Foreword: I discovered Lovecraft as a teenager. I read everything he wrote. Later, August Derleth started Arkham House, publishing to preserve HPL's works and provide a place for the Mythos to continue. Over time, I read all those stories too. Then, I followed the contributing authors as they explored Mythos themes in their later books. Perhaps I got a little obsessed but when Randi picked Lovecraft to be our muse for the Beyond the Wall of Sleep contest, I wanted to write something that HPL might have written. I hope you enjoy it because I had a blast writing it.
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I broadcast this message on short-range emergency broadcasting frequency 243 MHz and very-long range emergency frequencies 162.440 and 162.550 MHz to any person or government able to receive it. I can transmit but cannot receive. I cannot determine whether my message has been received and will continue until I am no longer unable.
I am Dr. Elliott Marshall Atwood, like my father, a Professor and Chair of the Department of Physics at Miskatonic. You may recall my father Dr. Walter Atwood, who accompanied Professor William Dyer on the disastrous Pabodie Expedition to Antarctica in 1930--31. He died as part of an advance party before Professor Dyer encountered strange and alien ruins in the frozen wastes of the South Pole, the results of which have yet to be reported. I followed my father's interest in science but rejected his quixotic search for so-called "forbidden knowledge." No knowledge is forbidden; it is simply not yet known.
Consider that when I say that I dictate this message as a dire warning to the world. Mankind is under threat from a fantastic danger, unleashed by the irresponsible experiments conducted by my wife Dr. Ann Wilson Carroll, the Wellington Professor at Miskatonic, and I, experiments whose results were so perverse as to transcend all decency. This message advises mankind of the danger the world is in and how it came to be. I have no means, no solution, to offer for mankind's rescue. I leave that desperate effort to the scientific community. Believe me when I say nothing is more urgent to the future of human history. For myself, the thermite bomb I set in a last-ditch effort to end the world's peril will end my life when the unstoppable timing device cycles to zero. My body and the bodies of those cruel harpies will burn together in fires that exceed 4,000
o
F. In so dying, I will be the lucky one, although I do not deserve so kind a fate.
Here is your warning. Here is what you must know.
The Temptation of Knowing
I have spent my life as a theoretical physicist. I am the principal author of more than 175 peer-reviewed papers, contributor to 285 more, the author of chapters in nine major textbooks and a leading candidate for the Nobel Prize for physics for some years. This deep and wide knowledge is what enabled me perhaps to destroy life as we know now it.
Although it may not seem so, it can be said that the Universe is binary at all levels we can detect. The illusion of a continuum shows our inability to make sensitive enough distinctions. My wife Ann, who is known in the scientific community at least as well as I, focuses on the profoundly accurate measurement of extremely small, nearly ephemeral events from which she creates highly complex, mega scale computer simulations of cosmological evolution and structure. Together, we have created theoretical models of the universe, which Ann's measurements demonstrate clearly how closely our models match what we see. From that investigation, we know this much.
Everywhere we look, at the largest scale the universe looks the same in every direction. Everywhere we measure, matter accelerates away from us at roughly 70 km faster each second. Why are things flying apart? Who knows, but there are theories that have support. None are proven beyond doubt. All of them presume causes and events for which limited proof exists.
Now, imagine a brick wall on a snowy day. You make a snowball and throw it at the wall. What you get is a white, roughly circular mark where the snowball hits. Now, imagine our wall shrinks to smaller than an atom and our snowball turns into the very tiny sub-atomic particle called the photon. Photons are what we call "light." They are pure energy. Now, let's try that experiment again but with something new. We put up a minute screen with two long, vertical slits, side-by-side. We throw that proton at the two-slit screen and watch to see where the photons land. We throw more protons, one at a time, and watch to see the pattern. We get what common sense expects. Snowy hits line up along each slit. The areas not opened by the slit have no hits. Our result is not meaningfully different than throwing snowballs at the wall.
What if we turned off our meters, left the automated sub-atomic "snowball" thrower have at it, and go get a cup of coffee? No one would be paying attention. No one would be tracking where the protons land. When we get back, what do we see? The pattern has changed. The particle impacts (our "snowball hits") are gone. Instead, there are long curving bands that look like waves. Somehow and no one has any real clue why, not watching the experiment,
i.e.,
a measurement, changes the result from particle to wave. We have every reason to believe that this result remains true at all levels of existence. No one understands it, but again there are lots of hypotheses.
The fact that there were two possible results, wave or point, caused Ann and I to ask if there is a detectible boundary to be found between the two. What if it was possible to detect that boundary and measure it? What if it were possible to separate the sides of this boundary layer, and open it? What might we find inside?
Once Ann and I decided to move forward, our first necessity was a place to work without interruptions. Massachusetts has many islands off its coast, most barren chunks of rock. Little Gull Island had once been a naval observation station and its buildings remained serviceable. It had a substantial dock and seawall that allowed small craft to land, even in difficult weather. My defense department connections made it easy to secure use of the facility for an indefinite time, especially as we were looking only to rent it. Our grant proposal was presented not to our government; we were afraid our results might be turned into a new Manhattan project. We looked to immensely wealthy men and rapidly had more money at our disposal that we would ever need. Our first meeting as a team -- Ann, her team of assistants, my team and me -- set the tone for what was to come. Had I realized what that tone foreshadowed, I would have never proceeded.
Ann outlined what a boundary layer photon gun would entail, and the sensitivity required. A photon gun of extraordinary accuracy would be needed and it's targeting mastered. Sensors of a sensitivity not yet conceived would have to be invented. In her comments, Ann made it clear that, for us to succeed, everything we would do would break new scientific ground. I outlined the physical constraints we could expect our theoretical boundary portal to display. Frankly, I had no idea what would result if the boundary was opened. Ann and I agreed to forego that ultimate issue until we determined whether the experiment was even possible. Near the end of the meeting, Ann addressed the group.
"We are planning to open the way to a new existence. We do not if it can be done. If we succeed, we will not know its rules until they are upon us. We will not know what it will mean to look on that alien place. We will not know what it can do to us until we are already changed. Even so, we will march forward for science, together, and hope for the best." Brave words, ones that should have scared us to death.
The Pick in the Universe's Lock
It would clearly be imprudent to discuss in detail how we accomplished our goal of opening the boundary portal. I will describe the process generally and in more detail what resulted. The reasons for this are obvious.
The photon gun was based on well-established particle accelerator techniques in which a highly magnetized field serves as a "gun barrel." This technology allowed Ann to aim photons at a single point. Computers guided the firing, sending innumerable photons in lockstep phase racing forward. In other words, Ann was firing the world's most finely calibrated laser. Inside that coherent beam, a stream of photons would lance forward to strike a heretofore unhittable spot with devastating force. Each discharge would be measured and recorded for its impact and results. The firing would last for one hour. There were a planned two million test firings planned.