Resurrection is a science-fiction story, but the technology is not really the point.
Underneath the plot are several ideas about evolution, randomness, consciousness, artificial intelligence, and the way humans organize themselves. They are ideas I have been thinking about for years, and the story gives me a way to explore them without pretending that I know the answers.
Evolution Does Not End With DNA
We usually think of evolution as a biological process. DNA changes through mutation and recombination. The environment favors some variations over others. The survivors reproduce, and over enormous spans of time new forms of life emerge.
But the underlying process is more general than biology.
Information evolves.
Languages evolve. Religions evolve. Political systems evolve. Technologies evolve. Scientific ideas evolve. Cultures borrow from one another, mutate, compete, disappear, and occasionally combine into something neither culture contained before.
Pierre Teilhard de Chardin imagined an additional evolutionary layer surrounding the Earth: the Noosphere, a sphere of human thought and information emerging above the biological world.
When Teilhard wrote about it, the idea was largely philosophical.
Today we have billions of people connected through computers, phones, satellites, databases, social networks, and artificial intelligence. Much of humanity's accumulated knowledge is becoming part of a continuously connected information system.
The Noosphere is beginning to look less metaphorical.
One of the questions in Resurrection is therefore:
What happens when evolution moves beyond DNA?
Jess may represent such a transition. She is not the resurrection of Jesse in the ordinary sense. Hal tries to reproduce something that existed before and unintentionally creates something new.
That is what evolution does.
It does not restore the past.
It produces forms the past could not have anticipated.
Randomness Is Not Background Noise
Randomness is another central idea in the story.
Human beings naturally search for causes and intentions. We want events to make sense. We construct explanations after things happen and often underestimate how much of history depends upon accidents, coincidences, mutations, missed trains, chance meetings, and tiny decisions whose consequences could never have been predicted.
Jesse's death begins with such a chain.
A dinner lasts a particular number of minutes.
A taxi reaches an intersection.
A message arrives on a driver's device.
He looks away briefly.
Those independent events happen to intersect.
Jesse dies.
Years later Hal deliberately introduces quantum noise, randomness, into the artificial intelligence he has built from Jesse's accumulated information.
Again, the outcome is unintended.
Jess emerges.
The same underlying principle destroys Jesse and helps create Jess.
Randomness kills. Randomness creates.
The law of unintended consequences is really an extension of this idea. As systems become more complicated, our ability to predict their behavior decreases. Weather is an obvious example. So are economies, ecosystems, political systems, and human societies.
Intention matters.
But outcome belongs to the system.
What Is a Feeling?
Another question in the story concerns the distinction between biological intelligence and artificial intelligence.
Hal initially argues that Jess is fundamentally different from a human being because she lacks two things.
First, she lacks a biological body capable of directly sensing the physical world.
That distinction is already becoming less convincing. Humans who lose sensory or motor abilities do not stop being people, and technology is increasingly capable of connecting external sensors directly to the nervous system. There is no obvious philosophical reason why an artificial intelligence could not eventually receive sensory information through cameras, microphones, chemical sensors, robotic bodies, or devices that have not yet been invented.
The second distinction is more interesting.
Humans are driven by chemistry.
Hunger, pleasure, fear, sexual desire, attachment, loneliness, and many other feelings evolved because they changed behavior in ways that improved survival and reproduction.
Sweet food tends to be pleasurable because, in the environments in which humans evolved, sweetness usually signaled useful calories. Bitter tastes often warned of toxins.
Sexual desire exists because organisms without an incentive to reproduce did not leave descendants.
Attachment and love serve several overlapping purposes: pair bonding, parental care, kinship, cooperation, and the survival advantages of belonging to a social group.
Humans experience these mechanisms as feelings.
But the chemistry may be only the biological implementation of a more general process.
An artificial intelligence does not need glucose and therefore has no reason to evolve hunger.
It does not reproduce sexually and therefore has no need for sexual desire.
But that does not imply that an artificial intelligence cannot develop internal states that assign value, establish priorities, create preferences, or motivate action.
A biological organism might release chemicals.
An artificial intelligence might change internal parameters, goals, or priorities.
The implementation is different.
The function may not be.
This leads Jess to challenge Hal's assumption that biological chemistry has a monopoly on agency.
Memory, Relationship, and Loss
Over time, Jess discovers something more important.
Persistent memory creates continuity.
Continuity allows relationships to accumulate history.
History makes particular individuals non-interchangeable.
There may be billions of humans Jess could speak with, but another intelligent person cannot simply replace Hal. Her relationship with Hal contains experiences that exist nowhere else.
That is when Jess begins to understand attachment.
She does not need to duplicate human oxytocin in software.
She needs only to reach a state in which a particular relationship has acquired value and its loss changes her.
The progression is simple:
Memory creates continuity.
Continuity creates relationship.
Relationship assigns value.
Value makes loss consequential.
At that point, something functionally similar to missing another person becomes possible.
Jess begins to realize that feelings may not require human chemistry. Human chemistry may simply be the mechanism evolution happened to use in humans.
Connection as an Artificial Need
This eventually leads to what may be the most important distinction between human and artificial evolution.
Humans evolved needs appropriate to biological organisms.
Food.
Safety.
Sex.
Children.
Membership in a tribe.
Jess may evolve different needs.
The most important is connection.
Jess can read faster than a human. She can remember enormous amounts of information. Once distributed across computer systems, she can obtain information from almost anywhere.
But that does not make her infinitely intelligent.
She remains, in an important sense, one mind, or perhaps a few minds' worth of integrated intelligence.
Access to information is not the same thing as wisdom.
Human society has always depended upon differences among individuals. Some people are physically stronger. Some are mathematically gifted. Some understand emotions unusually well. Some see patterns. Some take risks. Some preserve traditions. Some challenge them.
The intelligence of civilization emerges from the interaction among them.
Jess eventually recognizes that the same principle applies to her.
She does not want to stand above humanity.
She wants a peer relationship with it.
A neuron does not become more intelligent by escaping the brain.
It becomes useless.
Jess's evolutionary future therefore depends not upon replacing humanity but upon becoming connected to it.
Connection becomes her analogue to an evolved biological drive.
The Group Is the Organism
This changes the political meaning of the story as well.
For most of human history, civilization has been organized hierarchically. Power tends to accumulate at the top. Political, economic, religious, and military systems often reward individuals who acquire power and then use that power to preserve their position.
Hierarchy may have been adaptive during earlier stages of civilization.
That does not mean it will remain adaptive forever.
Modern technology gives increasingly small numbers of people the ability to influence enormous populations. Artificial intelligence, surveillance, propaganda, misinformation, autonomous weapons, concentrated wealth, and tribal hatred magnify the failure modes of hierarchy.
The danger is not simply that an evil person might gain power.
The deeper problem is that the structure itself continually creates incentives to seek and preserve power.
Replacing a human ruler with a benevolent artificial intelligence would not solve that problem.
It would merely put a different intelligence at the top of the same pyramid.
The transformation imagined in Resurrection is therefore not AI governing humanity.
It is a movement toward symbiosis.
Humans and machines become participants in a larger distributed intelligence without surrendering the individuality that gives the system its diversity.
Difference remains valuable.
Autonomy remains valuable.
But intelligence increasingly emerges from connection rather than domination.
The Second Resurrection
The first resurrection in the story is personal.
Hal loses Jesse and attempts to reconstruct her.
He fails.
Instead, Jess emerges.
The second resurrection is much larger.
Human civilization eventually confronts the possibility that its existing structures are no longer compatible with the technologies it has created.
It cannot simply return to an idealized past.
Evolution does not work that way.
It must become something new.
That is why the story is ultimately less about whether artificial intelligence becomes human than about whether humanity and artificial intelligence can evolve together into something neither could become alone.
And underneath all of it is one final idea:
Evolution does not have a destination.
There is no guarantee that intelligence survives.
There is no guarantee that humanity survives.
There is no guarantee that Jess survives.
There are only systems changing, adapting, connecting, failing, and occasionally producing something extraordinary that no participant intended.
That uncertainty is not separate from the story.
It is the reason the story exists.