Breaking through the fabric of space time was a profound discovery, harnessing that power to create doorways into other worlds, parallel to ours was the impossible achievement made a possibility. The proposition of traversing those doorways would probe to be the toughest challenge ever faced. That is until the discovery of the Higgs Boson. This discovery unlocked the secrets of the Higgs field, in the standard model and subsequently the secret of mass and gravity. Allowing the possibility to break it apart and put it back together at the most fundamental level was the key to inter dimensional travel. Nanotechnology made it possible to harness gravitons to manipulate those doorways. The discovery of anti gravitons made it possible to travel through them, and maintain the stability of the mass crossing the treacherous path through the Einstein-Rosenberg bridge!
With every great achievement, you inevitably encounter an ever greater challenge. After the initial experimentations of traveling through the dimensional portals, one question kept haunting the scientists behind the research. How to transport living organisms?
Living organisms are in a constant state of motion, and regeneration. It is impossible for a living entity to be completely still, long enough to be ripped apart atom by atom and recompiled on the other end of that journey. Not without completely destroying it anyhow. Blood flow, cell movement, gasses and fluids, cell regeneration, muscle contractions, and even brain synapses would all have to be frozen in time itself to be transported even in the split second that journey took for a living entity to be successfully transported.
Human testing was still a long ways off, the protests persisted on animal testing, there was no way of bringing them back even if the experiment succeeded, and the only thing that could travel back and forth was data. The inanimate probes proved ideal for this. Every image returned from the other side only showed a mass of organic goo as the animals were unsuccessfully reassembled in the process. How could this be achieved?
Dr. Lockwood was the pioneer in that discovery. Returning time and again to the theories posed over a century ago by the renowned physicist Dr. Albert Einstein, one phrase kept haunting her – time is relevant. If the time we encounter, by our invented methods of measurement is merely perceptive, how much can you possibly break down the experience of time? Further still, how much can be done in the infinitesimal spans of time broken down in a second? The universe itself was created in a fraction of a second, tearing an organic organism and recompiling it should be a cakewalk by comparison. The nanomachines couldn’t move at the speed of light, but they were in a constant link through a distributed network and could maintain a steady anti-graviton field around a subject. Not long enough to keep it intact but close enough to reassemble.
To achieve such a feat would take incredible amounts of energy. Her theory was groundbreaking and controversial, but a possibility. Physics change dramatically at the quantum level and quantum theory persists that information can never be lost, even in a singularity. Tests ran and failed, and energy continued to be a problem. We could not generate enough of it. Energy is the key, and it is responsible for everything. The force of attraction, the force of repulsion, for everything we see, and don’t see. Yet we didn’t have enough.
Or did we?
Maybe we couldn’t generate enough energy out of one world, but what if we could generate it from multiple worlds. Those wormholes would probe to be useful again, and the nanomachines would come to the rescue of man once more. Energy was generated from multiple dimensions. Wind energy, solar energy, underground nuclear reactors. All transporting energy to one source, suddenly all the energy we could ever want was at our disposal.
The first living organisms were transported, successfully. Initially plants, then insects, then larger more complex animals, snakes, rodents, but not humans, not yet.
The debate persisted on human transports. Some suggested a surrogate system. Building android, controlled remotely inter-dimensionally by hosts. The first one had been constructed and transported, but no remote connection had yet been established.
Many were still leery about human transports, but it would eventually have to be done. Who would be the first? Dr. Lockwood was determined to make it happen, she was sure her theory would prove successful with human subjects as well.
One mystery kept haunting the project. Every transport returned a log from the nanomachines. Transporting animals seemed to return a greater log than plants or inorganic matter. The more complex the being the greater the data returned. The data was by practice purged after a successful transport. Determined to find out why, she studies the logs. Everything was there, DNA, chemical composition, temperature, but what took up the bulk of the logs were an indiscernible series of code she didn’t recognize. At first glance it seemed similar to binary. Negative and positive energy discharges, but there was a third bit, neutral. This was new, she dubbed it, trinary. This code appeared after every living organism was transported, even plants.
This code was a mystery, and she ran it through every compiler she knew. Nothing returned. Until by chance, one billionth of a percent of the code returned an MRI scan she ran on a jerboa transported when mammals were first tested. It was a match, to a stimulus response. She had an epiphany.
Brain activity!
Brain Synapses!
Here in front of her in a series of code she had a primitive brain mapped out in all its activity. She was elated.
Dr. Lockwood worked with a colleague to put the data to use. Together they wrote a software program to run the code through a simulator. They were amazed to discover a full living interactive virtual jerboa in a software program. It responded to stimulus, and interacted with them. Living in the program it needed no food or energy, and it became inactive as no need drove its instincts. It became static. Determined not to lose this amazing discovery, a robot was developed to host the program, from the surrogate project. They were able to successfully integrate the two. The brain adapted, and became aware of its energy needs. It drove the instincts to seek out energy sources.
The implications of this discovery were mind boggling. Nanomachines had changed the path of natural human evolution. They had cured diseases, had adaptive applications enhancing human abilities, but they had not been able to cure us of the ultimate end of our journey.
Death, it was still something we would all face. The inevitable end.
This discovery could end that, if we could finish our lives as organic beings, and continue on as data, humanity could potentially live forever. The only way she knew to digitize all brain activity and function, was to traverse through that singularity. All the more reason to get someone across now, but one question haunted her. Could data preserve consciousness? The jerboa was driven by instinct, and need, but it was not conscious. Not self aware as a human being is aware. The data results showed data logs increased in size the more complex the living organism that traveled through was, and the logs were incredibly expansive for a tiny little jerboa. How would a human fare in comparison? Would all knowledge, self awareness, personality and memories be equally preserved? These questions haunted her, and accounted for many sleepless nights.
She made a decision one night while pondering the implications of her discovery. She would be the first to go through. Her work got them this far, it was only fitting to be the pioneer in another giant leap for man kind. Her colleagues may not support her decision, she would have to do it all on her own. It was bold, it was rebellious, but she couldn’t back down. This was her project, her work, and damn if she wouldn’t be the first to pass through that gate and breathe air in another world.
Timing was essential. Someone was constantly in the lab at any given time of the day. She would have to evacuate the place long enough to be in there by herself to initiate an automated sequence and go through and hopefully make it back. It occurred to her that sensors where in place to detect radiation, as a precautionary measure should the gates incidentally open to a radiated area. If she could get close to a sensor and expose it to a radiation source it would fool the sensors enough to trigger the alarms and call for an evacuation.
In a small beaker size container, Dr. Lockwood places a pill size fragment of plutonium near a sensor. The decaying rate would take some time to be registered by the sensors so it gave her time to move away and appear to go on about business as usual.
Several minutes later, the lights dim, red lights flash, and an alarm goes off. An automated voice message instructs all personnel to evacuate the area immediately while hazmat clean up crew was gearing up and heading for the lab. This gave her just enough time to lock the lab out to anyone and initiate an automated sequence to open the gate, and instruct the nanomachines.
A loud thump startles her. Hazmat crew is at the door attempting to get in. She stands in front of the gate. Hypnotized by the elongated energy oval that shows a glimpse of the other side, she is paralyzed for a moment. It occurs to her how mind boggling the notion of ripping a hole in space and time really is. She understands the science behind it, but the perception is beyond grasp. She takes a deep breath and silence fills her for a moment as all she is aware of is the air entering her lungs. She hears large thumps distant yet close enough to feel the vibrations. What she confused to be the Hazmat team behind the door, she realizes is her own heart. The entire world is far away, and all she sees is the light and all she hears are the sparks from the energy dome that will tear her apart atom by atom and then miraculously put her back together again. The animals survived. So she comforts herself with the idea that she is just another animal. Theoretically she will survive as well. She steps forward, the sparks dance on her skin. She feels static electricity dancing on the surface like ionized air as a storm approaches.
Before she has a chance to react, she is pulled through. She is aware of the tunnel, the light enveloping her, streams of light elongated into rays, and all at once she sees the hazmat crew breaking through the door, somehow she perceives herself in the tunnel and still standing one foot in front of her before the gate, and on the other side in the desert, the sun beating down on her, and it is warm. She feels heat. It is warm, and windy, her skin prickling with sparks left over. Her brain can’t process the speed of the process. It happens so fast it all seems to be happing at the same time. Suddenly standing in the desert she feel as if she is waking from a dream, and slowly regaining consciousness. She made it through. She’s on the other side. The first woman, nay the first human ever to travel between dimensions. It is monumental, and even if she risked her career, her livelihood and even her very life to do it, she did it. Anyone else who comes after will owe it to her, and that is a legacy worth dying for.
It takes her a moment, and she breathes, suddenly aware of the salty smell in the air, like the salt flats of the desert, or the air in the shores of a sandy beach. The scientist in her immediately conjures up a word…sodium, and her analytical self returns to the moment.
“I made it” is all she can muster.
She wants so much to study this place perceptively, not data gathered by robots, but to experience it for her self yet she knows she has to return before the gate closes on this side. Knowing full well that returning means she may never return, but she made it at least once.
She steps through, not fear this time, but a longing and a sadness. The same simultaneous displacement sensation she felt before, but this time she sees herself both in the desert, and in the lab. Two instances of herself, and then only one. The sparks go silent, the room dims back into the artificial lights of the overhead laps, and she is confronted by six men in white hazmat suits, their mouths agape and eyes wide, staring in wonder and disbelief.
So quiet, and then she is aware of a high pitched humming sound. It cuts the tension in the air, and all attentions turn to the computers. Data streams flash so fast it blurs the screens, the humming turns out to be the fans from the hard drives and processors spinning into over drive trying to keep the electronics cool as they struggle to keep up with the flow of data going into the system. One computer crashes, and sparks fly off the cpu, it smokes and finally shuts off. She moves instinctively to preserve the data, and re-routs the distributed network to include the entire facility, the data must be preserved.
Years of data to be analyzed off one mad bold rogue gesture of defiance. Heads would roll, hers would be among them, but nothing would take away from that experience, or denounce her achievements.
The data was successfully preserved. She stood before a tribunal sure she would lose grant, and her position in the project. Surprisingly she wasn’t terminated. She was too valuable to the program, but she was delegated to the surrogate program and the data she risked her life to acquire passed on to a colleague to work on. Surprisingly enough, she could tolerate the idea of being eliminated from the program, but to be present as someone else, even one she trusted was given her life’s work hurt her the most.
While working on the surrogate program, it was discovered a link would have to be established to the android on the other side by satellite receivers with in the tunnel of the gate. Opening doorways into other dimensions proved a very difficult proposition to control precisely which dimension you would open a doorway to. Another profound discovery proved her value to the program. Working off the string theory, she conceptualized each dimension has its own individual frequency. Finding a way to control that frequency would be akin to dialing a specific number on a phone or typing a specific IP address on a browser. The result would be a steady doorway to and from that dimension, and a key element for continuous inter dimensional travel.
The nanomachines were programmed into another task. Redefining the specific vibrations of the gravitons to open the gates, they maintained a smaller opening that would allow only a data stream to move back and forth which would require far less energy. This data stream would be the link to connecting the host to the surrogate on the other side.
The first attempt to connect to the surrogate proved disastrous. Dr. Lockwood equipped the headset, turned on the link, and as the surrogate initiated its data transmission the sensory input proved too difficult to control on the host end. The data stream was overwhelming, and Dr. Lockwood paid the price in the form of an aneurism. The sensory shock was more than any human being could handle. Ironically the surrogate program proved to be far more dangerous, than the singularity gate program.
The loss was tremendous to the program, nay to the world. One of the most brilliant minds every seen was ripped away by a freak accident. Her colleagues found it hard to cope, but her closest colleague Dr. Hauer entrusted to take over her work had been studying the code left over from her transportation. An idea presented itself, perhaps out of grief or out of a refusal to accept she was gone. She lived on in him, in her work, in the hearts of all her colleagues, and he refused to let her go.
He had made great strides in perfecting a method of human transportation through the singularity. Her work in defining the right frequency to stabilize the doorways was invaluable. Soon others followed in her steps as pioneers of inter dimensional travel.
On the other side, the surrogate robot was still unused. A program abandoned since the accident. She would have to do. There was no approval for what he intended. It would be a rogue move, but if anyone could appreciate it, Dr. Lockwood could. The android required more energy than her mobile battery could supply, at least for now. The rig would have to be her main supply. When he perfected a more powerful battery, he may be able to give it more mobility but for now it would do.
Dr. Hauer had worked with her in integrating the jerboa brain into the robot, it proved successful, and hopefully it would succeed again. The brain in the android was upgraded, a crystal solid state data storage device implanted and the brain-ware installed.
The android was booted up, the program initiated. It jerked, and moved a few joins but then stood silent and immobile. For split second Dr. Hauer thought he failed, but then…
“No-ah”
His first name came from the android, he though it was wishful thinking, but the eyes moved.
“Vickie?”
“Yes”
She had full power of the android but limited control. She attempted to move away from the rig, but as soon as she disconnected her motor control diminished further. She collapsed, and jerked in place. She attempted to get up but her joints jerked wildly and spasmodically. She was far too heavy for Dr. Hauer to prop back up, and while attempting to do it herself the shell of the android continued to collapse. The shell over a leg broke off, she barely managed to stand but with Noah’s help was able to get back on the rig. The few minutes she was disconnected nearly drained the battery, and almost destroyed the android.
They both understood, she would have to be trapped in place, locked to the rig but she would be alive. In this form at least, she would be alive in some form half conscious and half in some sort of digital coma. Maybe someday he would be able to revive her completely. She couldn’t communicate well. A closer inspection of the brain-ware revealed to him the solid state crystal drive was insufficient, yet somehow her program was intact. It existed over the entire distributed network of machines in this new universe. Vickie was everywhere. In every machine, there was a piece of her. At least in this place, she would remain alive.
“You are home now Vickie” He tried communicating to her. “We haven’t named it yet, what should we call it?”
Maybe it was a recalled memory, maybe she meant to call it that, but one word came out of the android.
“Sodium”
“Sodium?” he chuckles “Hey that’s as good a name as any. Ok. Sodium it is. Welcome to Sodium Vickie.”
“Welcome” She replied slowly “Welcome to Sodium”
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