WHOLE-BRAIN EMULATION AND CONSTITUTIONAL LAW IN RUSSIA

1. INTRODUCTION

Whole-brain emulation (WBE) is an emerging theoretical and computational technology that seeks to reproduce the structural and functional characteristics of an individual's brain within a computer-based environment. It may involve high-resolution brain scanning, neural-network reconstruction, artificial intelligence, computational neuroscience and digital simulation of neurological processes.

The technology raises complex constitutional questions concerning human dignity, personal identity, mental privacy, freedom of thought, bodily autonomy, legal personality, ownership of neural information and the rights of individuals whose cognitive processes may be digitally replicated.

Russia does not currently have a dedicated federal statute specifically regulating whole-brain emulation or recognizing digitally emulated human consciousness as an independent legal person. Consequently, its legal treatment must be examined through the Russian Constitution, civil legislation, personal-data protection, healthcare law, intellectual property law and information-security legislation.

2. CONSTITUTIONAL FRAMEWORK

A. ARTICLE 21 – HUMAN DIGNITY

Article 21 of the Russian Constitution protects human dignity and prohibits degrading treatment.

Whole-brain emulation raises questions about whether an individual's neurological identity can be copied, manipulated, commercially exploited or destroyed without authorization.

The constitutional protection of dignity provides an important foundation for evaluating invasive brain-scanning procedures and unauthorized manipulation of neurological information.

B. ARTICLE 23 – PRIVACY AND PERSONAL SECRECY

Article 23 protects privacy, personal and family confidentiality, and the secrecy of communications.

Whole-brain emulation may involve collecting extremely detailed neurological information, including memory structures, behavioural characteristics and cognitive patterns.

Unauthorized disclosure or exploitation of identifiable brain information may therefore raise constitutional privacy concerns.

C. ARTICLE 24 – PROTECTION OF PERSONAL INFORMATION

Article 24 restricts the collection, storage, use and dissemination of information concerning an individual's private life without appropriate legal justification.

This provision is particularly relevant to organizations creating digital brain models from identifiable human neurological data.

D. ARTICLE 28 – FREEDOM OF CONSCIENCE

Article 28 protects freedom of conscience and religious belief.

Although whole-brain emulation is primarily a technological issue, it may create constitutional questions concerning personal beliefs, psychological autonomy and the treatment of digitally represented cognitive identities.

E. ARTICLE 45 – STATE PROTECTION OF RIGHTS

Article 45 guarantees state protection of human and civil rights and freedoms.

It provides a constitutional basis for seeking protection against unlawful neurological data processing, unauthorized experimentation and violations of individual rights.

3. APPLICABLE RUSSIAN LEGISLATION

A. FEDERAL LAW NO. 152-FZ OF 27 JULY 2006 – PERSONAL DATA PROTECTION

This law is particularly relevant because whole-brain emulation may require processing identifiable neurological, medical and potentially genetic information.

Its principal requirements include:

Establishing lawful grounds for personal-data processing.

Obtaining consent where required.

Limiting processing to specified purposes.

Protecting sensitive information.

Preventing unauthorized disclosure.

Maintaining appropriate information-security safeguards.

Complying with applicable data-localization obligations.

A digital brain model may constitute personal data when it relates to an identifiable individual. Whether particular neural information qualifies as biometric or special-category personal data depends on its characteristics and intended processing.

B. FEDERAL LAW NO. 323-FZ OF 21 NOVEMBER 2011 – HEALTH PROTECTION

This law governs medical interventions, patient rights, informed consent and medical confidentiality.

Where whole-brain emulation research involves invasive brain scanning, clinical experimentation or neurological interventions, applicable healthcare requirements become relevant.

The law also provides important safeguards against medical interventions without legally appropriate consent.

C. FEDERAL LAW NO. 149-FZ OF 27 JULY 2006 – INFORMATION AND INFORMATION PROTECTION

Whole-brain emulation platforms may require sophisticated computing infrastructure capable of storing and processing highly sensitive neurological datasets.

The law establishes general requirements concerning information systems, information protection and lawful information access.

D. FEDERAL LAW NO. 187-FZ OF 26 JULY 2017 – CRITICAL INFORMATION INFRASTRUCTURE

Where a brain-emulation computing platform qualifies as a critical information infrastructure facility, its operator may be subject to additional cybersecurity obligations.

These may include infrastructure categorization, security controls and applicable incident-reporting requirements.

E. PART IV OF THE RUSSIAN CIVIL CODE – INTELLECTUAL PROPERTY

Part IV of the Civil Code protects qualifying intellectual-property rights, including computer programs, databases and scientific developments.

However, intellectual-property protection of brain-emulation software does not automatically establish ownership of the individual represented by the software or confer ownership over that individual's consciousness.

4. CONSTITUTIONAL QUESTIONS ARISING FROM WHOLE-BRAIN EMULATION

A. LEGAL PERSONALITY OF DIGITAL BRAINS

Under Article 17 of the Russian Civil Code, legal capacity as a civil-law subject is associated with individuals.

Russian legislation does not presently recognize a digitally emulated brain as a natural person or independently establish legal personality for a computational representation of human consciousness.

Therefore, a digital brain simulation cannot automatically acquire citizenship, inheritance rights, constitutional status or independent contractual capacity.

B. NEURAL PRIVACY AND COGNITIVE AUTONOMY

Whole-brain emulation may reveal highly sensitive information about memory, personality, preferences and neurological characteristics.

The constitutional protections of privacy and dignity are relevant to preventing unauthorized extraction, reproduction or disclosure of such information.

C. CONSENT AND DIGITAL REPLICATION

Researchers and commercial developers should establish clear consent procedures addressing:

Brain-scanning activities.

Collection of neurological information.

Digital reconstruction.

Research and commercial purposes.

Data sharing and third-party access.

Retention and deletion arrangements.

Risks associated with digital replication.

Consent to medical scanning should not automatically be treated as consent to commercial whole-brain reconstruction.

D. DIGITAL CONSCIOUSNESS AND HUMAN RIGHTS

A central unresolved question is whether a sufficiently sophisticated brain emulation could qualify as a rights-bearing entity.

Russian constitutional law currently provides no specific recognition of artificial consciousness as a constitutional person.

The distinction between a computational model, a representation of an individual and an independently conscious entity remains scientifically and legally unresolved.

5. CASE LAWS AND JUDICIAL AUTHORITIES

There is no reported Russian judicial decision directly establishing constitutional rights for whole-brain emulations. The following judgments provide relevant analogous principles.

1. SHTUKATUROV v. RUSSIA (2008) – ANALOGOUS AUTHORITY

The European Court of Human Rights examined psychiatric confinement and restrictions on legal capacity.

The judgment emphasized personal autonomy, dignity and procedural safeguards.

Its principles are relevant to determining whether neurological interventions and brain-emulation research respect the autonomy of the individuals involved.

2. PRETTY v. THE UNITED KINGDOM (2002) – COMPARATIVE ANALOGOUS AUTHORITY

The Court examined personal autonomy and the relationship between private life and decisions concerning an individual's body and personal existence.

Its reasoning is relevant to debates concerning bodily autonomy, neurological intervention and the limits of state interference in experimental brain technologies.

3. GLASS v. THE UNITED KINGDOM (2004) – COMPARATIVE ANALOGOUS AUTHORITY

The Court considered medical treatment administered in circumstances involving disagreement over consent.

The judgment emphasized respect for bodily integrity and the importance of appropriate medical decision-making safeguards.

Its principles are relevant to invasive brain-scanning procedures and experimental neurological reconstruction.

4. S. AND MARPER v. THE UNITED KINGDOM (2008) – ANALOGOUS AUTHORITY

The Court examined the retention of DNA profiles and fingerprints by public authorities.

It recognized the sensitive nature of biological information and the importance of privacy protections.

The reasoning is relevant to the storage and long-term retention of neurological and genomic information used in whole-brain emulation.

5. ROMAN ZAKHAROV v. RUSSIA (2015) – ANALOGOUS AUTHORITY

The Court examined Russian surveillance legislation and safeguards against arbitrary interception of communications.

The judgment emphasized the importance of effective legal protections against excessive surveillance.

Its principles are relevant to preventing unauthorized governmental or private access to brain-emulation databases.

6. KONOVALOVA v. RUSSIA (2014) – ANALOGOUS AUTHORITY

The Court considered patient consent and the presence of medical students during childbirth.

It emphasized the importance of informed medical decision-making and respect for patient autonomy.

The judgment is relevant to obtaining meaningful consent before using personal neurological information for experimental brain reconstruction.

These cases do not directly establish the legal personality or constitutional rights of digital consciousness. They provide analogous principles concerning autonomy, dignity, privacy, consent and protection against arbitrary interference. The European Convention judgments must also be understood in their historical context because Russia ceased to be a party to the Convention on 16 September 2022.

6. LIABILITY AND LEGAL ACCOUNTABILITY

Whole-brain emulation activities may generate several forms of legal liability.

A. CIVIL LIABILITY

Unauthorized neurological-data processing, breach of confidentiality, defective research services or unlawful exploitation of protected intellectual property may result in civil claims.

B. ADMINISTRATIVE LIABILITY

Violations of personal-data protection, information-security and applicable medical regulations may attract administrative sanctions.

C. CRIMINAL LIABILITY

Depending on the circumstances, unlawful access to computer information, unauthorized disclosure of protected information, fraud or other criminal conduct may result in prosecution under the Russian Criminal Code.

D. INSTITUTIONAL LIABILITY

Research institutions and technology companies may face liability for inadequate cybersecurity, unauthorized experimentation, unlawful data processing or failure to comply with applicable healthcare requirements.

7. PRACTICAL REGULATORY AND COMPLIANCE REQUIREMENTS

Organizations conducting whole-brain emulation research in Russia should:

Establish the legal basis for neurological-data collection.

Obtain appropriate informed consent.

Protect identifiable brain-scanning information.

Establish clear research and commercial-use limitations.

Implement encryption and cybersecurity safeguards.

Maintain documented access-control procedures.

Protect medical confidentiality.

Establish data-retention and deletion policies.

Conduct ethical assessments of human-subject research.

Distinguish intellectual-property ownership from personal identity rights.

Establish procedures addressing unauthorized digital replication.

Evaluate cross-border transfers of sensitive neurological information under applicable Russian legislation.

8. CONCLUSION

Whole-brain emulation presents significant constitutional and legal challenges for Russia because it potentially separates an individual's neurological representation from their physical body. Existing Russian constitutional protections concerning dignity, privacy, personal information and bodily autonomy provide important legal foundations for addressing these challenges.

Federal Law No. 152-FZ, Federal Law No. 323-FZ, Federal Law No. 149-FZ and the Russian Civil Code provide relevant regulatory mechanisms. However, these laws do not expressly establish a comprehensive legal regime for digitally emulated consciousness.

Future Russian legislation should clarify the legal status of digital brain representations, establish specific safeguards for neural information, regulate commercial brain replication and address questions of cognitive autonomy, digital identity and responsibility for harmful manipulation of emulated neurological systems.