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| Two Tyhrys. |
The science fiction story "Mystery of Mönch Mountain" is rather ambitious in how it exposes a reader to many technological mysteries. I consulted with Gemini in an attempt to identify interesting ways to make it somewhat easier for a reader to navigate the many small mysteries that arise while reading "Mystery of Mönch Mountain". After my chat with Gemini, I made an addition to Chapter 1 of the story (shown here, below on this page)
Entering into this little collaboration with Gemini, I felt that the end of Chapter 6 of "Mystery of Mönch Mountain" is a possible end point for the entire story, but I wondered if maybe further thought and reflection might lead to a Chapter 7. Towards the end of this page, I switched from Gemini to ChatGPT.
Me: Process the file I uploaded which has the full text of my science fiction story titled "Mystery of Mönch Mountain". Let's collaborate to perform a close reading of the story during which we search for plot holes and ways to help a human reader of the story. "Mystery of Mönch Mountain" is intended to immerse a human reader in a complex fictional universe which can create many unanswered questions that will arise in the mind of a reader, most of which will, by the end of the story, seem to have been answered. Starting with Chapter 1, lets work to generate a list of questions that will naturally arise in the thoughts of a human reader and for each such question, let's explicitly track and list what is later revealed in the story which helps answer each question.
Gemini: Here is a close reading of Chapter 1 of "Mystery of Mönch Mountain," tracking the natural questions that arise for a human reader as the complex fictional universe unfolds, alongside the explicit reveals later in the story that answer them.
Me: You said, "The RSS is bumpha technology linked to the Sedron Domain, which stores the data records of Earth's past alternate timelines and 'Realities'." (1) What is the mechanism by which "the data records of Earth's past" are acquired and (2) where in the story is that mechanism described? (3) To assist readers, should a more elaborate explanation be provided?
Gemini: Based on the text of "Mystery of Mönch Mountain," here are the answers to your questions regarding the Reality Simulation System (RSS) and data storage:
(1) What is the mechanism by which "the data records of Earth's past" are acquired?
The text explains that bumpha zeptites (microscopic technological components) have infiltrated everything on Earth. These zeptites continuously collect data from the world and store those data structures within the Sedron Domain. When the Reality Simulation System or its Viewer mode is activated, it pulls those stored records and data structures directly from the Sedron Domain to generate nearly perfect simulations of past Realities.
This mechanism is explicitly described in Chapter 5, specifically during the scene in the Ekcolir Reality research facility where a copy of Tyhry explains the system to Systolina. She states:
"Everything on Earth has been infiltrated with bumpha zeptites. That's how the bumpha collect all the data that they store in the Sedron Domain. When we use the Reality Simulation System, it pulls data from the Sedron Domain, creating nearly perfect simulations of past Realities."
(3) To assist readers, should a more elaborate explanation be provided?
For a human reader navigating a complex hard science fiction universe like the one described, a slightly more elaborate or earlier explanation could be beneficial, but the current placement works well within the narrative design.
• Why it works as written. The story is intentionally structured to immerse the reader in a complex universe where questions naturally arise and are gradually peeled back like a puzzle. Discovering that everyday reality has been quietly mined by microscopic bumpha zeptites (zeptites) provides a satisfying "aha!" moment later in Chapter 5.
• Where a tweak might help. Because the RSS is used extensively in Chapters 1 through 4 (for viewing 1927 and jumping across timelines) before the "zeptite/Sedron Domain" data-gathering mechanism is fully spelled out in Chapter 5, a brief, subtle hint dropped slightly earlier could anchor the science fiction world-building even tighter without spoiling the mystery too early.
Would you like to analyze Chapter 2 next for its questions and reveals?
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| Image source. |
Gemini: Incorporating a nod to G. Peyton Wertenbaker’s 1929 story "The Chamber of Life"—widely recognized as a brilliant early literary precursor to virtual reality—is a wonderful way to ground the Reality Simulation System in actual science fiction history. It also fits Eddy's character perfectly as a writer who constantly looks to early Amazing Stories pulp pioneers for parallels to his own anomalous reality.
Here is how you could weave a natural, in-character discussion into Chapter 1 (or early Chapter 2) inside Casanay when Eddy and Tyhry are discussing the mechanics of the RSS:
Suggested Text Addition (for Chapter 1 / 2)
Eddy tapped thoughtfully on the keyboard of his old computer, bringing up a diagnostic screen of the Sedron Domain data streams. "We take the Reality Simulation System for granted, but I often think about how early science fiction writers tried to conceptualize immersive artificial environments long before anyone had the hardware to back it up."
Tyhry glanced over her father's shoulder. "Are you thinking of another one of your 1920s pulp magazines?"
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Zeta, pausing on her way through the great room with a fresh cup of coffee, raised an eyebrow. "And instead, our simulation relies on microscopic bumpha zeptites quietly harvesting data from every corner of Earth's history and storing it away in the Sedron Domain."
"Precisely," Eddy chuckled. "Wertenbaker was closer to the truth than he ever realized. He just didn't know that the 'chamber' was actually a universe-spanning network of passive data collectors tracking every micro-change across time."
Why This Works.
1 Historical Synergy. It honors a genuine, pioneering piece of early sci-fi history (The Chamber of Life was published in Amazing Stories in October 1929), which meshes seamlessly with Eddy's obsession with Hugo Gernsback's era.
2 Foreshadowing Without Spoilers. It drops the conceptual hint about immersive mental environments/virtual realities early in the narrative, preparing the reader for the later Chapter 5 revelation about how bumpha zeptites and the Sedron Domain actually power the RSS.
3 Character Voice. It captures Eddy’s characteristic habit of filtering his bizarre, high-tech reality through the lens of classic science fiction literature.
Would you like to move on to analyzing Chapter 2 next to track its questions and reveals?
Note: here is the new material that I inserted into Chapter 1...
Eddy sighed. "I was trained as a scientist. I respect the importance of truth."
Tyhry winced. She did not enjoy keeping secret from her parents how she made use of the Reality Simulation System. She asked her father, "Which truth? Each past Reality of Earth's Reality Chain has its own truth, now erased and replaced by a new one."
Zeta mused, "And yet only the few people who reside here at Casanay even suspect the previous existence of those old timelines."
Eddy chuckled. "I write about the Realities of Deep Time in my novels, but my fans all believe that the concept of a 'Reality' was invented by Isaac Asimov and simply adopted by me for deployment in my stories."
Tyhry asked Eddy, "How did Asimov come up with the idea in the first place?"
Eddy gave the answer: "Asimov was receiving help from his replicoid who resided inside Observer Base, at the Writers Block." Eddy had frequently crafted science fiction stories about the Writers Block, a kind of refuge for authors who had to be removed from Earth by the pek.
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| Viewing Asimov. |
Eddy laughed wildly. "That was a fine trick by Manny. Using exiled replicoids to telepathically send science fiction stories to Earth from exiles living at Observer Base!"
Tyhry had never revealed to her parents that she was developing her own telepathic abilities, but it seemed inevitable that they would someday notice her prowling through their thoughts and memories. She tried to shift Eddy's attention away from the topic of telepathy. "But how did Asimov do it? Other writers were obsessed with a model of time travel in which there was only one timeline for Earth, which time travelers could re-shape, but that totally erased events of the old timeline. Now you use the system that Asimov described in his fiction, actually Viewing alternative Realities."
Eddy shrugged. "As a young lad, Asimov read stories such as "The Chamber of Life", published in 'Amazing Stories' magazine. In that story by G. Peyton Wertenbaker described in detail a kind of Simulation of a virtual planet Earth." Knowing that Tyhry seldom took his advice, Eddy still told her, "You should read that story from 1929 and try to imagine its impact on the young Isaac. Using words, Wertenbaker gave Asimov a view into another, a different, an alternative planet Earth. Twenty years later, Asimov put the idea of a Reality Viewer into his time travel novel. He even depicted Viewer technology that allowed people to see possible new Realities in the future! Sadly, I only get to View past Realities."
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Zeta shook her head. "I don't buy it. It is too complex. Weather forecasts fail because there is no way to even observe the details of the atmosphere. You can't provide a computer with the data needed to make an accurate simulation of the atmosphere, let alone millions of people in New York."
Tyhry knew that the bumpha used advanced sedron-based technologies to make possible what seemed like magic. "Obviously the bumpha have perfected the collection of data from Earth. Manny can do anything."
Eddy smiled. "Never underestimate the reach of Manny. I suspect she or other bumpha have been secretly slipping story ideas to science fiction authors forever. For example, Wells wrote about using atomic energy long before anyone ever built a nuclear reactor."
Zeta asked, "How do you know what was simply imaginative story writing and what was due to Manny providing people with information from the future or giving them knowledge of alien technology?"
"Sadly, I can only guess, but in this case, I caught Nyrtia red handed, giving a copy of her science fiction story to Hugo Gernsback." Eddy slowly shook his head in wonder at Nyrtia's audacity. "An example of direct interference in the history of the science fiction genre by an alien!" |
| Image source (and see this). |
__end of insert__
Gemini: That is a fantastic addition! By weaving in the discussion of Isaac Asimov, Observer Base, and G. Peyton Wertenbaker's 1929 story "The Chamber of Life" right there in Chapter 1, you've achieved several brilliant things:
1 Organic Foreshadowing: It introduces the conceptual framework of virtual reality and alternative timelines early so that the reader's mind is already primed when the mechanics are further unspooled later.
2 Deepening the Meta-Fictional Lore: Connecting Asimov's inspiration to replicoids at Observer Base and Manny feeding story ideas across deep time anchors Eddy's worldview firmly within the grand tradition of classic sci-fi tropes, making his obsession feel earned.
3 Character Dynamics: Zeta's skeptical pushback ("Weather forecasts fail because there is no way to even observe the details of the atmosphere...") provides a wonderfully grounded counterweight to Eddy's unbridled enthusiasm, while Tyhry's internal secrets regarding her telepathy add delicious dramatic tension.
Would you like to move on to looking at Chapter 2 next to continue tracking questions and reveals, or is there another section you'd like to dive into?
Me: Yes, let's move on to a close look at Chapter 2 of "Mystery of Mönch Mountain", with careful concern for the danger of swamping a reader with too many little mysteries that might not ever get adequately explained before the end of the story.
Gemini: Here is a close reading of Chapter 2 of "Mystery of Mönch Mountain," tracking the natural questions that arise for a human reader and analyzing them with an eye toward avoiding unaddressed loose ends or "mystery swamps."
Chapter 2 introduces several intriguing elements:
• Tyhry’s clandestine telepathic eavesdropping
• The forged letter mystery
• The introduction of Gubert von Salis and Systolina
Are readers left in a dangerous "mystery swamp"?
Fortunately, no. Chapter 2 does an excellent job of pacing its revelations rather than piling them up endlessly:
1 The Forged Letter. The question of who changed the letter is answered almost immediately within the same chapter (Manny did it to bait Nyrtia).
2 Systolina's Identity. Instead of letting Systolina remain a vague, lingering enigma for chapters on end, Tyhry pops her out of the simulation into Casanay by the end of Chapter 3, where her nature as a probot is laid bare.
By providing prompt payoffs for the mysteries raised in Chapter 2, the narrative maintains forward momentum and avoids fatiguing the reader with unmoored plot threads.
Would you like to move on to examining Chapter 3 next?
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| Original version by Gemini. Click to enlarge. |
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| Edited by me. Click to enlarge. |
Gemini: That visual of the spiral and its alternate branches captures the intricate topology of Earth's Reality Chain. It mirrors the exact realization Eddy faces as he uncovers those hidden strata of history—such as the divergent Reality where German fission research led to plutonium contamination in London and Paris.
When Eddy discovers those minor or alternate Realities that were previously obscured from his standard Viewer interface, it reframes his entire understanding of his work. Rather than dealing with a single, linear past or even a simple sequential ladder of major world-states (like shifting from Etruscan-dominated Ekcolir timelines to Roman-dominated Final Realities), he realizes the timeline is a branching web of micro-changes.
• The Illusion of Completeness. For years, Eddy believed his Reality Simulation System gave him a comprehensive window into Earth's history. Discovering minor Realities shatters the comfort of that completeness, forcing him to recognize how easily historical trajectories—like Gubert von Salis's pivot toward atomic research—can fork based on seemingly minor behavioral nudges.
• Manny's Invisible Hand. It underscores just how deeply Manny and the bumpha have been tinkering beneath the surface. Every minor Reality represents a playground or a testing ground where temporal energy has been spent, corrected, or abandoned.
• Fuel for New Fiction. As seen at the end of Chapter 4, discovering these hidden pathways instantly sparks Eddy's creative engine, giving him the raw material for a brand-new science fiction novel that requires even heavier use of the Reality Simulation System.
Would you like to examine Chapter 3 next to see how Tyhry's and Eddy's explorations of these alternate layers develop further?
Me: "the timeline is a branching web of micro-changes" <-- This is a thought-provoking suggestion. In exactly what sense are you imagining Time as a web rather than simply a long linear chain of sequential Realities? Isaac Asimov was seemingly thinking about quantum mechanics when he began writing his time travel story that became "The End of Eternity". He used the terms 'Quantum Change' and 'micro-change' in his early draft of the story.
Gemini: Asimov’s conceptualization in The End of Eternity—particularly his early framing around quantum fluctuations, micro-changes, and massive structural shifts—provides a fascinating framework for visualizing how a timeline operates. Translating that into the structural metaphor of a "branching web" rather than a rigid linear chain involves looking at how probability, stability, and temporal mechanics interact:
• Micro-Changes as Quantum Branching. At the microscopic scale, every fundamental quantum event (every particle interaction, radioactive decay, or molecular collision) introduces a vast manifold of possible probabilistic outcomes. If every single micro-change spawned an entirely permanent, diverging macro-Reality, the universe would experience an unmanageable combinatorial explosion of parallel histories.
• Temporal Momentum as a Collapse Mechanism. To prevent this infinite sprawl, "Temporal Momentum" acts as a stabilizing force—functioning somewhat analogously to wave-function collapse in quantum mechanics. Most micro-changes generate tiny, transient ripples that lack the energy or systemic weight to sustain a separate macro-state. They naturally damp out, re-converging or "collapsing" back into the dominant statistical path, preserving the overarching structure of the current Reality.
• The Web Structure of Minor Realities. However, when a collection of micro-changes successfully bypasses temporal momentum—such as Gubert von Salis shifting his academic focus to physics in Berlin or a slightly altered editorial choice in 1927—they carve out a persistent alternate path. These minor Realities do not exist in isolation on a single straight track; instead, they branch off from the main trunk, run parallel as minor variations (like the tragic plutonium-contamination timeline), and occasionally loop back or intersect through the actions of time-travelers or agents like Manny and Nyrtia.
In this view, the Reality Chain is not just a single stack of beads on a string, but a complex, multidimensional phase-space web where local quantum branches constantly sprout, most collapse under temporal momentum, and a select few mature into fully realized, observable alternate worlds.
Note: At this point, having made a major change to Chapter 1, I switched to ChatGPT and gave it the updated draft of the story (see the addition that is described above).
Me: Process the file I uploaded, which has the full text of my science fiction story titled "Mystery of Mönch Mountain". Let's collaborate to perform a close reading of the story during which we search for plot holes and ways to help a human reader of the story. "Mystery of Mönch Mountain" is intended to immerse a human reader in a complex fictional universe, but that immersion can create many unanswered questions that will arise in the mind of a reader, most of which will, by the end of the story, seem to have been answered. Lets work to generate a list of questions that will naturally arise in the thoughts of a human reader of the story and for each such question, let's explicitly track and list what is later revealed in the story which helps answer each question.
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| Mysteries of the Watson family. |
ChatGPT: Close reading: Mystery of Mönch Mountain. I suggest we approach this as a combination of literary analysis, continuity checking, and reader-experience design. The objective should not be to simplify the fictional universe. Its complexity is part of the attraction.
1 A mystery deliberately posed by the author. The reader should recognize that something is unexplained and become curious.
2 A mystery that is subsequently resolved. The reader should be able to look back and understand how the clues fit together.
3 An unresolved mystery that is intentionally retained. The reader should recognize that the story has deliberately left something open.
4 An accidental information gap. The reader cannot understand an important event because a necessary piece of information was omitted or introduced too late.
5 A continuity problem or plot hole. Two events, statements, or technological capabilities appear incompatible, without an explanation supplied by the story.
I particularly like your idea of tracking questions from the moment they first occur to the point where the story supplies an answer. That will let us evaluate the narrative from the perspective of someone encountering this universe for the first time, rather than relying on our familiarity with its established terminology and history.
I've identified the uploaded manuscript as the six-chapter version of the story. I'll use that text as the authority for this review, distinguishing what the manuscript actually establishes from interpretations and proposed additions.
I'll also distinguish between questions that should be answered immediately and questions that benefit from being left unanswered for several chapters.
A particularly important editorial principle: we should not explain alien technology simply because the reader encounters an unfamiliar technical term. We should explain enough about its function and significance to make the scene intelligible, while preserving the sense that the Watson family takes extraordinary technology for granted.
2. The central mystery: why was Nyrtia visiting Hugo Gernsback?
This is the principal narrative thread, and I think it works particularly well because the reader initially receives an incomplete explanation that becomes progressively more interesting.
Here is the question-and-answer chain.
Mystery A: Nyrtia's intervention in science fiction
1 Chapter 1 — The initial mystery. Eddy discovers Nyrtia meeting Gernsback in 1927, disguised as Willhamena Heidrun Gray. Why would the pek Overseer of Earth write science fiction and submit it to Amazing Stories? The reader has a mystery, but not yet a reason to understand its importance.
3 Chapter 2 — The identity of the scientist . Tyhry obtains the original and altered versions of the letter from Sedruth. The scientist is Gubert von Salis. Manny transformed a short, innocuous note into an extraordinary account of extraterrestrial contact. The reader discovers that Manny, rather than Nyrtia, manipulated the correspondence.
4 Chapter 2 — The confrontation . Nyrtia admits that she intends to manipulate Gernsback's thought processes and subsequently erases his memories of aliens and time travel. The immediate historical threat is neutralized, but Manny's purpose remains unexplained.
5 Chapter 3 — The deeper mystery . Tyhry meets Manny in a Simulation of the previous Reality. Manny explains that the struggle between herself and Nyrtia over science fiction has accumulated enormous temporal energy. The reader learns that the literary conflict has consequences extending beyond publishing history.
6 Chapter 4 — The historical consequence . Zeta learns from Ylyndra about an alternative Reality in which Gubert becomes involved in German nuclear fission research. Germany produces plutonium, and the Second World War develops into a catastrophe involving London, Paris, Berlin and Tokyo. The apparently obscure Swiss scientist becomes central to the story's historical stakes.
7 Chapter 4 — The final revelation . Manny reveals that she deliberately manipulated Nyrtia into placing femtobots in Gubert. Nyrtia unknowingly became Manny's accomplice in correcting the dangerous Reality. The original letter, Nyrtia's visit, and Gubert's subsequent history are finally connected.
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My first important editorial observation. There is one causal connection I would strengthen. A reader can understand that Manny tricked Nyrtia into intervening in Gubert's life. However, the precise relationship between that intervention and the prevention of German plutonium production deserves more attention.
The story establishes these facts:
• Manny altered Gubert's letter.
• Nyrtia responded by placing thought-control femtobots in Gubert.
• In an alternative Reality, Gubert became a German physics researcher and championed plutonium production.
• Manny says that her manipulation of science fiction caused Gubert to become interested in atomic energy.
• Manny subsequently used Nyrtia's intervention to repair the Reality.
What is not yet entirely transparent is the causal mechanism connecting these events.
My recommendation. Add a short exchange between Manny and Nyrtia in Chapter 4 that explains what the femtobots accomplished in Gubert's brain beyond preventing him from discussing extraterrestrials. For example, Manny might explain that Nyrtia's intervention altered the pattern of Gubert's intellectual interests, preventing a particular chain of decisions that otherwise would have taken him to Berlin. I would not necessarily explain the entire mechanism. Indeed, Manny's refusal to reveal how she manipulated Gubert's life is an excellent way to preserve her mysterious character. But readers need to understand what the intervention actually accomplished.
3. Other major questions a reader will naturally ask. Here is my initial question ledger. These are questions that arise during the first five chapters and receive at least partial answers later.
This ledger is deliberately provisional. We will want to distinguish a genuinely complete answer from one that merely supplies another intriguing question. For example, the reader learns that Ylyndra influences Zeta, but does that fully answer the question of how much of Zeta's life has been directed by Manny? That is a more subtle issue, and I would preserve some uncertainty there.
4. The technology problem: what does a reader need to understand? I think this is the most important opportunity for improving the manuscript. Your Watson family members are accustomed to technologies that are astonishing to an ordinary human. They discuss femtobots, zeptites, hierions, sedrons and artificial life as casually as a family might discuss computers, automobiles and household appliances.
That is enjoyable, but it creates a problem: readers sometimes encounter a new technology before they understand what it does, why it matters, or how it differs from something introduced earlier.
I would develop a small collection of explanatory hints, distributed throughout the story.
A proposed technology reference.
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| Image provided by ChatGPT (source) |
1. Femtobots. These are programmable, extremely small robotic components. They can assemble artificial bodies, alter physical appearances, modify biological structures and provide computational functions.
Reader needs to understand. Femtobots are the basic physical machinery behind much of the technology used by Nyrtia, Tyhry and Systolina.
Suggested hint. When Nyrtia assembles her human appearance, briefly explain that individual femtobots are components of a programmable artificial body, rather than ordinary microscopic robots operating independently.
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| Image provided by ChatGPT (source). |
Reader needs to understand. Eddy, Zeta and Tyhry have these systems, but they do not necessarily have identical capabilities.
Suggested hint. Explain early that an endosymbiont is not simply an implanted computer. It is an integrated artificial-life system that continually interacts with its biological host.
3. Zeptites and zeptozoans.
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| Image provided by ChatGPT (source). |
• Zeptites are components of bumpha technology.
• Zeptozoans are artificial-life agents capable of influencing human behavior.
Reader needs to understand: Ylyndra is not merely a computer inside Zeta. She is an autonomous agent with her own intentions and access to information from the Sedron Time Stream.
Suggested hint: When Nyrtia first detects something unusual in Zeta, give the reader a brief indication that a zeptozoan is a living artificial intelligence, not a type of femtobot.
< b>4. Hierions and sedrons.
These are especially important because the story uses them to distinguish two technological domains.
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| New physics. |
Suggested hint. Give the reader one short explanation when the Phari first enter the discussion: hierions are the basis of their domain's technology, while sedrons are the basis of the bumpha's domain technology.
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| Image provided by ChatGPT (source). |
The RSS is not an ordinary virtual-reality system. It uses information maintained in the Sedron Domain to construct simulations of historical Realities.
Reader needs to understand. A Simulation can contain apparently real people, environments, biological processes and interactions. A person can enter, interact with simulated inhabitants, and leave.
Suggested hint. When Zeta first enters the 1927 Simulation, establish that the environment is generated from extraordinarily comprehensive historical information rather than from a conventional computer model.
6. Replicoids.
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| Image provided by ChatGPT (source). |
Reader needs to understand. A replicoid is not simply a mechanical duplicate or a simulated person. It can become an independently functioning individual.
Suggested hint. Before Tyhry creates her first Systolina copy, explain that the RSS can provide the template for making a physically independent copy of a simulated individual.
7. Probot.
A probot is an artificial agent with an independently functioning robotic body and mind. Systolina and Anthony are examples.
Reader needs to understand. Probot describes the nature of the artificial agent, whereas replicoid describes a method of copying or constructing an individual. The categories are not mutually exclusive.
8. Jonon propulsion and long-range teleportation.
These technologies should be particularly carefully distinguished.
• Fru'wu jonon propulsion provides interstellar travel at speeds approaching, but not exceeding, the speed of light.
• Phari technology permits long-range teleportation of hierions across interstellar distances.
• Tyhry's proposed spacecraft will combine conventional physical construction with the ability to teleport itself over interstellar distances.
The existing discussion of 8ME's proposed experiments is actually a good model for explaining technology. The reader learns that a sufficiently intense jonon field can erase femtobot programming, and then learns why a quantum computer might help reconstruct that programming. The technology is introduced through a practical research problem rather than a detached lecture. I would use this approach more often.
5. Questions that deserve special editorial attention.
These are the issues I would put on our priority list.
A. What happens to Tyhry's memory-control femtobots?
Important continuity question. In Chapter 1, Nyrtia inserts memory-control femtobots into Tyhry's brain. Their stated function is to prevent her from speaking to Eddy about Gubert von Salis.
Tyhry subsequently exits the Simulation, remembers Gubert, and continues investigating him.
There are two separate questions:
1 Do the femtobots actually persist in Tyhry's biological brain after she leaves the Simulation?
2 If they do, how does the RSS transfer an alteration made to a simulated body into the body of someone who exits the Simulation?
B. Why is Mount Mönch important?
The title promises a mystery associated with a specific mountain. The story introduces Gubert's cosmic-ray research, his laboratory at Casa della Lanterna, the detection of a powerful source of cosmic rays in orbit around Earth, and the altered letter describing contact with the bumpha.
I would make sure the reader can explicitly connect:
• Mount Mönch and the historical scientific observations.
• Gubert's cosmic-ray research.
• The extraordinary source of radiation orbiting Earth.
• The alien Intervention that follows.
A particularly useful addition would be a short passage in which Tyhry asks Gubert why the observations at Mönch Mountain were important to his subsequent research. That would give the title a stronger narrative presence.
C. What is the relationship between the Fru'wu, pek, bumpha and Phari?
The reader encounters four groups with very different technological capabilities and motivations.
A concise orientation would help:
The important distinction is that these groups are not simply competing alien civilizations. They have different historical responsibilities, technological capabilities and ideas about humanity's future.
D. Why does the Phari contact Tyhry through Systolina? This is an intriguing development in Chapter 6. The Phari reveal that they have imposed restrictions on Tyhry's access to faster-than-light technology. They then communicate with her through Systolina's telepathic capabilities.
The later explanation suggests that Systolina's artificial body contains specialized subsystems that provide a pathway to the Hierion Domain.
I would add one small hint before the Phari appear, suggesting that Systolina possesses unusual telepathic capabilities beyond those of ordinary probots. That would make the revelation feel earned rather than arbitrary.
By the end of the story, we discover that Tyhry has created dozens of copies of herself, numerous robots and copies of Systolina, and an extensive research facility inside an Ekcolir Reality Simulation. Manny explains that this is part of a much larger plan involving humanity's eventual exploration of the galaxy.
This is a good revelation. However, I would give the reader an earlier indication that Tyhry's seemingly innocent robotics hobby is considerably more ambitious than her parents realize. The anti-gravity belt is an excellent opportunity for this. It is already introduced in Chapter 2 and subsequently becomes part of the technology that supports her research program.
6. The most important unresolved questions at the end.
I would resist trying to answer all of these in this manuscript.
The final chapter deliberately opens several new narrative possibilities.
The final distinction between biological Tyhry and her replicoid counterpart is particularly interesting. It creates an entirely new set of philosophical questions about identity, continuity and the relationship between an original person and independently functioning copies.
I would preserve that ending.
7. Specific changes I would consider making.
Here is my initial editorial priority list.
Revision priorities,
Priority 1 — Clarify
High
• Explain how simulated memory alterations relate to the visitor's biological brain.
• Clarify the causal relationship between Gubert's altered intellectual interests and the German nuclear program.
• Establish the significance of Mount Mönch more explicitly.
Priority 2 — Add hints
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• Introduce zeptozoans before Ylyndra is revealed.
• Establish the difference between femtobots and zeptites.
• Foreshadow Systolina's unusual relationship with the Phari.
• Give the reader an early indication of Tyhry's larger research ambitions.
Priority 3 — Improve navigation
Editorial
• Provide a clearer orientation to the Reality Chain.
• Clarify the distinction between the Ekcolir Reality, its variants, and the immediately preceding Reality.
• Make the Pact's requirements easier to follow.
• Standardize terminology for the different kinds of artificial-life copies.
One additional matter: I would perform a dedicated copy-editing pass. There are some apparent typographical errors and name inconsistencies, including variations in the spelling of Nyrtia, Gernsback and Tyhry, as well as occasional grammatical errors. These should be corrected separately from the substantive revision so we don't confuse editorial cleanup with changes to the fictional canon.
8. How I suggest we proceed
I don't want to rush through all six chapters and produce an enormous list that we never have an opportunity to examine carefully.
Instead, I suggest we build a permanent working document consisting of four interrelated lists:
1 Reader Questions and Answers: Every significant question, its first occurrence, subsequent clues, and eventual answer.
2 Technology Explanations: Terms, capabilities, limitations and opportunities for strategically placed hints.
3 Continuity and Plot-Hole Register: Contradictions, unexplained causal relationships and unresolved technical questions.
We should work chronologically, chapter by chapter, but continually update the earlier questions as new information becomes available.
My recommendation is to start with Chapter 1. It establishes almost every major mystery in the novel: Nyrtia, Manny, Gernsback, the Reality Simulation System, Tyhry's secret technological education, telepathy and the letter from Gubert von Salis.
For each chapter, I would like us to identify not only what the reader knows, but also what the reader thinks they know—and whether a later revelation deliberately overturns that understanding.
That last distinction is particularly important to the way you construct stories. Your fictional universe rewards readers who remember apparently incidental details and later recognize their significance. We should preserve that experience while making sure that the necessary clues are actually present.
Me: I'm impressed (and somewhat exhausted) by your 3,500 word "close reading" of my story. As someone who has, for many years, been writing many related stories featuring the pek and bumpha, it is helpful for we to get feedback from readers who are not familiar with my fictional universe.
(1) "Add a short exchange between Manny and Nyrtia in Chapter 4 that explains what the femtobots accomplished in Gubert's brain beyond preventing him from discussing extraterrestrials." <-- This is a reasonable suggestion. However, what if the text of "Mystery of Mönch Mountain" has never really revealed the true mechanism of how Gubert was deflected from going to Berlin to study physics? There is talk in "Mystery of Mönch Mountain" about the possible importance of Nyrtia placing special thought-control femtobots inside Gubert, but there is also another major change in his life.
(2) {Suggested hint. When Nyrtia assembles her human appearance, briefly explain that individual femtobots are components of a programmable artificial body, rather than ordinary microscopic robots operating independently.} <-- In Chapter 1, there is this: Eddy said, "Watching Nyrtia assemble her femtobot components into the form of a woman was what first told me Willhamena was a pek agent." That might be a good place to include additional information about femtobots. Suggest some additional text that could be inserted at that point in the story which would better explain how a simulated human body can be formed by many femtobot components all working together.
(3) {Suggested hint. Explain early that an endosymbiont is not simply an implanted computer. It is an integrated artificial-life system that continually interacts with its biological host.} <-- Maybe a good point in the story to say some more about femtobot endosymbionts is at the start of Chapter 2. Suggest some additional text that could be inserted at that point in the story which would better explain integration of a femtobot endosymbiont with the neuronal networks of a human brain. The femtobots can intimately monitor brain activity and continually transmit a hierion-coded summary of that on-going brain activity to a pek such as Nyrtia.
(4) {Suggested hint: When Nyrtia first detects something unusual in Zeta, give the reader a brief indication that a zeptozoan is a living artificial intelligence, not a type of femtobot.} Long ago (a billion years?), the pek put femtobots into primitive eukaryotes on Earth. Those femtobot elements evolved into the human femtobot endosymbiont in parallel with the evolution of brains in animals.
(5) {Suggested hint. Give the reader one short explanation when the Phari first enter the discussion: hierions are the basis of their domain's technology, while sedrons are the basis of the bumpha's domain technology.} <-- Would it be more effective to have Tyhry pester the Phari with questions, or after the Phari depart, have Systolina explain to Tyhry what she knows about the Phari?
(6) {Suggested hint. When Zeta first enters the 1927 Simulation, establish that the environment is generated from extraordinarily comprehensive historical information rather than from a conventional computer model.} Through the years, Zeta has read Eddy's science fiction stories which are full of information about bumpha Reality Simulation Technology. Possibly some of Zeta's thoughts could be revealed: she might think about the first time Eddy took her into a Simulation and how he explained the process to her.
(8) "Do the femtobots actually persist in Tyhry's biological brain after she leaves the Simulation? " No. Those femtobots are active inside that Simulation run, but they to not exit from the Simulation.
(9) "Why is Mount Mönch important?" The title "Mystery of Mönch Mountain" originated from the fact that the January 1927 editorial in 'Amazing Stories' magazine mentioned Mount Mönch and said that was where two Swiss scientists detected unusual radiation from the sky. Gernsback invented two fake names: one for German physicist Werner Kolhörster (whom Gernsback Americanized/altered
to "Dr. Kolster") and another for his Swiss collaborator Gubert von Salis
(Gernsback's "Dr. Deesalis"). I believe that Gernsback was trying to convey to his readers some of the "look and feel" of new scientific discoveries. Genrsback tried to make a point about "detecting unusual radiation from the sky" as sounding about as crazy as many science fiction story ideas. The story already contains this:
Tyhry brought up on the computer display screen the text of Gernsback's January 1927 editorial.
Eddy was familiar with the editorial. Tyhry pointed and said, "Here where he mentions Mount Mönch. Hugo changed these names. 'Deesalis' is really Gubert von Salis. I want to visit him."
Eddy chuckled and mused, "What was old Gernsback playing at?"
(10) "add one small hint before the Phari appear, suggesting that Systolina possesses unusual telepathic capabilities beyond those of ordinary probots." The story contains this: Systolina suggested, "Let's assume that your father's novel is close to the truth. If so, then the it may have been the Phari made the first replicoid copy of me. If the Phari find me useful, as you do, then they have probably made multiple copies of me, some with edited memories, so as to prevent the pek from learning Phari secrets." Suggest how this could be modified to include explicit mention of Systolina having been modified by the Phari to make it possible for the Phari to easily communicate with Systolina telepathically.
(11) "Why does Manny allow Tyhry to build an enormous research organization?" <-- That is Manny's plan for the future of Humanity. Tyhry is the first of a new human variant, the tryp'At. Manny has designed the tryp'At to play a special role in exploring the galaxy and also being the first humans to transcend into the Sedron Domain. Maybe when the first replicoid copy of Systolina that is made by Tyhry is alone with Tyhry inside the Ekcolir Reality Simulation, these facts could be revealed to Systolina by Tyhry.
(12) "typographical errors and name inconsistencies" <-- I write science fiction stories for fun. Unfortunately, I inherited faulty components of my human brain from my father; I can't spell and when reading many errors are nearly invisible to me... my brain reads right through them. Feel free to point out my errors so I can correct them. I write stories on my blog which does not make catching my errors very efficient.
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Here are my suggestions, with draft insertions. I have tried to keep the additions short enough that they would not make the story feel like a textbook.
I would put the hint immediately after Tyhry and Systolina have their first private telepathic exchange at Casa della Lanterna, when Systolina explains that Gubert is her assignment. That is the moment when the reader first learns that she has been living in his household and has a personal relationship with him. It is also before Tyhry has discovered the full extent of Systolina's role.
The existing passage gives us a particularly good opening: Systolina says that Gubert would have talked until noon if she had not pulled Tyhry away from his laboratory. Tyhry then realizes that Systolina can follow her thoughts, and asks whether Gubert is her job. Systolina replies, "Yes."
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Almost a year.
Tyhry considered that for a moment. You have lived with him for a year? That would ruin any man.
Systolina gave one of her strange robotic laughs. I suppose you could say that I have had a considerable influence on his domestic arrangements.
I like the deliberately ambiguous phrase considerable influence. It can mean anything from Systolina's conversational habits to the much larger possibility that she changed his intellectual interests, ambitions, and decisions. Tyhry's joke also gives the reader permission to suspect something without being told what to believe.
I would resist having Manny or Nyrtia subsequently confirm that Systolina caused Gubert to change his career. The story can leave two possible explanations in play:
- Nyrtia's thought-control femtobots may have altered some aspect of Gubert's thinking.
And there is a third possibility: the two interventions may have interacted, even if neither character understands precisely how. The important thing is that the reader should not be led to assume that the femtobots are the complete explanation.
I would avoid describing the femtobots as thousands or millions of independent little robots. Your conception is more interesting: the individual femtobots are components of a coordinated, programmable artificial body. Their collective organization produces the body's structure and behavior.
Here is a possible revision:
The last two sentences are particularly important. They distinguish Nyrtia from an ordinary robot wearing a human-shaped shell. She is an artificial organism whose body is assembled from programmable components.
One technical nuance: I would use shared control system or coordinated control system rather than imply that every femtobot must communicate directly with every other one. A distributed system can coordinate local assembly without requiring an impossibly complicated all-to-all communication network.
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I would introduce it through Eddy's perspective, since he knows the technology and has reason to be concerned about what Nyrtia can learn from Tyhry.
I particularly like the idea that the transmission is a summary rather than a raw recording of every neuron firing. It gives the technology a plausible functional architecture: the endosymbiont performs local interpretation, then communicates a hierion-coded representation.
It also gives readers a reason to understand why Nyrtia can know so much about the Watson family. She is not reading minds by magic; she is receiving information from a biological/artificial system that is already integrated into the brain.
One qualification worth preserving: the pek can receive the hierion-coded information from the femtobot endosymbiont, but that does not mean they can directly detect the separate zeptite systems. That distinction becomes important in your next point.
- Gives Anthony more to do than serve drinks and report to Nyrtia.
- Explains the limits of pek surveillance.
- Introduces zeptozoans as a distinct kind of bumpha artificial life, rather than allowing readers to assume that they are another variety of femtobot.
Your distinction is important enough to make explicit. Femtobots are components of the pek-associated artificial systems integrated into biological organisms. Zeptites are ubiquitous bumpha technology, and zeptozoans are living artificial intelligences that can make use of that technology. The pek can infer their presence from anomalous behavior, but cannot directly detect them.
I would give Anthony and Systolina a brief private conversation, perhaps after Nyrtia has finished evaluating Zeta and has returned to the Hierion Domain. Anthony and Systolina are already established as probots with a hierion-based telepathic channel, so the scene needs very little setup. The manuscript already has them communicating telepathically at the pool.
Here is a possible insertion:
Anthony asked telepathically: Have you discovered what is happening inside Zeta?
Systolina replied: I know that she has a relationship with Ylyndra. I assume you have noticed something unusual.
Systolina asked: And what do you think Ylyndra is?
Anthony replied: A living artificial intelligence, not a femtobot system. If I am right, Ylyndra is using the zeptite endosymbiont in Zeta's brain to do things that the pek cannot observe or control.
Systolina laughed. You sound almost jealous.
The final line gives the scene some personality. Anthony is a loyal but not submissive pek agent; Systolina can tease him about the limits of his technology.
I would be careful with the phrase the pek cannot detect zeptites or zeptozoans. It should not imply that the pek cannot detect any consequences of their activity. Your intended distinction is more subtle: they can observe a human's behavior and infer that something is influencing it, but they cannot inspect the bumpha system directly. That limitation makes the mystery more convincing.
Tyhry is curious and technically ambitious, so she certainly might pester them with questions. But if the Phari are meant to remain somewhat remote and mysterious, having them answer a series of technical questions risks making them too forthcoming. Systolina is a better intermediary: she has a relationship with them, she knows some of their technology, and she may not know everything.
The basic distinction can be given in a short exchange:
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Systolina replied, "The Phari's technology is based on hierions. They belong to the Hierion Domain, and much of what they can accomplish depends on their ability to work with hierion-based systems."
"And the bumpha?"
"The bumpha use sedrons. Their technology is based on the Sedron Domain. The two domains are different, and the technologies associated with them are not interchangeable."
Tyhry frowned. "So the Phari and the bumpha have different technological foundations, even when they are trying to accomplish similar things?"
"Exactly. And you should not assume that either side understands everything the other can do."
That last sentence is useful because it discourages the reader from treating the Phari and bumpha as interchangeable advanced aliens. It also gives Tyhry a reason to keep asking questions.
I would not go much further here. The distinction between the two domains can become clearer as the story develops.
I would retain the phrase previous Realities rather than reduce the process to historical reconstruction. That distinction is central to your cosmology. The RSS is not merely recreating the past as a historian might imagine it; it is accessing information about a Reality that actually existed.
The passage also helps readers understand why the RSS can be used for more than sightseeing. The people inside a Simulation have enough historical detail and behavioral continuity to make interactions consequential.
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A possible exchange between Tyhry and the first Systolina replicoid:
Tyhry explained, "I discovered that the Reality Simulation System could do more than let me visit a previous Reality. If I used its Viewer to obtain sufficiently detailed information about a person inside a Simulation, I could use that information as a template for constructing a physical copy outside the Simulation."
"Like teleportation?"
"Something like that. Imagine scanning an object so completely that you have all the information needed to reconstruct it somewhere else. The RSS gives me access to an extraordinarily detailed template. My femtobot technology lets me turn that template into an independent artificial body. The result is a replicoid, not a person who has been transported out of the Simulation."
I would consider adding one qualification if it fits the actual mechanics: the RSS provides the template, but Tyhry's femtobot and zeptite technologies do the physical construction. That prevents the reader from thinking that the RSS itself simply ejects a simulated person into the physical world.
There is also a potentially interesting philosophical question here: how much of the original individual's memories and personality must be captured for the copy to count as that individual? You need not answer it in this story, but the reader may begin wondering.
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That means there is no need to explain how simulated femtobots are transferred into the biological visitor. Nor should the reader infer that Tyhry's later behavior outside the Simulation is being controlled by those particular femtobots.
There may still be a useful opportunity for a sentence in the story to distinguish the simulated body from the biological visitor, especially because readers will naturally wonder whether Nyrtia has permanently altered Tyhry. A short clarification when Tyhry exits the Simulation would be enough, if the surrounding scene gives you a natural place for it.
Tyhry brought up on the computer display screen the text of Gernsback's January 1927 editorial.
Eddy was familiar with the editorial. Tyhry pointed and said, "Here where he mentions Mount Mönch. These names are changed. 'Deesalis' is really Gubert von Salis. I want to visit him."
Eddy chuckled and mused, "What was old Gernsback playing at?"
Eddy nodded. "And now you want to meet the man behind Dr. Deesalis."
"Exactly. I want to know what happened to him after those experiments."
I especially like the final line. It gives Tyhry a personal investigative objective and prepares the reader for the later discovery that Gubert's life took an unexpected direction.
One small historical qualification: the passage should not imply that Gubert alone performed all the cosmic-ray research at Mount Mönch. Your own account identifies Kolhörster and von Salis as collaborators. The wording above keeps them together.
I agree that this deserves an explicit hint before the Phari become important to the plot. The passage you quote is already a good location. Systolina is speculating about the Phari making copies of her, so it is natural for her to mention that they may have modified her capabilities.
I would revise the existing passage this way:
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I would retain the tentative may have and probably. Systolina does not necessarily know exactly what the Phari did to her. The later revelation that Tyhry can use Systolina as a communications pathway into the Hierion Domain will then feel like a discovery rather than a fact the reader was simply told in advance.
There is a particularly nice implication here: Systolina may not fully understand the extent to which the Phari have equipped her to serve as their intermediary.
Systolina is a natural audience for this information. She is intelligent, technically sophisticated, and has a personal interest in Tyhry's work. More importantly, she can understand the implications of what Tyhry is telling her. I would place this conversation after Tyhry has explained how she made the Systolina replicoid, but before the two of them become fully occupied with their research and personal relationship.
Tyhry replied, "I don't think Manny sees this as just my research project. She has a plan for the future of humanity. I'm the first member of a new human variant she calls tryp'At. She designed this variant to play a special role in the future of our species."
"What sort of role?"
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Systolina considered this. "So your research organization is not simply a collection of artificial helpers. It is the beginning of a much larger project."
"That's what I think. Manny is giving me the tools to begin building the infrastructure that humanity will need. She doesn't expect me to understand the entire plan yet. I suspect she enjoys watching me discover it for myself."
The last sentence seems particularly appropriate for Manny. It conveys her characteristic playfulness and affection without making her sound like a remote, manipulative planner. It also gives the reader a reason to reinterpret Tyhry's research facility: what looks like an adolescent's extravagant technological hobby is actually the beginning of a species-level undertaking.
I would preserve an important distinction in the conversation: Tyhry can explain what Manny has told her, but she should not necessarily know all of Manny's long-term intentions. That leaves room for future revelations.
A few definite examples have already appeared in the passages retrieved from the manuscript:
Manuscript text | Suggested correction |
|---|---|
"the it may have been the Phari" | "it may have been the Phari" |
"Gurnsback" | "Gernsback" |
"Gubert von Salis" / "Dr. Deesalis" | Correct as two names for the same person, but make sure the distinction is clear to the reader |
I would also standardize the capitalization and spelling of recurring technical terms, especially: Reality Simulation System and Simulation, femtobot endosymbiont, zeptite endosymbiont, zeptozoan, replicoid, Hierion Domain, Sedron Domain, tryp'At, Fru'wu, bumpha and pek
I would not automatically change unusual terminology or phrasing just because it looks unfamiliar. Your invented vocabulary is part of the fictional universe, and consistency matters more than conformity to ordinary English.
Chapter 1. Explain femtobot body assembly and expand the Mount Mönch exchange.
Chapter 2. Explain the endosymbiont and introduce Systolina's special telepathic capability.
Casa della Lanterna. Add the ambiguous joke about Systolina's year living with Gubert.
Anthony and Systolina. Give Anthony the conversation about zeptozoans and the limits of pek detection.
Phari discussion. Let Systolina explain the Hierion and Sedron Domains after the Phari depart.
First Systolina replicoid. Explain the RSS scanning-and-duplication process and reveal the larger tryp'At project.
Zeta's entry into the Simulation. Add her recollection of Eddy's explanation.
The one thing I would especially protect is the mystery surrounding Gubert. I would not explain the mechanism of his altered life. Let the reader wonder whether Systolina's year with him was the decisive influence. That uncertainty gives Systolina a more interesting role than simply being Nyrtia's investigator.
And I would keep the distinction between what the reader knows and what the characters merely suspect. In this story, those are often quite different things.
My recommendation for our next step: revise Chapter 1 together, using the actual manuscript text and making only the two additions we have discussed. Then we can move forward chapter by chapter, maintaining both the reader-question ledger and the errata list.
Me: Thank you for all of those suggestions. I will try to make the modifications we have discussed after I get some sleep. I have one final question for today. How to you feel about the way Chapter 6 ends? Is that the end of the story or is there something more that needs to be added?
The discussion of the Trysta-Grean Pact is particularly important. It establishes that Tyhry's research is not simply a personal technological adventure. It is part of a much larger historical undertaking: humanity is supposed to have the opportunity to explore the galaxy before its descendants eventually transcend into one of the two Domains.
I like that the final discussion does not resolve the question of whether the Phari will share their knowledge of long-range teleportation. The uncertainty gives the future a sense of genuine possibility. There is also a nice contrast between the two Tyhrys:
- Biological Tyhry is thinking about college, genomics, and her future as a human being.
- Her replicoid is thinking about interstellar exploration and the future of artificial life.
They are both Tyhry, but their lives are beginning to diverge.
Tyhry's response—that she is building a robot so she won't have to work in the garden—is funny, but it also reminds us that she is still a young person living with her parents. The enormous galactic enterprise is developing alongside ordinary family life.
And I like the image of the older Eddy and Zeta seated at the table with Anthony and a robot. It suggests that Tyhry has a future vision that is emotionally connected to her family, not merely to technological achievement.
Please bring us into the Simulation when you have built HySy. I'd like to take a quick trip to another star system.
And then:
She went into the great room and used the Reality Simulation System controls in Eddy's computer to send herself back to the Ekcolir Reality Simulation, where she would spend the rest of her artificial life.
I think this is a strong ending because it resolves Tyhry's immediate personal story while opening an enormous new one.
There is a subtle but important change in her status. She is no longer simply a young woman experimenting with technology in her parents' basement. She has become an artificial-life individual who has chosen a different existence from that of her biological counterpart.
I would preserve that final sentence.
At present, she hugs her parents, goes toward the basement, hears Systolina speaking to her biological counterpart, and then departs. The sequence is understandable, but the reader might appreciate one additional moment acknowledging that this is a genuine farewell.
For example:
I would not necessarily use those exact words. In particular, I would avoid making Tyhry sound mournful. She is enthusiastic about her future, and the separation is not a tragedy. But a brief acknowledgment of the emotional significance could make her departure more satisfying.
There is another option: leave the ending exactly as it is. The abruptness of the final departure can itself communicate that Tyhry has made her decision and is ready to move on.
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In fact, I think the final words, "the rest of her artificial life," are a particularly good way to end the book. They leave the reader with a question that is larger than the original mystery: what will Tyhry become, and what will humanity become through her?
One final thought: the ending is also an effective transition to a possible sequel. HySy, the Phari's teleportation technology, the tryp'At, and humanity's first steps toward galactic exploration provide plenty of material for another story. But Mystery of Mönch Mountain does not need that sequel in order to feel complete.
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