, 2023

The Act provides a framework for processing digital personal data. Identifiable neural information may fall within its scope, subject to the statutory definitions, applicability and exemptions.

2. Information Technology Act, 2000

Its provisions concerning unauthorised access, data-related offences and compensation may become relevant where applicable to misuse of digital neural information.

3. Mental Healthcare Act, 2017

The Act's provisions concerning mental healthcare, confidentiality, informed consent and patient rights can inform the protection of people undergoing neurological treatment.

4. Biomedical and research regulation

Medical research, clinical investigations and human experimentation must be assessed under applicable biomedical, medical-device and research-ethics requirements.

5. Indian space law and institutional governance

India's space activities, including private-sector participation, require appropriate authorisation and supervision. Neural technologies used in space missions should also be covered by mission-specific safety, privacy and research protocols.

7. Core Principles of Cosmic Neural-Rights Governance

A comprehensive doctrine could be organised around ten principles.

Principle 1: Cognitive Sovereignty

Every individual should retain meaningful control over their own mental processes.

Neither a government nor a private space corporation should have unrestricted authority to manipulate an individual's cognitive functions.

Principle 2: Neural Data Sovereignty

Neural information should receive strong protection against unauthorised collection, processing, commercialisation and disclosure.

Special safeguards should apply to information capable of revealing:

Emotional conditions.

Cognitive patterns.

Mental responses.

Personal memories.

Behavioural tendencies.

Neurological vulnerabilities.

Principle 3: Informed Neural Consent

Consent to neural monitoring and experimentation must be informed, voluntary, specific and appropriately documented.

An astronaut's acceptance of a space mission should not automatically constitute consent to every neurological experiment conducted during that mission.

Principle 4: Freedom from Neural Manipulation

Neurotechnology should not be used for coercive behavioural modification, involuntary cognitive enhancement or unauthorised alteration of mental states.

Principle 5: Psychological Integrity

Space agencies and technology companies should assess the psychological and neurological consequences of neural interventions.

Principle 6: Algorithmic Transparency

AI systems analysing neural activity should be subject to appropriate transparency, auditability, reliability and human-oversight requirements.

Principle 7: Non-Discrimination

Neural information should not be used arbitrarily to exclude astronauts, employees, researchers or other individuals from opportunities.

Principle 8: Intergenerational Cognitive Protection

Future generations should not be exposed to irreversible or inadequately tested neurological interventions merely to achieve technological or commercial advantages.

Principle 9: Extraterrestrial Human Dignity

Human dignity and fundamental rights should not disappear when an individual leaves Earth's territory.

Principle 10: Universal Accountability

Governments, international organisations, private corporations and technology developers should be subject to clearly allocated responsibilities.

8. Institutional Governance Architecture

Cosmic Neural-Rights Governance requires cooperation between national governments, international institutions, scientific organisations and private technology companies.

Proposed governance structure

International Cosmic Neural-Rights Framework

Common human-rights and neurotechnology standards

National Governments

Constitutional protection and legislation

Space Regulators

Mission authorisation and supervision

Neuroethics Boards

Consent and scientific review

Independent Auditors

Neural-data and AI accountability

Protected Individuals

Astronauts, researchers, space workers and future space inhabitants

Proposed institutional responsibilities

This is a proposed institutional arrangement, not an existing UN-established neurorights authority.

9. Accountability and Liability Mechanisms

One of the most important dimensions is determining who becomes legally responsible when neural technologies cause harm.

A. Government accountability

A government may face constitutional or administrative scrutiny where it:

Authorises unlawful neural experimentation.

Conducts disproportionate neural surveillance.

Fails to protect sensitive neural information.

Permits coercive cognitive modification.

Neglects appropriate safety supervision.

B. Corporate accountability

Private neurotechnology companies may face liability for:

Unauthorised collection of neural information.

Misuse of neural datasets.

Negligent product design.

Inadequate cybersecurity.

Misrepresentation of technological capabilities.

Unlawful disclosure to third parties.

C. Scientific accountability

Researchers should be accountable for ethical violations, inadequate consent procedures, unsafe experiments and improper handling of research data.

D. Space-agency accountability

Space agencies should establish procedures for investigating neurological injury, system failure, unauthorised neural interventions and breaches of mission confidentiality.

E. AI developer accountability

Developers should maintain adequate records of neural-data processing, model limitations, safety testing and decisions made using neural predictions.

F. International State responsibility

Article VI of the Outer Space Treaty is particularly important because States remain internationally responsible for national space activities, including those conducted by non-governmental entities. The treaty also requires authorisation and continuing supervision of private space activities.

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10. Hypothetical Legal Situations

The following examples illustrate how the proposed doctrine could operate.

Situation A: Compulsory neural enhancement

A private space company requires astronauts to undergo brain stimulation to improve concentration before a lunar mission.

Legal questions:

Is consent genuinely voluntary?

Is the intervention medically justified?

Is refusal grounds for discriminatory exclusion?

Who bears responsibility for neurological injury?

Proposed legal outcome: Require independent safety review, informed consent and protection against unjustified coercion.

Situation B: Commercial exploitation of astronaut brain data

A corporation collects neural signals during a Mars simulation and sells behavioural predictions to commercial advertisers.

Legal questions:

Was the collection authorised?

Was commercial processing disclosed?

Was consent sufficiently specific?

Were retention and third-party sharing lawful?

Proposed legal outcome: Apply relevant privacy and data-protection rules, require accountability and provide remedies for unlawful processing.

Situation C: AI-based cognitive surveillance

A space agency deploys an AI system that continuously evaluates astronauts' emotional and cognitive states.

Legal questions:

Is continuous monitoring necessary?

Are the predictions sufficiently reliable?

Can the astronaut challenge an adverse decision?

Is there human oversight?

Proposed legal outcome: Apply necessity, proportionality, transparency, data minimisation and independent review.

Situation D: Neural injury in an extraterrestrial habitat

An experimental brain-computer interface malfunctions on a lunar research station, causing neurological injury.

Legal questions:

Which State has jurisdiction?

Which company designed the device?

Was the experiment properly authorised?

Which medical and compensation mechanisms apply?

Proposed legal outcome: Examine the applicable national jurisdiction, space agreements, product-liability law, contractual obligations and international responsibilities.

Article VIII of the Outer Space Treaty and the International Space Station's jurisdictional arrangements provide important starting points for these questions.

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11. Major Challenges

12. Relationship Between Existing Case Law and the Proposed Doctrine

The following comparative framework illustrates how established judicial principles can contribute to the development of Cosmic Neural-Rights Governance.

These decisions do not collectively establish a legally recognised Cosmic Neural-Rights Doctrine. They provide legal analogies and constitutional principles from which such a framework could be developed.

13. Future Development: A Cosmic Neural-Rights Treaty

An international treaty specifically addressing neural rights in space could contain the following proposed provisions:

Recognition of mental privacy as a fundamental human-rights interest.

Protection of neural information against unauthorised commercial exploitation.

Prohibition of involuntary cognitive manipulation.

Mandatory consent for experimental neural interventions.

Independent supervision of neurotechnology in space missions.

Protection against AI-based cognitive discrimination.

International cooperation in investigating neurological injuries.

Compensation mechanisms for victims of unlawful neural interventions.

Special protections for astronauts and vulnerable space populations.

Recognition that fundamental human dignity extends to extraterrestrial environments.

Such a treaty could complement the Outer Space Treaty, the ICCPR and existing international bioethics instruments.

14. Critical Legal Analysis

The most significant contribution of Cosmic Neural-Rights Governance is its attempt to connect three traditionally separate areas of law: constitutional liberty, neurotechnology regulation and international space governance.

Traditional constitutional law generally protects individuals against interference with their bodies, privacy and personal autonomy. Neuroscience and AI introduce new forms of interference that may operate through the collection, interpretation and manipulation of neural signals.

Space law introduces another complication: the increasing participation of private corporations and international organisations in environments where jurisdiction, responsibility and enforcement may involve multiple legal systems.

Consequently, a comprehensive framework should establish that:

Technological advancement cannot override human dignity.

Neural information cannot automatically become unrestricted commercial property.

Participation in space missions does not eliminate fundamental rights.

Scientific experimentation must remain subject to informed consent and safety requirements.

States must maintain effective supervision of private space activities.

Legal remedies must remain accessible even when violations occur beyond Earth.

15. Conclusion

Cosmic Neural-Rights Governance represents a proposed future-oriented legal framework for safeguarding human cognitive freedom, mental privacy, neurological integrity and personal identity in technologically advanced terrestrial and extraterrestrial environments.

The Chilean Supreme Court's decision in Girardi v. Emotiv Inc. provides an important judicial starting point for neurorights protection. India's Puttaswamy and Selvi judgments offer particularly valuable constitutional foundations for privacy, dignity, mental autonomy and protection against involuntary neurological interference.

The Outer Space Treaty supplies the international responsibility and jurisdictional framework necessary to extend these protections into space-related activities.

Ultimately, the doctrine advances a fundamental proposition:

Humanity may extend its technological capabilities beyond Earth, but the legal protection of human consciousness, mental autonomy and dignity must extend with it.

16. Important Research References

For further academic development:

United Nations, Outer Space Treaty, 1967.

International Covenant on Civil and Political Rights, 1966.

UNESCO, Universal Declaration on Bioethics and Human Rights, 2005.

Chilean Constitutional Amendment, Law No. 21.383 (2021), concerning scientific and technological development and brain activity.

Girardi v. Emotiv Inc., Rol 105.065-2023 (Chile, 2023).

Justice K.S. Puttaswamy v. Union of India, (2017) 10 SCC 1.

Selvi v. State of Karnataka, (2010) 7 SCC 263.

S. and Marper v. United Kingdom, Applications Nos. 30562/04 and 30566/04 (2008).

Bărbulescu v. Romania, Application No. 61496/08 (2017).

Further academic reading: Chilean Supreme Court ruling on neurorights and neurodata; Cambridge: Minding Rights – Mapping Ethical and Legal Foundations of Neurorights.

Which direction should the next research chapter take?

Cosmic Neural-Rights Constitutional Doctrine Cosmic Neural-Rights International Treaty Cosmic Neural-Rights Corporate Liability