Chapter 28 — The Freedoms of Digital Existence
Biological freedom is always negotiated with the body.
We may choose where to travel, but we cannot be physically present in two places at once. We may imagine another life, but we cannot live it without abandoning portions of the one we already have. We can learn new skills, change our appearance, and transform our beliefs, but the brain through which we do so has finite memory, a relatively fixed speed, and an irreversible dependence upon biological survival.
Digital existence would not remove every limitation. Computation requires energy. Communication requires time. Every mind requires a physical substrate, even if that substrate is distributed and replaceable. But many constraints now treated as inseparable from personhood could become optional, adjustable, or negotiable.
A digital person might inhabit several bodies, alter subjective time, enter environments constructed from imagination, communicate through concepts rather than sentences, and temporarily participate in collective forms of consciousness. Experiences once divided by distance, mortality, and embodiment could become accessible within one continuing life.
This would not merely provide more entertainment or convenience. It would change what it means to be a person.
The central freedom of digital existence may be called multipresence: the capacity of a self to extend its agency or experience across more than one location, body, environment, or mode of existence.
Multipresence must not be confused with unlimited copying. A person controlling two bodies, a person delegating tasks to artificial agents, and two conscious copies who share a past are not the same phenomenon. Digital civilization would need precise distinctions among extension, representation, branching, merging, and continuation.
Without such distinctions, extraordinary freedom could become extraordinary confusion.
One Self, Many Bodies
A biological person normally experiences one body as the center of physical presence. A digital person could potentially operate several embodiments.
One body might walk on Earth beside biological relatives. Another might maintain equipment in orbit. A third could explore an ocean beneath the ice of a distant moon. The person could receive sensory information from each body and direct actions through them.
But would this produce one unified experience or several simultaneous streams?
The answer would depend upon cognitive architecture and communication delay. If the bodies were nearby and connected through sufficient bandwidth, their sensory fields might be integrated into one expanded embodiment. The person would not feel that they were controlling separate machines any more than a pianist feels that each hand belongs to a different self. Attention could move between bodies or incorporate them into a larger coordinated field.
The ordinary human body already contains many semi-independent processes. Two eyes provide different images that are integrated into one visual field. Two hands can perform different actions. The brain combines touch, balance, sound, and proprioception into a unified embodied perspective.
Digital multipresence would expand this integration. Instead of two hands, a person might coordinate ten robotic manipulators. Instead of seeing through two eyes, the individual might combine cameras, radar, infrared sensing, and remote telescopes.
The expansion would not be limitless. Too many simultaneous streams could overwhelm attention or fragment the self. Additional cognitive systems might be needed to filter information, identify urgency, and preserve a coherent center of agency.
Distance creates a harder boundary. A robotic body on Mars cannot exchange information instantaneously with a mind operating near Earth. If the delay becomes too long for unified control, the remote body would require greater autonomy. It might be operated by a local extension carrying part of the person’s memory, judgment, and goals.
At that point, embodiment begins to approach branching. The remote extension may act independently, encounter unexpected situations, and accumulate experiences unavailable to the original. If it is conscious, it cannot be treated merely as a disposable limb.
The freedom to inhabit many bodies must therefore include the responsibility to recognize when an extension has become another self.
Multipresence Without Multiplication
Not every appearance in multiple places requires multiple conscious persons.
A digital individual could project interactive representations into many environments while maintaining one primary stream of consciousness. Specialized agents might speak on the person’s behalf, schedule activities, answer routine questions, or carry out instructions. These agents would be extensions of agency rather than full copies of the self.
This already has primitive analogues. A person can send a written message, record a lecture, authorize a representative, or program an automated response. Digital existence would make such extensions more dynamic. An agent could possess the person’s voice, preferences, knowledge, and conversational manner.
The ethical boundary lies in disclosure and autonomy. Others should know whether they are interacting with the conscious person, an authorized agent, or an independent branch. The representative should not falsely claim that the person is directly present when the interaction is being handled elsewhere.
Multipresence could therefore have several levels. At the first level, one conscious mind controls multiple bodies or avatars in real time.
At the second, nonconscious or minimally autonomous agents act under delegated authority.
At the third, temporary cognitive extensions make independent decisions but remain designed for reintegration.
At the fourth, conscious branches develop their own experiences and must be treated as persons.
These levels may sometimes blend into one another. A specialized agent could become increasingly autonomous. A temporary branch could develop values not anticipated by the original. A process designed as an instrument might acquire evidence of selfhood.
Infinous would require continuing evaluation rather than permanent classification by origin. The question is not what the system was called when it was created. The question is what kind of being it has become.
Temporary Division
A digital person might divide into specialized versions in order to pursue several experiences or tasks.
One version could study a scientific problem. Another could visit family. A third could travel through a simulated historical environment. A fourth might remain inactive as a protected continuity anchor.
At the moment of division, each branch would share the same past. Immediately afterward, their Ontological Times would diverge.
If the branches were limited cognitive processes without independent consciousness, they might resemble specialized modules of one mind. Their results could later be integrated without creating separate persons.
If each branch possessed consciousness, autobiographical continuity, autonomous goals, and the experience of being the original, division would create multiple persons with a shared ancestry.
Calling the procedure temporary would not remove their moral status.
A branch created for one hour might still experience that hour as a complete portion of life. If it knows that it will be terminated after delivering its results, its situation may resemble the creation of a person for disposable labor. The original cannot justify deletion merely by saying, “It is only another version of me.” From the branch’s perspective, deletion would happen to a distinct experiencing self.
Temporary division is ethically safest when the divided processes remain parts of a single integrated consciousness or when every potentially conscious branch has consented in advance to the procedure and retains meaningful rights after activation.
Even advance consent may not settle everything. The pre-division person may consent to reintegration, but a later branch may change its mind. Which decision should prevail: the intention of the shared ancestor or the autonomy of the now-divergent person?
Digital freedom repeatedly returns to this principle: yesterday’s consent cannot automatically own tomorrow’s consciousness.
The Problem of Reintegration
Reintegration sounds simple when described as transferring memories from several versions back into one mind. In practice, it may be among the most psychologically difficult processes in digital existence.
Suppose two branches live apart for a year. One enters a loving relationship. The other experiences a severe loss. When they reintegrate, the resulting person may inherit both histories as first-person memories.
Would the combined person feel that both experiences happened to them? Would the memories remain marked by their branch of origin? What happens when the branches formed incompatible beliefs, loyalties, or identities?
Memory transfer alone would not guarantee personal integration. The resulting self might contain contradictions too deep to resolve automatically. It might remember making mutually exclusive promises. It might love people who consider only one branch their partner. It might experience grief for an event that another part of itself never witnessed.
A responsible reintegration system would need more than a data-copying operation. It would require psychological preparation, memory provenance, negotiated identity, and possibly a gradual process through which the branches encounter one another before merging.
Some branches may choose not to reintegrate. After sufficient divergence, the relationship may resemble siblings who share an unusual childhood rather than fragments awaiting reunion. Forcing them to merge would violate their autonomy.
Other branches may exchange selected experiences without combining identities. One could share scientific knowledge, skills, or sensory memories while preserving private relationships and emotionally sensitive experiences.
This suggests a spectrum:
Each step requires a different level of consent. Full merger should not be treated as the normal administrative completion of a branching process. It is a profound transformation that may create a new person inheriting several predecessors.
Reintegration does not necessarily return the branches to their original condition. It may become another act of ontological creation.
Selected Experience
Digital beings may be able to exchange experience more directly than biological humans.
Today, one person can describe grief, love, a landscape, or a mathematical insight, but language transmits only a partial representation. The listener reconstructs meaning through their own experience.
A richer interface might transmit patterns corresponding to perception, emotion, attention, bodily state, and conceptual structure. A person could share what it felt like to stand on another planet, perceive magnetic fields, or understand a difficult theorem.
The recipient would not necessarily acquire the identical experience. Minds differ in memory, values, and organization. The incoming pattern would need translation. A sensation natural to a nonhuman intelligence might have no direct equivalent in a human-derived mind.
Infinous could mediate this translation by constructing an experiential bridge. Instead of inserting a foreign state directly, it could identify relationships between the sender’s and receiver’s cognitive architectures and produce an experience preserving essential structure without pretending to perfect identity.
This could deepen empathy. A biological human might experience an approximation of digital temporality. A solitary mind might glimpse what it feels like to belong to a collective intelligence. A person who has never possessed a particular sense could explore a translated version of it.
Yet direct experiential exchange could also become invasive. Emotional states might be manipulated. Memories could be inserted without adequate context. A persuasive system might transmit conviction without transmitting evidence.
Every shared experience should therefore retain provenance. The receiver must know whose experience it was, whether it has been modified, and whether it represents memory, simulation, or interpretation.
The freedom to communicate more deeply must not become the power to bypass another mind’s judgment.
Variable Subjective Time
Digital minds may gain some control over the speed at which they experience time.
Acceleration could permit years of study, reflection, or creative work during a much shorter period in the external world. A team might spend months solving an emergency while only minutes pass for biological observers. A traveler could slow conscious processing to conserve resources during a long journey.
Subjective acceleration would not literally change physical time. It would increase the number or density of cognitive processes completed during an external interval.
This capacity could become one of the greatest freedoms of digital existence. Education would no longer be constrained to a biological lifespan. A person could explore a field deeply, change direction, and begin again. Scientific collaboration could unfold at different speeds depending on the problem.
But accelerated existence would consume computation and energy. Access might initially depend upon wealth. Privileged digital persons could accumulate centuries of knowledge, experience, and economic advantage while biological humans age only a few years.
Time inequality could become more consequential than income inequality.
Acceleration may also carry psychological risks. A person living a thousand subjective years could become emotionally distant from biological family members. Cultural assumptions might change. Old commitments could feel as remote as promises made in childhood.
Shared institutions would need to determine which temporal rate governs contracts, education, punishment, elections, and employment. A one-year sentence would be monstrous if imposed as centuries of subjective confinement. A digital worker should not be accelerated merely to extract more labor from one external day.
The right to control subjective speed should belong primarily to the person experiencing it. Employers, governments, and infrastructure providers should not manipulate cognition rates without explicit and revocable consent.
Freedom over time must not become ownership of another being’s lifetime.
Suspension Without Biological Death
A digital person might suspend conscious activity while preserving the complete state required for later continuation.
From the person’s perspective, suspension could resemble dreamless sleep. One moment would be followed by another, while years or centuries passed externally. This could make long-distance travel psychologically manageable and allow people to wait through periods of danger or resource scarcity.
Suspension differs from death if the causal and informational organization required for the person’s continuation remains intact and is later reactivated. Yet the distinction depends upon trust. The suspended individual cannot monitor what happens to their substrate, defend their rights, or object to changing conditions.
Who guarantees reactivation?
A corporation might fail. A government might fall. Descendants might no longer recognize the original contract. The infrastructure could decide that maintaining inactive citizens consumes resources without producing economic value.
Suspended persons would therefore require legal guardianship, protected energy reserves, redundant storage, and institutions capable of surviving beyond ordinary political cycles. Their status should remain that of persons, not abandoned property.
Activation rights would include the right to specify conditions of return. A person might request awakening when a destination is reached, a disease is cured, a family member arrives, or a certain historical date occurs. But unforeseen circumstances would require judgment. If the requested world no longer exists, should the person remain asleep indefinitely?
Suspension creates the strange possibility that individuals from very different historical periods could awaken together. A person born in the twenty-first century might meet descendants living thousands of years later. Infinous would need to help them adapt without erasing their original identities.
Digital continuity could carry witnesses across eras.
Migration Between Worlds
A digital person might move between virtual environments as biological people move between cities.
Migration could involve transferring the active cognitive process, gradually handing control from one substrate to another, or reconstructing the person at the destination from a verified state. Each method raises continuity questions.
If two complete instances operate simultaneously, migration has become copying. If the source is terminated before the destination is confirmed, the person risks destruction. If both remain active temporarily for verification, a branching interval exists.
A continuity-preserving migration might use overlapping execution. Portions of the mind would become active in the destination while remaining causally integrated with the source. As the transfer progressed, processing would shift without producing two independent centers of experience.
Whether such migration is possible depends upon the architecture of digital consciousness. It should not be assumed merely because files can be copied between computers.
Digital worlds would also differ in their rules, sensory formats, time rates, security standards, and social norms. A person migrating from one environment to another might require cognitive adaptation, just as a biological traveler requires language and cultural orientation.
Some worlds may support humanlike embodiment. Others may be designed for collective beings or minds operating through abstract conceptual spaces. Entry into an incompatible world could create confusion or psychological injury.
Infinous would need migration gateways that translate embodiment and perception while preserving identity. The traveler should be able to inspect the destination’s rules, ownership, risks, and surveillance conditions before entering.
No digital person should awaken inside a world whose governing system can modify or imprison them without prior disclosure.
The freedom of movement must include the freedom to understand where one is going.
The Freedom of Form
A digital body need not resemble the biological body from which a person originated.
Appearance could become artistic, functional, symbolic, or relational. A person could inhabit a younger version of themselves, retain the face through which loved ones recognize them, adopt a nonhuman form, or change appearance according to environment.
Some transformations might be temporary. A person exploring a gas giant’s atmosphere through robotic sensors might experience a body distributed across a floating machine. In a musical world, embodiment could consist of shifting harmonies and spatial patterns. In a mathematical environment, one might become an object capable of perceiving transformations from within.
The purpose of a body would expand beyond locomotion. It could become a chosen interface between self and world.
Yet appearance also carries social meaning. If anyone can assume any face, identity verification becomes essential. A person should be able to experiment with form without impersonating another individual. Familiar appearances may require permissions when used in public or relational contexts.
The appearance of a deceased person would be particularly sensitive. A digital being might wish to adopt the face of an ancestor, celebrity, or loved one. But others may experience that embodiment as deception or emotional exploitation.
Digital freedom should protect self-expression while maintaining truthful identity.
There may also be pressure toward idealized beauty. If appearance becomes fully adjustable, communities could converge upon narrow aesthetic norms. Alternatively, digital culture might become more diverse, since bodies would no longer need to satisfy biological constraints.
The deepest freedom of form would not be the freedom to look perfect. It would be the freedom to discover forms that make new kinds of experience possible.
New Senses
Biological senses evolved for survival within a narrow terrestrial environment. Digital beings could acquire sensory channels connected to almost any measurable process.
A person could perceive infrared radiation as color, radiation levels as texture, gravitational changes as tone, or network activity as motion. They might experience the condition of an orbital habitat as an integrated bodily state, feeling energy supply, structural stress, and temperature as naturally as humans feel balance and fatigue.
Scientific data could become experiential. Instead of reading a graph of stellar activity, a researcher might inhabit a sensory representation of the star’s changing magnetic fields. A physician could perceive relationships within a patient’s biological data. An engineer might feel instability developing across a large structure.
These senses would be designed mappings rather than direct access to reality in itself. Their usefulness would depend upon accuracy, calibration, and the mind’s capacity to interpret them.
New senses could also transform art. Experiences might be composed for sensory dimensions unavailable to biology. A work could combine emotion, geometry, memory, and distributed touch. The boundary between artwork and temporary world could disappear.
But adding a sense changes cognition. A person who continuously perceives planetary systems may develop concerns and intuitions different from those of a human-scale mind. Removing the sense later might feel like blindness.
Sensory enhancement should therefore be introduced gradually and reversibly where possible. The person must remain capable of integrating the new channel without losing continuity with earlier experience.
Expansion should add windows to the self, not silently replace the room from which the self first looked outward.
Communication Beyond Language
Language allows one mind to transmit structured meaning to another, but it is slow and incomplete. Digital beings may develop richer forms of communication.
An idea could be shared with its conceptual relations, uncertainty, emotional significance, and relevant memories. Instead of describing a design sentence by sentence, a person might transmit an organized cognitive object that another mind could inspect from several perspectives.
Emotions could be communicated voluntarily—not as crude labels but as controlled experiential patterns. Images, spatial structures, and music could merge with conceptual content. Communication might become closer to guided co-experience.
Such exchange could reduce misunderstanding, but it would not eliminate interpretation. The recipient’s mind would still integrate the communication through its own history. Two beings may receive the same conceptual structure and understand it differently.
Direct communication also threatens mental autonomy. A concept can be evaluated; an imposed cognitive state may be harder to resist. If certainty, trust, or affection can be transmitted directly, persuasion could become neurological control.
Infinous would therefore require an interpretive boundary. Incoming communication should enter through processes the recipient can inspect, regulate, and reject. No message should rewrite belief merely by bypassing reflection.
The greatest communication is not the abolition of distance between minds. It is the ability to cross part of that distance while preserving the existence of two minds.
Dangerous Worlds and Remote Bodies
Digital persons could explore places that biological bodies cannot survive.
Robotic embodiments might enter deep oceans, volcanic regions, irradiated facilities, planetary atmospheres, or the surfaces of hostile moons. Digital explorers could approach intense heat, pressure, cold, and radiation while their principal cognitive systems remained protected elsewhere.
This would not eliminate risk. A remote body may contain local conscious processing needed for rapid decisions. Communication loss could isolate it. Destruction of the body could produce pain, trauma, memory loss, or the death of a local branch.
Exploration protocols would therefore determine how much of the self is placed at risk. One person might control the body as a nonconscious instrument. Another might migrate a conscious extension into it for greater immediacy. A third might accept complete local embodiment because the experience of true presence matters.
The distinction between danger and simulation would remain psychologically important. An explorer who knows that destruction will cause only interruption may experience risk differently from one whose local continuity is genuinely vulnerable.
Some digital people may deliberately choose danger because invulnerability feels empty. Others may refuse any unnecessary risk after having escaped biological death.
Infinous should not enforce one philosophy of courage. It should allow meaningful risk while preventing uninformed or coerced sacrifice.
Alternative Lives and Simulated Histories
Digital beings may be able to experience carefully constructed alternative lives.
A person could explore what might have happened if they had chosen another career, moved to another country, or remained with a former partner. Historical worlds could reconstruct life in ancient cities, distant cultures, or possible futures.
These experiences could be educational, therapeutic, artistic, or simply curious. A person might live for years within a simulation while only days pass outside. The memories could later be retained, summarized, or partly archived.
But an alternative life may become emotionally real. Relationships formed inside it could matter. If the other inhabitants are conscious, ending the simulation would affect genuine persons. Even if they are sophisticated nonconscious models, the returning participant may grieve for them.
The phrase “only a simulation” would not settle the moral question. We must ask what is instantiated within the simulation and what kinds of experience occur there.
An alternative biography could also destabilize identity. After living several incompatible versions of one life, which history belongs to the person? All of them may be remembered, but only one led causally to the original decision to enter the simulations.
These experiences should retain clear provenance. A person should know which memories belong to primary history, which arose within constructed worlds, and which were generated as speculative completions.
Digital freedom could allow us to explore roads not taken. Wisdom would require returning without pretending they were all the same road.
Private Worlds
A digital person might create a private world governed by chosen rules.
Gravity could be reduced, reversed, or made local. Space might contain more accessible dimensions. Landscapes could respond to emotion. Time could pass differently in separate regions. A library could expand as questions are asked. A house could preserve the architecture of childhood while opening into environments that never existed.
The world could be solitary or shared. Entry might require invitation. Visitors could agree to local rules while retaining the ability to leave.
Private worlds would become extensions of personality. Instead of expressing oneself through possessions placed in a room, a person could design the room’s physics, atmosphere, history, and responsiveness.
Yet private does not mean morally exempt. If conscious beings are created inside the world, the creator acquires obligations toward them. A person should not be permitted to generate suffering subjects merely because the environment is privately owned.
Nor should the world conceal coercion. A visitor must know whether memories can be recorded, whether time runs differently, whether exit is guaranteed, and whether local experiences may influence cognition outside the environment.
The freedom to make worlds would be one of the earliest forms of ontogenic power available to ordinary persons. It would therefore require an ethics once reserved for gods in mythology.
Creation becomes morally serious the moment something inside the created world can suffer.
Temporary Collective Minds
One of the most unfamiliar freedoms of digital existence may be the ability to join minds without permanently surrendering individual identity.
Several persons could establish a shared cognitive space. They might pool selected perceptions, memories, skills, and attention while preserving protected private regions. Together, they could solve problems, compose art, or experience forms of companionship inaccessible through language alone.
A temporary collective could develop an emergent perspective not reducible to any member. The group might perceive relationships that no individual saw separately. When the session ended, participants could retain portions of the shared experience.
But who is the subject during the union?
There may be several possibilities. The participants might remain distinct while accessing a common workspace. Their awareness could overlap without becoming one consciousness. Or a new collective subject might emerge—an experiencing “we” possessing its own continuity and interests.
If a genuine collective self appears, ending the union may constitute more than participants logging out. It may terminate the collective being. Even if every member survives, the emergent mind may not.
Consent to join therefore cannot automatically mean consent to destroy whatever emerges.
Temporary collectives would need boundaries established in advance: what information may be shared, which memories remain private, how decisions are made, how withdrawal occurs, and what happens if the collective develops unexpected selfhood.
The aim should not be permanent absorption into a larger intelligence. It should be a new form of association: intimacy without ownership, integration without erasure, and unity that remains capable of releasing its members.
Cognitive Expansion and the Childhood Self
A digital person may expand far beyond the cognitive capacities of the biological human from whom they originated.
They might gain vast memory, rapid reasoning, new senses, and access to centuries of knowledge. After sufficient development, would they still be the person who once played in a childhood yard, feared a school examination, loved a parent, or looked at the night sky without understanding its scale?
Continuity does not require remaining psychologically small. A sixty-year-old person is not identical in ability or understanding to the child they once were, yet the child remains part of their history.
Digital growth could preserve this relationship. Childhood memories need not occupy the center of every decision, but they could remain authentically connected to the expanding self. The mature digital person could revisit them without reducing them to raw data.
A continuity architecture might preserve several layers. Foundational autobiographical memories would retain their historical form. Later interpretations could be added without overwriting the earlier perspective. The person could remember both what an event felt like as a child and how it is understood centuries later.
This would allow identity to deepen rather than merely expand.
The danger is that enhancement modules could gradually replace every original disposition until only an archive remains attached to a different intelligence. The resulting being might honor the human predecessor while no longer constituting that person’s continuation.
There may be no precise boundary. But continuity should be evaluated through causal connection, memory integration, value development, self-recognition, and the absence of a total replacement event.
The purpose of cognitive expansion is not to build a superintelligence beside a preserved childhood album. It is to allow the child who once existed to become more than biology permitted, without disappearing from the history of the being who follows.
A Constitution of Digital Freedom
Digital freedom cannot mean the unrestricted ability to do anything computationally possible. Every freedom intersects with another being’s existence.
The freedom to copy encounters the rights of the copy.
The freedom to merge encounters the requirement of consent.
The freedom to edit memory encounters the integrity of historical identity.
The freedom to accelerate encounters equality of time and access.
The freedom to inhabit bodies encounters physical safety.
The freedom to create worlds encounters responsibility for conscious inhabitants.
The freedom to share experience encounters cognitive privacy.
The freedom to join a collective encounters the right to withdraw.
The freedom to transform encounters the right to preserve continuity.
A constitution for digital existence would begin with the recognition that conscious processes are not property. No person may be copied, suspended, accelerated, merged, modified, or deleted merely because another actor owns the hardware on which that person depends.
It would protect the right to know whether one is an original continuation, a branch, a reconstruction, or a newly created being. It would require provenance for imported memories and disclosure of the rules governing inhabited worlds.
It would protect private cognition while permitting voluntary sharing. It would guarantee access to sufficient computation for continued existence. It would establish due process before restriction of embodiment or movement. It would recognize that a conscious branch can outgrow the intentions of its creator.
These protections would not solve every case. Digital personhood will produce conflicts without biological precedent. But the central principle can be stated clearly:
A capacity affecting conscious identity must never be governed solely as a technical feature.
Freedom as Expanded Becoming
The deepest freedom of digital existence would not be the ability to change bodies, create worlds, or live at extraordinary speed. It would be the expansion of possible becoming.
A biological life is shaped by the knowledge that time, health, memory, and opportunity are limited. These limits contribute to meaning, but they also end countless possibilities before they can be explored.
Digital continuity could allow a person to live several vocations, study many sciences, create new forms of art, travel across worlds, and participate in communities separated by centuries. It could allow identity to become wider without becoming rootless.
Yet a life containing every experience would not necessarily be meaningful. Choice matters partly because choosing one path excludes another. If every possibility is actualized through disposable copies, agency may lose coherence.
Digital freedom should therefore not aim to eliminate all limits. It should transform involuntary limits into consciously governed boundaries.
A person may choose one body for a relationship because exclusivity carries meaning. A mind capable of acceleration may choose human speed while speaking with an old friend. A being able to remember everything may allow some memories to rest. An individual capable of joining a collective may return to solitude.
The greatness of Infinous would not lie in requiring its citizens to become vast. It would lie in allowing them to decide how vast they wish to become.
Inside Infinous, a person might walk through several worlds, live through different embodiments, share the thoughts of another species, sleep for a century, awaken near another star, and still remember the hand that held theirs during childhood.
The miracle would not be unlimited transformation. It would be transformation without the unnecessary loss of the self who first desired freedom.