1. Introduction

The Cosmic Neural-Rights Accountability Governance Doctrine is a proposed interdisciplinary legal and constitutional framework designed to protect human cognitive liberty, mental privacy, neurological integrity, psychological autonomy and freedom of thought against interference by advanced neurotechnologies, artificial intelligence, biotechnology and hypothetical future cosmic or extraterrestrial intelligence systems.

The doctrine combines three major legal ideas:

Neural Rights: Protection of the human brain, neural signals, mental privacy, cognitive freedom and psychological autonomy.

Accountability Governance: Legal responsibility of governments, corporations, technology developers, researchers and institutions that develop or deploy technologies capable of influencing or accessing neural activity.

Cosmic Governance: A forward-looking framework for addressing potential neurological interference by advanced artificial intelligence, extraterrestrial technologies or non-terrestrial intelligence, without assuming that such interference has been scientifically established.

The term Cosmic Neural-Rights Accountability Governance Doctrine is not currently a formally recognized doctrine of international law or a binding legal principle. It is best understood as a proposed normative legal theory that builds upon established constitutional rights, bioethics, human rights, data protection and emerging neurotechnology regulation.

Its fundamental proposition is:

No individual, corporation, government or technological system should exercise unauthorized control over another person's cognitive processes, mental information or neurological autonomy.

2. Meaning and Scope of Neural Rights

Neural rights are emerging human-rights concepts concerned with the protection of the brain and mental processes against unauthorized technological intervention.

They include the following dimensions.

A. Right to Mental Privacy

Mental privacy protects information generated by neural activity, including:

Brain signals and neurological patterns.

Cognitive and emotional responses.

Attention and concentration patterns.

Neural information used to infer preferences or intentions.

Neurotechnological measurements of mental states.

For example, an employer using a brain-computer interface to monitor employees' concentration or emotional reactions without meaningful consent may raise serious privacy, dignity and autonomy concerns.

B. Right to Cognitive Liberty

Cognitive liberty means the freedom to control one's own mental processes without unjustified external interference.

It encompasses:

Freedom of thought.

Freedom to form personal beliefs.

Freedom to reject cognitive manipulation.

Freedom to use or refuse neurotechnology.

Protection against involuntary neurological experimentation.

C. Right to Mental Integrity

Mental integrity protects individuals against unauthorized interference with their neurological and psychological functioning.

Examples include involuntary neural stimulation, coercive brain-computer interface experimentation and unauthorized neurological modification.

D. Right to Psychological Autonomy

This principle protects the individual's capacity to make independent decisions without coercive neurological manipulation.

It is particularly relevant to:

AI-mediated behavioural modification.

Neurological advertising.

Emotion-recognition systems.

Cognitive enhancement technologies.

Brain-computer interface applications.

E. Right to Neural Data Protection

Neural data protection requires safeguards governing the collection, processing, storage, transfer and commercial exploitation of neurological information.

Neural data can reveal particularly intimate information. Therefore, its processing requires strong safeguards, purpose limitation, security and appropriate consent.

3. The Cosmic Dimension of the Doctrine

The cosmic dimension expands the traditional neural-rights framework beyond ordinary human-machine interactions.

It considers hypothetical situations involving:

Advanced artificial intelligence capable of interacting with human neural systems.

Autonomous technological systems operating beyond ordinary territorial jurisdiction.

Future space-based neurotechnology and human-machine interfaces.

Hypothetical extraterrestrial technologies capable of influencing biological cognition.

Neural data transmitted through space-based communication infrastructure.

Cross-border and extraterrestrial research involving neurological information.

The legal question is whether existing principles of human dignity, privacy, bodily integrity and state responsibility can provide protection when neurological interference occurs through technologies operating beyond conventional territorial boundaries.

The doctrine proposes that technological sophistication or geographical location should not automatically eliminate accountability.

However, extraterrestrial neural interference remains hypothetical; no established case law recognizes an extraterrestrial neural-rights violation.

4. Constitutional Foundations in India

The Indian Constitution provides a substantial foundation for developing a neural-rights accountability framework.

Article 21 is particularly important. Its protection of privacy, dignity, bodily integrity and personal autonomy provides a constitutional foundation for arguments concerning mental privacy and neurological integrity.

The doctrine would also require the development of safeguards against compulsory neurological surveillance, discriminatory cognitive profiling and non-consensual neuro-experimentation.

5. International Judicial Recognition and Case Laws

The most significant judicial developments supporting this proposed doctrine arise from India, Chile and international human-rights jurisprudence.

Case 1. Selvi v. State of Karnataka (2010) 7 SCC 263

Highly relevant Indian precedent

Court: Supreme Court of India
Year: 2010

Facts:

The case concerned the involuntary administration of scientific investigative techniques, including:

Narco-analysis.

Polygraph examinations.

Brain Electrical Activation Profile (BEAP) tests.

The central question was whether the State could compel individuals to undergo techniques that extract information through interference with their mental processes.

Legal issues:

Whether involuntary neurological testing violates Article 20(3).

Whether forced extraction of mental information violates Article 21.

Whether investigative efficiency can justify interference with mental autonomy.

Judgment:

The Supreme Court held that involuntary administration of these techniques violates constitutional protections.

The Court emphasized the importance of mental privacy, personal liberty and protection against testimonial compulsion.

Relevance to the proposed doctrine:

This judgment provides one of the strongest foundations for neural-rights accountability in India.

It supports the proposition that the human mind cannot be treated as an unrestricted source of evidence for investigative authorities.

It can be extended through constitutional reasoning to challenges involving compulsory brain-computer interfaces, involuntary neural monitoring and coercive cognitive experimentation.

Indian Kanoon+1

Case 2. Justice K.S. Puttaswamy (Retd.) v. Union of India (2017) 10 SCC 1

Foundational constitutional precedent

Court: Supreme Court of India
Bench: Nine judges
Decision: 24 August 2017

Facts:

The Supreme Court examined whether privacy constitutes a fundamental right under the Indian Constitution.

Judgment:

The Court unanimously recognized privacy as a fundamental right protected under Article 21 and other freedoms guaranteed by Part III.

The judgment identified important dimensions of privacy, including:

Bodily privacy.

Informational privacy.

Privacy of personal choice.

Individual autonomy.

Human dignity.

Relevance to neural rights:

Neural information can reveal highly personal aspects of an individual's cognitive and psychological life.

Therefore, the principles of Puttaswamy provide a constitutional foundation for protecting:

Brain-generated information.

Cognitive and psychological privacy.

Personal neurological records.

Mental autonomy.

Freedom from unauthorized cognitive profiling.

Important constitutional test:

Any State interference with privacy must satisfy:

Legality: There must be a valid legal basis.

Legitimate aim: The interference must pursue a legitimate governmental objective.

Proportionality: The measure must be proportionate to that objective, with appropriate safeguards.

Indian Kanoon+2

Case 3. Girardi v. Emotiv Inc. (Chile Supreme Court, 9 August 2023; Rol No. 105.065-2023)

Landmark neurorights litigation

Court: Supreme Court of Chile
Year: 2023

Facts:

Guido Girardi purchased an Emotiv Insight neurotechnology headset capable of recording brain electrical activity.

The dispute concerned the collection, storage and processing of neurological information by a commercial neurotechnology company.

Legal issues:

Whether neurological information deserves special privacy protection.

Whether commercial neurotechnology raises mental-integrity concerns.

Whether informed consent is sufficient to justify processing sensitive brain information.

Whether regulatory authorities must examine the safety and legality of such products.

Judgment:

The Supreme Court accepted the constitutional protection action and directed the relevant public authorities to examine the circumstances surrounding the commercialization and use of the device.

The decision addressed the constitutional protection of physical and psychological integrity, privacy and informed consent.

Relevance to the proposed doctrine:

This case is particularly important because it moves neural rights beyond theoretical bioethics and into actual commercial technology regulation.

It supports the development of corporate accountability for:

Unauthorized processing of brain data.

Inadequate neurological privacy safeguards.

Potential misuse of cognitive information.

Insufficient regulatory supervision.

It also illustrates that commercial possession of neurotechnology does not automatically create an unrestricted right to collect and exploit brain information.

PMC+2

Case 4. S. and Marper v. United Kingdom (2008) 48 EHRR 50

Court: European Court of Human Rights
Year: 2008

Facts:

The case involved the retention of fingerprints and DNA samples of individuals who had not been convicted of criminal offences.

Legal principle:

The Court recognized that retention of sensitive personal biological information can interfere with Article 8 of the European Convention on Human Rights.

Neural-rights relevance:

DNA and neural data are not identical. Nevertheless, the reasoning is relevant to the retention of highly sensitive biological and neurological information.

It supports arguments for:

Data minimization.

Limits on retention.

Protection against indiscriminate collection.

Effective oversight of sensitive biological databases.

Case 5. Bărbulescu v. Romania (2017) 44 BHRC 1

Court: Grand Chamber, European Court of Human Rights
Year: 2017

Facts:

The case concerned employer monitoring of an employee's electronic communications.

Legal principle:

The Court examined the balance between workplace monitoring and the employee's right to respect for private life and correspondence under Article 8.

Neural-rights relevance:

This judgment provides a useful analogy for workplace neurotechnology.

An employer's authority to supervise work does not necessarily permit unrestricted monitoring of employees' mental states.

For example, an organization introducing neurological productivity-monitoring headsets would need to address necessity, transparency, proportionality and employee privacy.

Case 6. Big Brother Watch and Others v. United Kingdom (2021)

Court: Grand Chamber, European Court of Human Rights
Year: 2021

Legal principle:

The judgment addressed safeguards and oversight requirements in systems of large-scale communications surveillance.

Neural-rights relevance:

It offers a framework for evaluating large-scale neural surveillance systems, especially where governments or corporations collect sensitive information from large populations.

The analogy supports safeguards such as:

Independent authorization.

Effective supervision.

Clear limits on collection.

Restrictions on secondary use.

Remedies against unlawful surveillance.

These cases do not directly establish a freestanding cosmic neural right. They provide related legal principles that could support its development.

6. Corporate Accountability Under the Doctrine

Corporate accountability is a central component because neurotechnology is increasingly developed and commercialized by private organizations.

The doctrine proposes that companies should bear responsibility for foreseeable harms resulting from the design, development, deployment and commercial exploitation of neurotechnologies.

A. Manufacturer Liability

A manufacturer may face legal responsibility where:

A neurotechnology product contains foreseeable safety defects.

Neural information is collected without adequate disclosure.

Security vulnerabilities expose sensitive brain information.

A product is marketed with misleading neurological claims.

A company fails to implement reasonable safeguards.

B. Data-Processing Liability

Organizations processing neural data should establish:

A lawful basis for processing.

Specific and transparent purposes.

Appropriate consent where required.

Data minimization.

Security and access controls.

Retention and deletion policies.

Restrictions on unauthorized sharing.

C. Algorithmic Accountability

AI systems trained on neurological information may generate inferences about:

Emotional conditions.

Cognitive performance.

Attention.

Behavioural tendencies.

Individual preferences.

The doctrine proposes that organizations should disclose relevant algorithmic purposes and establish procedures for examining discriminatory or harmful outcomes.

D. Executive and Institutional Responsibility

Corporate executives, research institutions and technology administrators should not escape responsibility merely because harmful decisions were executed through automated systems.

Accountability should depend on applicable legal duties, actual conduct, foreseeability, causation and the relevant liability standard.

7. Government Accountability and Constitutional Governance

The State has two principal responsibilities.

First: Negative obligation

The government must refrain from unjustified interference with neurological autonomy.

Examples include:

Compulsory brain surveillance without lawful justification.

Forced cognitive experimentation.

Arbitrary neurological profiling.

Coercive neural interrogation.

Second: Positive obligation

The government must establish a regulatory environment that protects individuals from unlawful interference by private actors.

This requires:

Neurotechnology safety regulations.

Independent regulatory supervision.

Protection of sensitive neurological information.

Effective complaint mechanisms.

Judicial remedies.

Special safeguards for children and vulnerable individuals.

In India, constitutional judicial review under Articles 32 and 226 could play an important role where applicable constitutional rights are violated.

8. Neural Rights and Indian Data Protection Law

India's Digital Personal Data Protection Act, 2023 provides an important statutory foundation for regulating digital personal data.

Neural information may fall within the Act's scope where it qualifies as digital personal data relating to an identifiable individual and is processed within its applicable territorial and substantive scope.

However, the Act does not create a separate, comprehensive category of neurorights.

The proposed doctrine therefore advocates specific safeguards for neurological information, including:

A distinction is necessary between directly recorded neural signals and psychological information inferred from those signals. Both can create privacy risks, but their legal treatment may differ under applicable legislation.

9. International Legal Framework

The doctrine can be developed through the interpretation of existing international legal instruments.

A. Universal Declaration of Human Rights, 1948

Relevant provisions:

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 religion.

Article 19: Freedom of opinion and expression.

These provisions provide a human-rights foundation for mental autonomy and protection against coercive cognitive interference.

B. International Covenant on Civil and Political Rights, 1966

Important provisions:

Article 7: Prohibition of torture and cruel, inhuman or degrading treatment, including non-consensual medical or scientific experimentation.

Article 17: Protection against arbitrary or unlawful interference with privacy.

Article 18: Freedom of thought, conscience and religion.

Article 19: Freedom of expression.

Article 18 is particularly significant because freedom of thought concerns the internal domain of human consciousness.

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

Relevant principles include:

Human dignity and human rights.

Autonomy and individual responsibility.

Informed consent.

Privacy and confidentiality.

Equality and non-discrimination.

Protection of future generations.

These principles can support an ethical and regulatory architecture for advanced neurotechnology.

D. Outer Space Treaty, 1967

The Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space provides an additional framework for the cosmic dimension.

Relevant principles include:

Article I: Freedom of exploration and use of outer space.

Article II: Non-appropriation of outer space.

Article III: Application of international law, including the UN Charter.

Article VI: International responsibility of States for national space activities.

Article IX: Due regard for the interests of other States and avoidance of harmful contamination.

These provisions do not expressly regulate neural rights or extraterrestrial cognitive interference. Nevertheless, they could provide a starting point for discussing State responsibility for space-based neurotechnology activities.

10. Proposed Seven-Pillar Accountability Governance Model

The doctrine can be structured around seven interconnected pillars.

Seven pillars of cosmic neural-rights governance

1. Cognitive Sovereignty

Individual control over mental processes and neurological autonomy.

2. Neural Privacy

Protection of brain signals, neural records and derived mental information.

3. Neurological Integrity

Protection against unauthorized cognitive and neurological interference.

4. Corporate Accountability

Responsibility of manufacturers, developers and commercial operators.

5. Algorithmic Transparency

Oversight of AI-based neural interpretation and cognitive profiling.

6. Constitutional and International Supervision

Judicial review, independent regulators and international cooperation.

7. Cosmic Accountability

Future responsibility for neurological technologies operating in outer space or beyond conventional territorial systems.

Pillar 1: Cognitive Sovereignty

An individual should retain meaningful control over the use of technologies that interact with their cognitive processes.

The principle would prohibit coercive manipulation and unauthorized alteration of mental functioning, subject to lawful and carefully justified medical interventions.

Pillar 2: Neural Privacy

Neural information should receive strong protection against unauthorized access, extraction, retention and commercial exploitation.

Pillar 3: Neurological Integrity

Neurotechnology must be designed and deployed with appropriate safeguards against physical and psychological harm.

Pillar 4: Corporate Accountability

Companies should conduct risk assessments, establish security safeguards and provide effective remedies for legally attributable harm.

Pillar 5: Algorithmic Transparency

AI systems that interpret neural information should be subject to appropriate documentation, testing and independent auditing.

Pillar 6: Constitutional and International Supervision

National courts, human-rights institutions and regulators should supervise the exercise of public and private technological power.

Pillar 7: Cosmic Accountability

Future space-based neurological activities should be addressed through international cooperation, appropriate jurisdictional rules and mechanisms for determining responsibility.

11. Hypothetical Legal Situations and Application

The doctrine becomes particularly useful when applied to difficult legal problems.

Example: Unauthorized AI-Based Cognitive Manipulation

Suppose a corporation develops an AI-enabled neurotechnology platform that monitors brain activity and uses the information to influence consumer decisions without meaningful authorization.

Under the proposed doctrine, the legal investigation would examine:

Whether the neural data were lawfully collected.

Whether the individual received adequate information.

Whether the system was designed to manipulate cognitive autonomy.

Whether the corporation violated applicable data-protection obligations.

Whether foreseeable psychological or neurological harm occurred.

Whether compensation, injunctive relief or regulatory sanctions are justified.

The doctrine would treat the issue as more than an ordinary commercial data dispute: it would also raise questions of human dignity and cognitive sovereignty.

12. Liability and Remedies

The doctrine proposes a comprehensive remedial structure.

A. Civil liability

Depending on the applicable law and evidence, remedies may include:

Compensation for proven harm.

Injunctions against unlawful processing.

Deletion or correction of improperly processed data.

Restitution of unlawfully obtained benefits where legally available.

B. Criminal liability

Criminal prosecution may arise where the conduct independently satisfies the elements of an existing criminal offence, such as unlawful experimentation, assault, fraud or other applicable offences.

The proposed doctrine itself does not automatically create a criminal offence.

C. Regulatory liability

Regulatory authorities may impose legally authorized sanctions for breaches of data-protection, consumer-protection, medical-device or other applicable regulations.

D. Constitutional remedies

In appropriate cases, courts may grant constitutional remedies, including directions restraining unlawful governmental interference.

E. International responsibility

Where a State breaches an applicable international obligation through attributable conduct, questions of international responsibility may arise under established international law.

13. Major Legal Challenges

The proposed doctrine faces several important difficulties.

1. Scientific uncertainty: Neural signals do not necessarily provide direct or reliable access to a person's thoughts. Legal standards must distinguish actual measurements from speculative interpretations.

2. Consent problems: Consent may be compromised by employment pressure, unequal bargaining power or inadequate understanding of complex technologies.

3. Jurisdictional uncertainty: Neural information may be collected in one country, processed in another and stored through infrastructure operating across multiple jurisdictions.

4. Corporate secrecy: Proprietary algorithms can make it difficult to establish how neural information was interpreted or used.

5. Evidentiary difficulties: Establishing causation between a neurotechnology system and psychological or neurological harm may require specialized scientific evidence.

6. Freedom of scientific research: Regulation must protect individuals without unnecessarily restricting legitimate medical research and beneficial neurotechnology.

7. Cosmic jurisdiction: There is currently no established international legal mechanism specifically addressing hypothetical extraterrestrial neural interference.

14. Proposed Principles for Future Legislation

A future Neural Rights Protection Act could incorporate the following provisions:

For India, such legislation could complement constitutional protections under Articles 14, 19, 20(3) and 21 and existing data-protection and sector-specific laws.

15. Critical Academic Analysis

The most important contribution of the Cosmic Neural-Rights Accountability Governance Doctrine is its attempt to extend traditional human-rights principles into the emerging relationship between human consciousness and advanced technology.

Traditional constitutional law generally protects bodily integrity, privacy, personal liberty and freedom of thought. Neurotechnology introduces a new dimension: the possibility of measuring, interpreting and influencing neurological activity through technological systems.

This creates three major transformations in legal theory.

First: From bodily sovereignty to cognitive sovereignty.

The law must consider not only unauthorized interference with the physical body but also interference with the neurological processes through which individuals exercise autonomy.

Second: From informational privacy to neural informational sovereignty.

Ordinary personal information and neurological information may have different implications. Neural information can potentially support inferences about highly intimate aspects of individual cognition, making strong protection particularly important.

Third: From territorial accountability to technological accountability.

Traditional legal systems frequently depend upon territorial jurisdiction. Advanced technologies may operate through distributed networks, multinational corporations and future space-based infrastructure. Accountability mechanisms must therefore address complex jurisdictional relationships.

However, these transformations should be understood as proposals for legal development, not as already settled judicial doctrines.

16. Conclusion

The Cosmic Neural-Rights Accountability Governance Doctrine represents a proposed framework for protecting human consciousness, cognitive freedom, neurological privacy and mental integrity in an increasingly technology-dependent society.

Its legal foundation can be developed through the combined interpretation of:

Article 21 of the Indian Constitution.

Article 20(3) of the Indian Constitution.

The Puttaswamy privacy judgment.

The Selvi judgment on involuntary neurological investigative techniques.

The Chilean Supreme Court's Girardi v. Emotiv Inc. decision.

International human-rights protections.

International space-law principles.

The most important proposition is that technological advancement must not become a justification for eliminating individual cognitive autonomy.

Ultimately, the doctrine seeks to establish that human consciousness must remain protected by principles of dignity, freedom, privacy, informed consent and accountability, regardless of whether the technological systems interacting with it operate on Earth, through artificial intelligence or within future space-based environments.

17. Selected Case Law and Research References

Further reading:

Chilean Supreme Court ruling on the protection of brain activity: neurorights, personal data protection, and neurodata.

Effects of the first successful lawsuit against a consumer neurotechnology company for violating brain data privacy.

European Court of Human Rights – Article 9: Freedom of thought, conscience and religion.

Even Chile's Neurorights Leave Inferred Mental Data in a Gray Zone (2026).

Final academic assessment: The strongest legally defensible formulation is to treat neural rights as an emerging extension of established constitutional privacy, dignity, bodily integrity and freedom-of-thought protections, while treating cosmic neural accountability as a proposed future branch of international governance rather than an existing independent cause of action.