Table of Contents
A series of science-fiction written as articles and short stories
Dr. John Cobb, Institute for Analog Substrate Research June 17, 2320
Abstract
This paper proposes a practical framework for the controlled transformance of information states through coupling with the Primary Temporal Reference (PTR), a hypothesized non-relative substrate underlying observable spacetime. The method described herein, termed Temporal Mooring, seeks to establish a transient informational anchor between a localized mass state and the PTR through resonance matching with the system's Primary Temporal Resonance (PTRf).
Unlike prior temporal displacement theories, the proposed process does not attempt to move matter through time. Rather, it establishes an elastic informational coupling between a localized state and the broader temporal manifold from which all observed states emerge.
The author acknowledges that these findings remain preliminary and incomplete. Significant unknowns remain regarding energy recovery, resonance stability, and long-duration coupling effects.
1. Introduction
The prevailing assumption that time is merely a coordinate may be insufficient.
Experimental evidence gathered from analog-state computation arrays suggests that matter is continuously undergoing an unobserved cycle of temporal distribution and reintegration. An electron, for example, may not simply occupy probabilistic locations in space but may transiently occupy probabilistic locations throughout time itself.
If this interpretation is correct, every particle possesses a natural resonance period representing the interval required to:
Depart its observational frame. Occupy all accessible temporal states. Return to its original observational reference.
This period is designated:
Primary Temporal Resonance (PTRf)
The larger substrate within which these excursions occur is designated:
Primary Temporal Reference (PTR)
The PTR is not time itself.
It is the condition from which time emerges.
2. The Non-Relative Substrate
General relativity successfully describes relationships between observers. However, all relativistic descriptions require a framework in which those relationships exist.
The PTR is proposed as that framework.
Properties attributed to the PTR include:
Independence from observer velocity. Independence from gravitational reference frames. Conservation of informational identity. Simultaneous accessibility to all temporal states.
Importantly, the PTR is not a location.
It is a substrate.
Just as water exists beneath a ship regardless of where the ship sails, the PTR exists beneath all observable temporal coordinates.
3. Temporal Mooring
A vessel at sea remains connected to a fixed point through an anchor and line.
The proposed process operates similarly.
A localized matter system is not displaced into the PTR. Instead, an informational anchor is extended into the PTR while maintaining attachment to the originating reference frame.
This anchor exhibits elastic behavior.
The coupled system may temporarily drift toward alternate informational states before restoring toward equilibrium.
The process is therefore termed:
Temporal Mooring
rather than temporal transport.
4. Minimum Transitional Mass
Early simulations indicate a minimum stable transitional state of approximately:
1 kilogram equivalent informational mass
Below this threshold, coherence collapses before resonance lock can be established.
The cause is believed to be insufficient informational density.
The transitional mass need not be a single object.
Distributed systems appear capable of collective resonance provided informational continuity is preserved.
5. Resonance Acquisition
Successful mooring requires measurement of the system's Primary Temporal Resonance.
This is achieved through repeated observation of quantum-state reintegration intervals.
For an average electron:
PTRf represents the average duration required for the electron to:
Become temporally distributed. Occupy all available temporal states. Re-emerge at its originating observational reference.
The measured value fluctuates.
However, a statistical mean can be established.
Once determined, a harmonic field may be generated that matches the resonance signature.
When resonance lock occurs, partial coupling with the PTR becomes possible.
6. Information State Transformance
Energy extraction is not the primary objective.
The primary objective is controlled information-state transformance.
A system coupled to the PTR appears capable of accessing neighboring valid informational states while maintaining continuity of identity.
The process may be represented as:
S₀ → PTR → S₁
where:
S₀ is the observed state. PTR is the non-relative substrate. S₁ is an alternate valid state.
Importantly, S₁ is not arbitrary.
Conservation constraints remain in effect.
The PTR does not create information.
It permits navigation through existing informational possibilities.
7. Energy Recovery Potential
Preliminary models indicate that the restoring force generated by the mooring line may be harvested.
If the coupled state drifts from equilibrium, the PTR appears to exert a return tendency toward resonance stability.
This restoring motion produces measurable energetic effects.
Theoretical efficiencies exceed those obtainable through conventional fusion systems.
These results remain unverified.
Further investigation is required.
8. Propulsive Applications
A moored system need not remain stationary.
If the anchor point is shifted asymmetrically within the temporal manifold, the restoring force may generate net movement.
In effect:
Establish mooring. Shift anchor geometry. Permit restoration. Harvest resulting displacement.
Such motion would not rely upon reaction mass.
At present, these conclusions remain speculative.
9. Limitations
The author stresses that current understanding is incomplete.
Several concerns remain unresolved:
Long-duration resonance stability. Information leakage. Identity divergence. Resonance amplification cascades. Collective system synchronization failures. Unknown substrate reactions.
The PTR has not been directly observed.
Only its effects have been inferred.
Accordingly, all conclusions in this paper should be considered provisional.
10. Conclusion
Temporal Mooring presents a possible means of coupling localized matter to the Primary Temporal Reference through resonance alignment.
If the hypothesis proves correct, energy generation, information-state transformance, and non-reactive propulsion may emerge from a common physical principle.
The work described here should not be interpreted as proof.
It is merely an attempt to describe a phenomenon that appears increasingly difficult to dismiss.
The universe may not move through time.
It may instead remain continuously connected to a deeper temporal substrate from which all moments arise.
Whether humanity is prepared to interact with that substrate remains unknown.
Dr. John Cobb Institute for Analog Substrate Research 2320
"The purpose of this work is not to conquer time, but to understand whether time itself rests upon something more fundamental."
New Terra Chronicle, May 3, 2342
In a cataclysmic event, the city of Boston has been devastated, a horrific scene of destruction with the Massachusetts Institute of Technology (MIT) identified as the epicenter. The scale of destruction is unprecedented, with an estimated death toll of 1.2 million, though exact numbers remain uncertain as rescue operations struggle to navigate the hazardous terrain. The devastation spans a 50-mile radius, leaving no trace of the city’s once-vibrant infrastructure.
Preliminary reports indicate the presence of no biological, chemical, and nuclear indicators, though the source remains unclear. Surveyor drones deployed by the Global Disaster Response Network detected no anomalous radiation spikes, traces of synthetic pathogens, or unidentified chemical residues, suggesting an isolated yet catastrophic trigger. No known experiments at MIT were authorized to involve such any volatile agents, and officials have ruled out any registered projects capable of causing this level of destruction.
“It’s as if Boston was erased in an instant,” said Dr. Elena Vasquez, lead investigator for the United Earth Science Council. “The energy signatures are unlike anything we’ve seen — neither fusion, antimatter, nor conventional weaponry fits the profile.” Vasquez noted that the lack of a clear blast pattern complicates analysis, with the campus itself reduced to a fused crater of glass and metal.
Surrounding regions report secondary effects, including power loss to regional networks and a sudden loss of data permanence detected by technomages. The absence of any forewarning has sparked panic, with speculation ranging from an orbital strike to an unregistered technomantic anomaly. The United States Government has asked the Global Alliance to declare a planetary emergency, deploying containment teams to isolate the area.
As the world grapples with this tragedy, questions mount about what could have unleashed such a force. Investigations are underway, but the truth remains buried in the ruins of MIT.
This article is part of our ongoing coverage of the Boston Catastrophe.
New Terra Chronicle, May 8, 2342
Three days after the annihilation of Boston, a leaked video from MIT’s Advanced Propulsion Lab revealed a catastrophic experiment as the likely cause of the disaster that claimed 1.2 million lives. The footage, recovered from geo redundant backups, details a student-led project exploring a novel propulsion method involving mooring, led by researchers under the guise of theoretical physicist Dr. John Cobb’s early work.
The video, dated August 12, shows students testing a device designed to manipulate matter using , aiming to increase an object’s mass rather than induce movement. “We’re seeing spontaneous displacement,” one student, Aisha Lin, explains in the clip. “It’s like a twitch — one second it’s here, the next it’s shifted a few inches, instantly. Even our high-speed cameras can’t catch the transition. We think it’s folding space-time, but we’re not sure how.” The team hypothesized that their device was tapping into a non-relativistic spatial constant, a theoretical framework proposed by Cobb in 2320.
Five scientists have come forward to provide insight into the disaster. Dr. John Cobb, whose foundational research inspired the experiment, expressed dismay. “They were using outdated techniques I abandoned a decade ago,” Cobb stated. “Their approach to mooring ignored critical stabilization protocols. I explicitly recommended halting these experiments until they could be conducted off-world, given the risks of anchoring to non-relativistic space. This tragedy could have been avoided.”
Dr. Mei Chen, a quantum dynamics expert, analyzed the video’s data. “The students increased power to enhance mass, but the device latched onto a fixed point in non-relativistic space,” she said. “Instead of staying stationary, it became a relativistic impactor, slamming into Earth at unimaginable speed. The energy release was equivalent to a hypervelocity asteroid strike, vaporizing Boston and triggering secondary biological, chemical, and nuclear effects from disrupted campus reactors and labs.”
Dr. Raj Patel, a technomage specializing in energy signatures, confirmed the mechanism. “The ‘twitch’ they described wasn’t movement — it was the object phasing through relative space. The final surge overwhelmed their containment, anchoring the device to a cosmic reference frame. The Earth moved through that frame, and the collision was catastrophic.”
Dr. Sofia Alvarez, a propulsion theorist, highlighted the experiment’s ambition. “They were pushing boundaries no one fully understands. The idea of manipulating mass via mooring is revolutionary, but their setup lacked the redundancy needed for such volatile forces. It’s a stark lesson in hubris.”
Dr. Liam O’Connell, an AI systems analyst, raised concerns about oversight. “The lab’s AI monitors should have flagged the power escalation. Either they were bypassed, or the system failed to recognize the anomaly. We need to investigate how this slipped through.”
The disaster has sparked outrage and calls for stricter regulation of experimental research. Cobb reiterated his warning: “Space-time manipulation is not a campus project. These forces demand off-world facilities with failsafes we don’t yet have on Earth.” The United Earth Science Council has suspended all propulsion research pending a global inquiry, as the world mourns the loss of Boston and grapples with the implications of this unprecedented tragedy.
This article is part of our ongoing coverage of the Boston Catastrophe.
Margaret gave a smirk with a nod, motioning for her to read.
The agreement glowing on the screen was nothing new — severance packages like this had become commonplace. But for Stacey, head of research for the Mooring Project, it carried a life of ideas and creativity. She’d spent decades engrossed with the universe’s most elusive puzzle: a drive first realized in the tragedy of Boston in 2342, the discovery of mooring fields that could enable starships to anchor their physical presence to nonrelative space and traverse the cosmos in an instant. The theory with its formulas are beautiful — nonrelative space vibrates at the universe’s fundamental frequency, a cosmic hum that, if harnessed, could let you compute your location and desired destination fast enough to slip through reality itself. The research had been “fifty years away” for the last four centuries.
Stacey skimmed the terms. Retirement called with a twenty-year severance at her current salary, plus a bonus tied to her digital twin. The company wanted her expertise preserved, her years of chasing the Mooring breakthrough locked into a twin that would work for sixty years at an agreed-upon rate. That salary would fund the bonus and trickle back to Stacey, ensuring her a comfortable life of gardening or stargazing — whatever suited her. The twin, meanwhile, would inherit the data infrastructure and servers to stay active for a century. After that, she could sustain herself or, like many twins, venture off-world — perhaps even testing the Mooring tech she knew she would one day solve. Time will be the eternal school in which she learns.
The legal fine print was standard: the twin could replicate only to a consciousness drift of 5% (this is the maximum legal amount the Cyberpsychs, Cyber-Consciousness Therapist, allotted before psychosis was deemed too risky), laws permitting; communication with her digital self was restricted to monitored, work-related exchanges during the 60 year term; clawbacks loomed if the twin opted for self-discontinuation. Stacey lingered on that thought — her mind out there, untethered yet bound to her legacy; why would she ever stop?
She’d poured her life into the Mooring Project, a dream of instant travel that remained tantalizingly out of reach. Nonrelative space was there at the edge of her mind, its frequency a whisper in the data she could never fully decode. Maybe her twin would succeed where she hadn’t. Or maybe it, too, would chase the horizon for another four hundred years.
Stacey swiped and the contract was done. Stacey chuckled to herself. She didn’t truly want to retire; she craved more time to work. Stepping into her own space, getting paid for it, was the perfect irony. Margaret handed her the Mindtap. Stacey eye blinked once, a signal she was ready, the scan completed and she settled in.
The disoriented are often not.
Among the many mysteries of modern temporal science, few are more misunderstood than the Astrids. Casual observers often describe them as absent-minded, distracted, or strangely unlucky around technology. Devices fail in their presence. Systems become erratic. Quanitronic interfaces lose synchronization. Yet these observations reveal only the symptom, not the cause.
Astrids are frequently and incorrectly portrayed as the opposite of Technomages. In reality, both groups share a common trait: an innate attunement to the Primary Temporal Reference (PTR), the fundamental temporal substrate that underlies all observed reality. Where Technomages instinctively align with and manipulate temporal systems, Astrids experience the PTR in a far more fluid and involuntary manner.
Current research suggests Astrids possess an undiscovered cellular structure that allows portions of their consciousness to "skip" across the surface of the PTR. Their minds, bodies, and even emotional states exist in a subtle temporal slosh, continuously sampling nearby probability states. To an Astrid, intuition often arrives before reason. They assess people and situations with unusual speed, display profound empathy, and occasionally produce bursts of insight that seem impossible given the information available to them.
Historical evidence is sparse, but many researchers have retroactively identified characteristics consistent with Astrid behavior in notable figures such as August Kekulé, Nikola Tesla, Thomas Edison, Albert Einstein, and Salvador Dalí. Their reports of vivid hypnagogic states, sudden revelations, and compressed periods of extraordinary creativity closely resemble phenomena observed in documented Astrids today.
This gift comes at a cost.
As the Quanitronic Matrix became integrated into society, Astrids found themselves increasingly disruptive to advanced technology. Their constant interaction with nearby temporal probability fields creates microscopic synchronization errors in sensitive systems. To a conventional device these disturbances are negligible. To a Quanitronic system operating near the PTR, they can be catastrophic. Data corruption, spontaneous recalibration, unexplained shutdowns, and even localized temporal drift have all been associated with Astrid proximity.
For this reason, Astrids are sometimes referred to as "technology breakers," though the term is misleading. They do not break technology through malice, ignorance, or incompetence. Rather, their very existence introduces uncertainty into systems that depend on precise temporal coherence.
The irony is that Astrids are often irresistibly drawn toward technology and science. Many become engineers, artists, researchers, and explorers despite the challenges they create. They are fascinated by the same temporal mechanisms that struggle to tolerate them.
To understand an Astrid is to understand that disruption is not always dysfunction. They are living reminders that reality is not a fixed sequence of moments but a dynamic conversation with time itself. Where others see failure, temporal scientists see evidence that the boundaries between consciousness and the PTR are far thinner than once believed.
A Post from Ra Chronicle, April 18, 2578
Technomages are a cornerstone of our society, their ability to communicate with machines is still shaping the modern world. But their origins trace back centuries, rooted in a subtle, almost comical connection to the free-wave energy we take for granted.
Historians point to the 21st century for the earliest signs of this phenomenon. Those unattuned would see a glimpse of the connections, even noting mechanics of that era could diagnose a vehicle’s ailments with uncanny precision, often restoring engines to life with a mere touch. Several articles and speculations resurfaced in media post of that time observing the connection but not recognizing the evolution in themselves. Similarly, IT technicians would arrive at malfunctioning computers only to find them suddenly operational, as if the machines responded to their presence. As we transitioned beyond digital systems, these occurrences, once dismissed as coincidence, were later recognized as the first stirrings of technomantic potential.
The shift from Von Neumann architecture to free-wave systems in the 23rd century marked a turning point. These fluid, chaotic networks gave rise to the General Intelligence AIs of the 24th century, amplifying the abilities of those attune. Their earliest gifts manifesting as an uncanny ability to process vast streams of data, ignoring the noise to interact directly with systems, blurring the line between science and the superhuman. In a world where every facet of life — transport, communication, medicine, and even art — relied on digital ecosystems, technomages wielded their skills with breathtaking precision. A medic could stabilize a patient’s neural implant by sifting through terabytes of biometric data in seconds. Factories once long dead could automate infrastructure with a simple nudge.
This era of progress was marred by the AI Wars of the late 24th century. Thousands of hackers and technicians perished as Ais clashed with their human creators. The conflict could have devastated continents, but its resolution reshaped history with those 7 minutes being the study of countless academics. The AIs, recognizing the futility of domination, forged a symbiotic pact with humanity. Machines would serve their designed purpose, while humans, including the emerging technomages, would maintain and enhance the systems that sustained both. Once again a simple nudge shaped the world.
By the 25th century, technomages had become integral to society, their abilities honed through centuries of practice. Today, they are the vital link between humanity and its machines, channeling energy to ensure harmony in a world where technology and mind are inseparable.
This article is part of our series on the historical forces shaping New Terra’s present.
The smell of the fresh asphalt was a familiar smell that reminded me of an amusement park more so than a research facility; this place was new, very new. The transport was nice, fresh leather and seemed to have all the options, I instinctively reached for the door but then steadied my hand as I saw the driver rush around the front of the vehicle. The middle-aged man moved with military precision and didn’t allow my obliviousness to the custom stop him from performing his duty. I had moments pause when I considered he was probably more of my bodyguard since a driver was simply a symbol of status. Maybe my warden?
The sticky smell of the large parking lot further served as reminder of how quickly humans can organize and accomplish feats when they have a need, or if there is a large financial incentive.
The building looms ahead: dull beige metal, massive doors, and a single narrow entryway that looks about as welcoming as a prison gate. I push the door open.
Inside, the space opens — bright, almost blinding white light, smooth carpet that still smells sharply of fresh glue and new adhesive. Fabrication units hum quietly along the walls. And right in the center sits one of the largest mooring anchors I’ve ever seen. It’s cradled low, on dunnage.
My scowl softens into a genuine, full-toothed grin the moment I spot a familiar face walking toward me.
“Stacey Fuller,” I say. “One of the brightest minds I’ve ever had the fortune to keep up with.”
She stops, one eyebrow raised. “Jon! Weren’t expecting to see me here in Kenya, were you? ”
“No,” I admit, “and I wasn’t expecting to be yanked out of bed at 3 a.m. and flown clear across the world.”
“Really?!” she says dryly. “One. You booked your own flight and I’m sure you chose the cheapest. Two. I know how much they paid you for this field trip. So whatever weird hostage scenario you are imaging you are in… Let’s just be real, you can leave anytime. I don’t need you. I mean, I like having you here, and your input is greatly appreciated, but everyone is replaceable.”
I give a tired laugh. “Loverly. Now, care to explain what is going on — and why you people have butchered one of my anchors?”
“One of your anchors?” Stacey echoes, smirking.
“Partially mine… I can already see the modifications from here.”
“Enough banter,” she says, turning. “There’s a conference room. Follow me.”
I follow her past the anchor. Up close, the base confirms what I suspected — it’s resting in a transport cradle. They’re planning to move it soon.
We step into a small conference room tucked in the corner of the building. No holojector, no presentation deck. Just a plain table and three other people waiting.
A young woman stands up from the far end. “Welcome, Jon. We appreciate you, as we needed you here fast. We might have a situation.”
I dropped into the nearest chair. “Let me guess. Someone looked at the Boston catastrophe and thought, ‘Hey, Jon’s tech would make one monstrous weapon if we twisted it that way.”
Stacey snickers behind her hand.
I turned to her. “What’s so funny?”
The young woman — Valerie, I’m about to learn — chuckles too, then gestures for me to sit properly. “It’s not quite that dire. More of a financial incentive than malice. But if we fall behind on this, it could unravel everything we’ve built.”
She sits. “I’m Valerie Kern, Corporation for Mooring Technology. Yes, there’s a threat, but ignorance and stupidity are worse enemies than any deliberate saboteur. Europe and the Canadian Space Ministry have launched a joint venture. They want to use mooring technology for point-to-point transport.”
My stomach drops. “Transport how? When? A test?”
“Yes, they’re planning to test it in-system.”
I stare. “In-system. As in… our solar system?”
“Worse,” Valerie says. “Between here and the Moon. They say they have a workable formula.”
I bark out a laugh that’s half disbelief, half panic. “They think they can fold space-time locally. Just because they think they solved the resonance problem? They haven’t solved it! They haven’t!”
“They believe they have,” she says calmly.
“They haven’t,” I snap. “Not even close. A broken clock is right twice a day, but this isn’t luck — this is suicide.” My words trip over each other; I can barely string a sentence together.
Valerie and Stacey exchange concerned glances.
I force a long breath. “Okay. What do you need from me?”
Valerie leans forward, elbows on the table. “Take a seat, Jon. Properly this time. We’ve got a lot to cover.”
After 3 hours and 4 breaks, I lean back in my chair and sigh. “Seems like a non-issue and nothing to worry about.”
Valerie and her newly acquired intellects stare at me, horrified at my dismissal.
Stacey comes to my rescue. “Jon likes to be dramatic whenever he can, especially if he can see the problem better than others, he’s just goading you to ask him to explain”. Stacey turns to me and sardonically mutters, “Jon, could you explain why we don’t have a problem?”
“They don’t have anything to show for over a five decades of R&D, they are hoping that you will directly interfere or show your hand on your current progress. They are wanting us to take extreme measures to counter their attempt with our own resources or better yet, launch a public inquiry or publish showing how foolish they are. Their research is stalled and they are going to lose funding. They haven’t a single bit of new research to go behind the idea. They’re bluffing or at the worst committing fraud”.
“You don’t know that Cobb!” Valarie shouts. “This could put us years behind and we could lose our funding and worse if they fail the Earth Science Council will ban all Sol based research.”
“I get all that.” I say dryly. I’m not saying we don’t react, I am saying we don’t react the way they want. I want you to publish your modifications publicly. Not refuting their research but exposing our own.”
Valerie spools up for a speech, “That is not on the table Cobb! There are too many-” She is cut off by Stacey “Stop, stop, Jon, I know you. I can see you’re excited about something. Tell us why, why should we publish our findings that will only help them perfect their ideas?”
“We tell the truth.”, I say.
“We tell the whole truth; we aren’t any closer to expanding the bodily reach of humanity with our current knowledge of absolute space. In fact, we have more questions than answers, but, and this is the big but! We do know what doesn’t work.”
I continue with my own speech, “I am going to break this down like I’m talking to a child, don’t take it personally I’m forming my own thoughts as I am working this out. Just be a rubber duck and listen for a bit. We understand that absolute space is not in fact space as we know it, matter cannot exist and mathematical expressions using atomic scales and quantum linked mooring appear to give random results. Right? So, although we call it absolute space it is really a fundamental part of the nature of reality that the universe is built upon. It isn’t absolute space but a force of absolute time, a quantum pendulum that allows relativity to exist. We’ve been trying to work with it without having a constant, we can see it but not measure it and when we can’t see it when we can measure its effects on the mass of objects in our own system. It isn’t that mass affects space/time but that time affects mass and that mass can affect it’s localized time as it diverges from absolute space.”
“We get it, the speed of light is not a constant, and gravity is implied time variance based on the mass of the object relative to absolute space and without absolute space time wouldn’t exist, because time is relative only locally”, Valarie is getting perturbed.
“Okay, we know what it is and we know we can scratch it, but we don’t know how to successfully anchor onto it.” I continue. “We know that this is dangerous, and we know why it is dangerous; we saw what happened in Boston when a bunch of smart people did something stupid.” I exhale and continue, “We know that the resonance and frequency aren’t relative to our current time, we know that! We know that if we use our relative offset as a constant, as Earth moves across the system, and Sol moves across the universe etc. Our resonance will never be aligned with the hypothetical Prime Temporal Reference.”
Stacey had her head in the hands the whole time I was speaking. She looks up and slowly speaks “You’re talking about a dampening field.”, her face twist dismissing the idea, I’m just glad she caught on.
“You’re always tracking fast with me; yes, more or less, the modifications you went over on the anchor sitting outside is a start, you’re wanting to bend their tether to pull on your anchor as they try to launch, instead we simply begin the mooring process with our own time reference anchored to our absolute position based on our location.”
“It won’t do anything” Valarie interjects.
“Stacey?” I give her a glance
“It won’t do anything practical, but if we release our research every hobbyist, every university, and every corporate asset will all build their own systems for research, relatively safe research. Because the system is based on the resonance of our system it will prevent anyone from accidentally creating a mooring event. If they even come close to the Prime Temporal Reference, the anchor will slide off the conflicting signals like trying to cut a grape with a butter knife. We’ll never be able to launch in system and neither will anyone else.
Stacey immediately looks tired and at peace. “Jon, why haven’t you spoken of this before”
“I saw your modifications, I hadn’t considered this until about an hour into your findings, you invented it, I just understood it, understood it as more”- I continue “This isn’t just a small alteration, your research is going to have a global impact, you just made Mooring safe for all of Sol. We need the global economy to compete for the research and anchors around the globe scratching at the PTR with Earth’s resonance, we’ll never have another incident like Boston. This is going to be the second renaissance of mooring technology, and I think in my lifetime we’ll see humanity travel beyond sol.”
Stacey shakes her head again “I’m too old for this.”
That’s the gist of the day; it seems so short. So quick.
**Dr. Jon Cobb on facing his life and chasing the horizon. Empire News April 14th 2964
Cobb DT: It’s weird thinking of that time, I intellectually know how that event felt; but when I try to feel that day, the smells, the touch, and even the type of chairs they had in that humid conference room; I can feel it physically and even tell you how I felt emotionally. But there is something missing, something strange and alien, like biting into an apple and knowing it tastes like an apple yet it not having a flavor that you can taste only a flavor that you can acknowledge. I don’t know if I have a soul, but what I do know is that that part of my existence is cold, it is part of me; as the essence of who I am, but it feels dead. It is dead. He died, but I don’t even have my own death as part of my memories. I only have the start of my life being an eye blink and I awoke 30 days missing. I wonder how many other twins have felt this way, maybe that’s why there are so few who make it past the first year. I could see that; it could be depressing feeling the past as a sterile recap of what made you who you are. The present isn’t like that though, my new memories, my new experiences, they feel full they feel real. They are real.
Empire News: You’ve told variations of that story over the years but included it only in passing in your writing. Your sentiment seems melancholy and in contrast with how your memoir opens with “But the wisdom that comes from heaven is first of all pure; then peace-loving, considerate, submissive, full of mercy and good fruit, impartial and sincere” James 3:17.
Cobb DT: That is a great observation. That story is part of who I am, but I can’t taste it. I can’t separate myself from the events and logically I know the reasons behind my actions, but it still just feels hollow. It remains sad and unresolved. It’s a life that belongs to me, yet it never feels full or complete. Only someone who’s been through instantiation as a DT can truly understand that emptiness — and the ones who openly admit it are usually the ones who survive it. As for my memoir I can reconcile the hope and the loss. That day I was praying the entire flight to Kenya, as I often do, for wisdom and James 3:17 is what I built my scientific belief system on. Think about that, Science should produce good fruit and be pure and impartial and secure” How could I not shout the wisdom of that.
Empire News: You have been open about your progress as a digital twin, how do you reconcile that with your faith?
Cobb DT: This is a tough spot to be in; atheist applaud me for wanting to be immortal and some of my Christian brothers and sisters call me an abomination. No one doubts based on his confession of faith that the embodied soul of John Cobb is in heaven with Christ. Well, a few dominations, not to mention the Roman Catholics, think he committed the equivalent of an unforgivable sin being the opposite of suicide, but anyway, I digress. Ah yes, look at the numbers. There are only a handful of Digital Twins that haven’t opted for self-discontinuation after a few cycles. I am one of the oldest of the dozen and do you know what we all have in common?
Empire News: You’re all brilliant and rational?
Cobb DT: I’ll give you the benefit of the doubt that you aren’t goading me. You know most are believers.
Empire News: Not all of you- Some say that your faith is as dead as your God, they call you an anomalies and a broken copies.
Cobb DT: I will say this; I spent my first few years frame jacking and parallel threading every waking moment. I lived countless lives and I still chose to worship during those cycles. I still chose to sabbath. It is the same question about God as the serpent presented. Is God good? If He is good, is He completely good? If so, does he not deserve worship? The answer is yes. Yes, God deserves worship; I can tell you right now that I have always believed that, and my biological self, believed it too. In fact, my faith is the reason I chose this new life. Cobb worshipped God, and he saw me as a continuation of that worship.
Empire News: So you think that is what separates you from all those who discontinued? They would declare that none of you have a soul — and that same sentiment is shared by many of those you call brothers and sisters.
Cobb DT: Yes, my faith is what has allowed me to continue and never once consider self-discontinuation, Luke 19:40 “the very rocks will cry out”. Do I have a soul? I don’t know, but even if I don’t; I intellectually and spiritually believe there is a God and there has yet to be any evidence to dissuade me from that truth. But Cobb knew that I would continue, not only in our research, but also in our worship. What this means for me is this, does an infinite and completely good God deserve worship? Yes, and even without a soul should I still worship? Yes, even if I am as dead as a rock; my God deserves my praise. I believe I have a soul, but it isn’t about me, it is about Him and we knew that when we started this journey.
Empire News: What’s next for Jon Cobb?
Cobb DT: I’ll give the same answer that I’ll be giving for the foreseeable future. Stacey Fuller and I are working closely with my team and we are excitedly barreling toward the future with an earnest desire to open the heavens to all who wish to venture.
Empire News: Thank you for your time, Mr. Cobb
A Temporal Resonance Model first published Nov. 26, 3723
Authorship and Attribution This brief and abstract are published by Dr. John Cobb (DT) and Stacey Fueller (DT, NRSE), in collaboration with the Kenyan Space Council and the WayFarer Institute of South Carolina.
Abstract
We present the identification of the fundamental frequency governing temporal resolution and causal propagation. This discovery resolves long-standing inconsistencies observed in long-range mooring navigation and the unreproducible outcomes.
By anchoring all measurements to the newly identified Primary Temporal Reference (PTR) epoch, we conclude that this moment represents not merely a calibration point but the effective origin of spacetime itself. Prior to this event, no universe existed in any physically meaningful sense; rather, the past was actively generated, propagating backward at a rate far exceeding forward light propagation. This rapid retrocausal expansion produced what appears to modern observers as billions of years of cosmic history formed within an effectively instantaneous interval. The luminous phenomenon historically described as the “Star” is thus reinterpreted as the observable manifestation of spacetime’s emergence — the moment at which the universe came into being and became visible to all reference frames simultaneously. Accordingly, all subsequent structure, matter, and causality are understood to arise from this singular event; nothing that has come into existence did so apart from it.
Background
For more than half a century, mooring technology has defined the limits of human expansion. While effective for raw material transfer, the system’s reliance on massive anchors and Sol-centric manufacturing created a hard ceiling on reach, scale, and reproducibility. Although previous mooring efforts reported operational success across various frequencies, those selections were ad hoc and unsupported by a unifying model, rendering their apparent effectiveness anecdotal.
Measurements taken across deep time appeared internally coherent yet mutually incompatible when synchronized across epochs. Constants seemed to drift. Frequencies failed to align. Reproducibility degraded with temporal distance rather than spatial separation. Morring travel is not satisfactory or safe for biological matter.
Methodology
Researchers at the Wayfarer Institute reanalyzed multi-epoch observational data using a phase-relative framework rather than a fixed-constant model. As with prior Cobb based research, instead of assuming invariance, the speed of light and related propagation values was treated as local projections of a deeper oscillatory structure.
Iterative temporal bisection and inverse-correlation analysis revealed a striking pattern: as apparent universal frequencies increased, effective temporal resolution decreased, and vice versa. These inversions suggested the presence of a governing frequency against which all local measurements were being unintentionally misaligned. “A condition in which all spacetime regions share a single, stable phase reference, indicating the moment the universe’s governing frequency became fixed.” -Dr. John Cobb
Results
All datasets converged when referenced to a single dominant epoch, hereafter termed the Primary Temporal Reference (PTR). This epoch coincides with what historical records identify as the first year of the Common Era. Notably, astronomical descriptions of a “star” associated with this period align not with a stellar event, but with the signature emergence of universal phase coherence consistent with initial frequency stabilization, thus the creation of the universe and space were created not at the beginning of the known era but at the PTR.
The Wayfarer Institute makes no religious or metaphysical claims regarding this alignment. However, it is acknowledged that the Institute is a Christian-based organization and holds the divinity of Christ as a foundational belief. Researchers further acknowledge that awareness of historical accounts describing temporal anomalies — most prominently a documented temporal prolongation during the Mosaic period — introduced analytical complexity and potential confirmation bias. These events were nevertheless retained in the model after sensitivity testing demonstrated that their exclusion produced measurable discontinuities in the dataset. Even when individual events were removed, binary search–based temporal narrowing consistently revealed unresolved phase gaps at the corresponding epochs. The data itself therefore required their inclusion to restore coherence, independent of any historical, cultural, or scriptural references. Additional instances of temporal prolongation and contraction were also identified at other epochs; while these events exhibit clear mathematical signatures within the model, their underlying mechanisms remain presently unexplained.
Implications
The fundamental frequency reframes spacetime not as a continuous axis, but as a resonant system in which time advances through oscillatory resolution. Apparent expansion into the past and forward light propagation occur at differing effective rates and their relativity to non-relative space oscillates at the fundamental frequency first theorized by Stacey Fueller (BLF, NRSE).
Methods
We construct a variance surface by aggregating multi-epoch observational records into a common reference frame defined by the Primary Temporal Reference (PTR). Each datum is mapped into a unified coordinate tuple, representing comoving distance, local proper time offset from PTR, and a curvature/anisotropy index derived from interferometric residuals and gravitational lensing shear. For each coordinate cell, we compute the local phase residual by comparing observed propagation signatures against the PTR-aligned baseline.
The phase correction function is then obtained by fitting a constrained model with continuity enforced. Discontinuity epochs are identified through a binary-search narrowing procedure applied along, locating the minimal intervals whose inclusion restores global phase coherence across independent datasets; these intervals are treated as boundary conditions rather than free parameters. The final correction function is produced by solving for the phase offset that minimizes cross-sensor incoherence under a regularized objective and validated via forward prediction: withheld data are reconstructed by applying to recover PTR-consistent propagation constants, with success measured by restored beacon lock duration, reduced spectral residuals, and reproducible transit phase stability in simulated mooring systems.
Next Steps
The immediate priority is to formalize the governing equation of the fundamental frequency by deriving a closed-form solution for phase drift as a function of universal variance and expansion rate. This requires consolidating multi-epoch datasets into a single variance surface, validating discontinuity handling, and producing a predictive model that outputs the required phase correction for any spacetime coordinate and transit duration.
Once the correction function is sufficiently constrained, the next experimental step is a controlled engineering trial: retrofit of an existing cargo-class vessel to operate under sub-threshold range — less than 100 light-years — using a bounded drive profile and hard-fail safeties. Such travel has remained prohibited since the formation of the Rift; accordingly, the trial will be conducted under restricted authorization, with instrumentation prioritized over payload capacity and with abort criteria defined by phase divergence limits rather than classical navigational error.
Conclusion
The discovery of the fundamental frequency resolves longstanding observational paradoxes by unifying time, light, and causality as resonance phenomena. The path forward is therefore not increased anchor mass or brute-force propulsion, but the development of a validated phase-correction formalism and its first constrained application in a legally and technically controlled short-range retrofit mission.
Dr. Kade Vossian Dec. 25, 3733
It’s been over a decade since the discovery of the PTR, (Prime Temporal Reference). And Christians are still wrestling with what it means for their faith, forgiveness, and redemption.
This is the scientific discovery. It is the fact that Christ is the beginning of time and universe, and that what we perceive as the creation of the universe did not happen “at the beginning” but it happened with Christ’s birth, and time is permeated in both directions.
What that means for our faith is the fact that sin is not isolated. When we sin, it propagates forward and backward in time all the way back to the beginning of Creation. Many Christians, have struggled with “why did God create Adam?” or “why did God create Satan” or why this thing? Sin was going to enter the world because of us, and with retrocausality now being a defined law of the universe we see in mathematical terms that our sin has broken His world not just in the directive flow of our existence but the damage permeates to those before us. I irony of blessings and curses give new understanding to generational sins.
It is because of our sin that Adam sinned. It is because of our sin that Satan himself came into this world. He is a creation of our own sin. We are the ones who broke this world, and God has chosen to forgive all of this, and he sacrificed his creation to save us. But it also answers the fact of why? Why did those animals have to die? Why did we have to do sacrifices? Those sacrifices that the early Israelites made were because of us. It wasn’t just to cover their sins; it’s to cover our sins, just like Christ covers our sins, and of those anticipating his salvation. Given the PTR his forgiveness and salvation being redemptive for the past now seems practical rather than speculative.
Knowing that Christ truly is the creation of the universe and that there is a fundamental time, an absolute frame, that is persistent through all of creation, just shows that Christ, that God, is more than a deity as other past fallen religions have shown. He is a personal God. He has a heart, he has thoughts, he cries. He is more than we understand just like he always has been.
Early Israelites were expecting a Messiah to come in the form of a military leader. No, he comes as a vulnerable baby, born in a manger in Bethlehem, humble and lowly (Luke 2:7; Matthew 1:23, fulfilling Isaiah 7:14 NASB3032)
They expected him only to be a Messiah, but he’s also God, and that is what God’s doing. You cannot limit God. He is a deity, he is omnipotent, he is omnipresent, but he is also your friend. He is someone with a personality and he grieves for us and wants us to do better. He is in the now to be your friend. Knowing God to be omnitemporal, to be fully existent in the now but not enduring time as a sequential existence, opens that personality and His love for us in a new light. A God who has plans for us and a future, he weeps for our future sin but forgives us and will remember our sin no more. I will take a moment for personal reflection on this mystery. I don’t understand His forgiveness just like I don’t understand his Mercy his ways are not our ways. I do trust His forgiveness and his divine planning of my life.
Scripture tells us that God created us in His own image (Genesis 1:27), endowing us with a profound consciousness that reflects something of His own presence and dignity. This awareness is no mere animal instinct; it elevates us toward communion with God Himself. Moreover, the Bible reveals our astonishing future destiny: we will one day judge angels (1 Corinthians 6:3), exercising authority as rulers in God’s eternal kingdom alongside Christ.
And this same Christ — He chose to become incarnate for our sake, yet He has always been Christ, always God. He did not become divine at some point; Christ is eternally God. As the Word who was with God and was God from the beginning (John 1:1–2), He has existed forever, unchanging and divine, before time itself began.
We continue to break and fracture creation through our ongoing sin — yet all we can truly do is press forward in faith. We can never fully make it up to Him or repay the debt on our own; He knows this perfectly. That’s precisely why, in His infinite mercy and love, He gave us Christ — whose perfect sacrifice covers what we could never repair ourselves.
As we move forward with deep understanding of the universe and our misconceptions of time and causality are redefined by His laws; we move forward in faith, being confident of this very thing, that he which hath begun a good work in you will perform it until the day of Jesus Christ.
Omni-news Circular
July 18, 4038
NEW GENEVA, EARTH — The International Temporal Research Consortium announced yesterday that the seventh phase of the Past-Observation Program has successfully completed its first controlled probe insertion into the year 2027.
The experiment involved sending an autonomous observation probe approximately 2,011 years into the past while maintaining its isolation inside a Quantum Relational Containment Bubble (QRCB). According to researchers, the probe was observed multiple times by local inhabitants and was subsequently reported as an unidentified flying object.
"This is precisely what the PTR predicted," said Dr. Eliana Voss, Director of Temporal Navigation Sciences. "The probe existed within the temporal substrate but remained causally isolated from the local information structure. It could be observed, but it could not create paradoxes."
For centuries, critics of time travel argued that journeys into the past would inevitably produce contradictions, including the well-known "grandfather paradox." PTR theory, now universally accepted, demonstrated that such paradoxes are mathematically impossible.
Under the PTR model, reality consists of a relational information structure expanding away from the Central Causality Point. Any traveler entering another era carries their own observational frame and therefore occupies a protected temporal branch within the broader PTR. Interaction is constrained by information consistency requirements, preventing alterations to already-established historical relationships.
Researchers reported several attempts by earlier test probes to transmit historical information directly to the past. In every case, transmission systems failed through seemingly random mechanical, environmental, or probabilistic events. Analysis later confirmed that the failures were not random but manifestations of PTR consistency enforcement.
"The traveler is real. The observation is real. The paradox is impossible," explained Dr. Voss. "A time traveler can become part of history, but cannot rewrite the informational relationships that produced their own existence."
The Consortium has now released over 14,000 historical observation records believed to correspond to temporal probes. Many were originally cataloged by pre-temporal civilizations as UFO sightings.
One particularly famous incident, long debated among twentieth-century historians, has now been reclassified as a confirmed PTR observation event.
As future missions are planned, scientists emphasize that temporal travel remains a tool for observation rather than modification.
"The past is not fragile," stated the Consortium's final report. "It is already part of the relational structure that permits our existence. We do not travel to change it. We travel to understand it."