The Time Roads

THE GOLDEN OCTOPUS

NOVEMBER 1897

I first met Breandan Reid Ó Cuilinn in my father’s Court, in Cill Cannig, on a bright, cold November day. I was seventeen, a Princess Royal and heir to the throne. He, I knew from reports assembled by the King’s Constabulary, was the son of a country gentleman, thirty years old, with degrees from Awveline University in physics and philosophy.

He never even noticed me.

To be sure, he was there to impress my father—the king—and the many astrologers, scientists, and councilors who made up the king’s Court in those days, not a young woman watching from the shadows. But I’m rambling on without purpose. Let me tell you what happened that day.

It was late November, as I said. We were all gathered in the smallest of my father’s audience chambers, the one where he liked to hold such demonstrations. (Miscellaneous Scientific Inquiries, Etc., is how the steward labeled them.) Sunlight poured through the high square windows; an early morning rain shower had spattered droplets over the panes, which cast a hundred tiny rainbows upon the gray marble floor. A raised platform ran around three sides of the room, with a series of recessed alcoves. I sat in my usual place, the middle alcove, which gave me the best view of my father and Ó Cuilinn both.

“Tell me,” my father said, “what you hope to discover.”

Breandan Ó Cuilinn—excuse me, Doctor Ó Cuilinn—said, “I cannot tell yet. I can only report on what I have achieved.”

The old astrologers, who had served my grandfather and great-grandfather since the middle of the century, nodded. They recognized temporizing, no matter what form it took. “True, true,” one old man mumbled. “We can chart the moon and all the stars of heaven, but there are subtleties beyond even the most learned of the cloud diviners.”

The Court scientists and mage-mathematicians, whose philosophies belonged to both the old and the modern schools, merely shrugged and stared hard at the strange machine Ó Cuilinn had brought, which now sat upon a large battered worktable, evidently provided by the steward from the palace attics.

He was not a rich man, this Doctor Ó Cuilinn. He had arrived in a hired van, with no servants, no assistants, and had transported the five large crates to the interview chamber himself using a freight trolley. He must have assembled the machine as well. That would account for the oil stain on the sleeve of his frock coat, and the dusty knees of his trousers.

The machine itself gleamed in brass and silver splendor upon the table. It was as large as a man’s torso and shaped like an octopus, with shining glass tubes writhing about the massive central orb. Wires ran through the tubes, like thin black veins; more wires snaked over the table and connected the device to a crate of batteries sitting on the floor. The metals themselves, however beautiful, were likely chosen for their properties, I thought, remembering the man’s initial letter. And it required a great deal of electricity. But what were those strange knobs and dials for?

With a practiced gesture, Ó Cuilinn drew a small metal bar from his pocket. It was just a few inches long, made of some dull silvery material. He pressed a spot on the side of the octopus’s body. A section of the front slid open—as though the octopus had opened its mouth into a rectangular yawn. Ó Cuilinn placed the metal bar inside. The mouth closed again; this time, I could see the thin lines marking its edges.

“What kind of metal is that?” my father asked.

“An iron-chromium alloy, Your Majesty,” Ó Cuilinn replied. “It proves less reactive than pure iron.”

If he doubted my father’s ability to understand the answer, he made no sign of it. But one question led to a barrage of others from the Court scientists. Those batteries, what were they, and what charge did they produce? Was it purely electricity his device used? If so, what role did those glass tubes perform? A modified Leclanché cell, Ó Cuilinn replied. Ammonium chloride mixed with plaster of paris, sealed in a zinc shell, each of which produced 1.5 volts. He was corresponding with a collective of scientists from Sweden and the Dietsch Empire, concerning a rechargeable battery with nickel and cadmium electrodes in a potassium-hydroxide solution. Yes, the results would certainly prove more reliable. Also, more expensive. (Here the councilors muttered something about how these research men always demanded more money.) As for the role of the batteries, they were purely to start the necessary reactions. He would rather not discuss the further details until His Majesty and the gentlemen had observed the machine’s performance.

Turning away from his audience, Ó Cuilinn began to manipulate a series of switches and dials along the lower edge of the machine. The scientists and mathematicians fell silent, absorbed in watching his work. The astrologers were less entranced, and one old man continued to mumble about the stars and their effect upon the Earth’s magnetic currents. Ó Cuilinn ignored them all. His long slim fingers moved deftly over the octopus’s face. Gradually I became aware of a soft buzzing between my ears. The skin along my arms itched. Just as I reached up to rub them, a loud crack echoed from the device.

The audience gasped. I started, then found myself unable to move.

Gas inside the tubes ignited into gaudy colors. Smoke roiled around the device, and there was a distinct burning odor, as though lightning had struck inside the palace. The astrologers and other philosophers were all whispering. The scientists frowned. My father too was frowning, but in concentration.

Ó Cuilinn alone seemed unperturbed. He leaned down and touched the device. Again the octopus yawned. I stared, uncertain

what I might see inside its mouth.

I saw nothing.

More muttering broke out, louder than before.

“Where has it gone?” my father asked.

“The future,” Doctor Ó Cuilinn replied.

An uncomfortable silence followed that pronouncement.

Less assured than before, Ó Cuilinn said, “Please understand that I’ve not yet calibrated the time frame. So I cannot predict when it will reappear.”

“Meaning, it might be anywhere,” one mathematician said.

“Or any when,” another quipped.

One of the courtiers smothered a laugh. Ó Cuilinn’s eyes narrowed—his irritation was plain to see—and I thought he was about to say something regrettable when my father said, “Your application states you are on the point of proving that time travel is possible.”

“I have proved it,” Ó Cuilinn said, a bit heatedly.

My father smiled. It was a kindly smile, but his obvious sympathy clearly irritated this young son of a country doctor just as much as the open disbelief from the scientists. “I have proved it,” he repeated. “Even if I cannot predict precisely when into the future my machine sends these objects. And, well, there are certain difficulties. But to overcome them, I need money. It is a crass plea, Your Majesty. I know that. But I swear you shall not regret offering me and my work your patronage.”

My father gazed at him steadily, no trace of kindness on his face now. “What use do you see for such a machine, Doctor Ó Cuilinn?”

“That is not for me to say, Your Majesty. But if you were to ask—”

“I just did, young man.”

A brief embarrassed smile flickered over Ó Cuilinn’s face. “So you did, Your Majesty. Very well. I would say the uses are infinite, just as time is. You could send artifacts forward, for future historians. And if once we find the means to travel into the future, surely it follows that the reverse is possible. Think of that, speaking with the future and hearing its reply.”

One of the astrologers objected. “Impossible. If the future is immutable, our descendants cannot interfere by offering us assistance, in any form.”

“How, immutable?” said one of the philosophers. “If the future has not happened yet, we are free to change it.”

“But change implies existence—”