Chapter 601 - 601: 573. New Research For Radio & Air

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"That is the limitation, sir," Caleb answered honestly, refusing to overpromise. "These are not the civilian models we are churning out by the thousands. The mechanical bandpass filters require microscopic, flawless machining. Every single unit must be hand calibrated by Mr. Tesla and myself, and then subjected to rigorous drop and humidity testing. Production will be slow. We can likely guarantee fifty combat ready units by the end of the month."

"Fifty?" McKinley asked, his surprise evident. "Caleb, the Army is demanding hundreds. The Navy wants one on every ship in the Atlantic fleet."

"They will have them, Mr. President, but they will have them done correctly," Caleb held his ground. "If I rush the production line and a unit fails during a naval engagement, the blood is on my hands. I will not sacrifice the standard."

McKinley let out a heavy sigh, though it was laced with profound respect. "You are a stubborn man, Caleb Thorne. But you are right. We will take the fifty units. It comes at an incredibly opportune moment. The War Department is desperate. The situation in the Philippines remains a huge nightmare currently, and the expeditionary forces we are preparing to send to China to combat the Boxer rebellion alongside the other nations are going to be operating entirely in the dark. If we can equip the command ships and the primary army detachments with these radios, it will give us a massive tactical advantage over the European armies. I want them shipped immediately."

Caleb gripped the microphone, knowing he had to deliver a harsh, geographic reality to the Commander in Chief.

"Mr. President, they will be shipped tomorrow morning under armed guard," Caleb said carefully. "But there is a very important limitation you must understand before you deploy these units to the Pacific theater."

"Explain."

"The radios operate on line of sight and atmospheric bounce, sir," Caleb detailed the physics. "Currently, I can speak to you because we spent a week erecting physical relay towers across the American South and the Eastern Seaboard. The signal jumps from tower to tower. But if you put one of these receivers on a ship in the middle of the Pacific Ocean, or in a command tent in Peking... it will not be able to speak to Washington."

The radio was completely silent.

"There are no relay towers in the ocean, Mr. President," Caleb continued softly. "The curvature of the earth will block the electromagnetic wave. Ships in the same fleet will be able to speak to one another flawlessly within a radius of perhaps a hundred miles. But they will not be able to call home."

"Dammit," McKinley swore softly, the frustration of a wartime president bleeding through the static. "I had envisioned Admiral Dewey speaking directly to the War Room from Manila Bay."

"It can be done, Mr. President," Caleb quickly assured him. "But it requires a completely different tier of technology. It requires a massive, centralized transmission antenna capable of generating enough raw voltage to bounce the signal off the upper ionosphere, essentially skipping the wave over the curvature of the earth without the need for physical relay towers. Mr. Tesla and I are currently researching the architecture required for such a transmitter."

"How long?" McKinley asked sharply.

"I cannot give you a definitive timeline for the researches, sir," Caleb replied. "It is entirely experimental physics. But we are dedicating significant resources to cracking the oceanic barrier."

McKinley sighed again, the heavy burden of his office returning. "I understand, Caleb. I am letting my ambition outpace your science. I hope you and Mr. Tesla can find this oceanic bounce as soon as possible. But do not diminish what you have already achieved. A secure, instant communications web across the domestic United States is a monumental feat. It secures our borders. Send the fifty units."

"They will be on a train tomorrow," Caleb promised.

The heavy, geopolitical weight of the conversation slowly lifted, settling into a quieter, more human rhythm.

"How is your wife, Caleb?" McKinley asked, his tone shifting from the President of the United States to a man making polite conversation. "The rumors of a Thorne heir have reached the capital. I sent a note, but I wanted to offer my congratulations personally."

"I received the note, Mr. President, and I thank you," Caleb smiled, his posture relaxing slightly. "She is doing well. The early fatigue is fading, and I have half the city on alert to ensure she is comfortable. I admit, building a national communications network is significantly less terrifying than preparing for fatherhood."

McKinley laughed, a warm, genuine sound. "Enjoy the terror, Caleb. It is the only thing in this world truly worth building an empire for. Give Mrs. Thorne my warmest regards."

"I will, sir. Goodnight from Saint Denis."

"Goodnight, Caleb."

The following morning, Caleb arrived at Tesla's western laboratory with a new, singular objective burning in his mind. The domestic market was secure. The military contracts were flowing. It was time to break the horizon.

He found Tesla standing before a massive chalkboard, furiously scribbling complex algebraic equations regarding atmospheric density.

"We need to bounce the signal, Nikola," Caleb announced, walking into the lab and hanging his coat on a hook. "The President wants to speak to Manila. The line of sight relays are useless over the Pacific."

Tesla spun around, his eyes lighting up with manic, unadulterated joy. He dropped the chalk, practically sprinting over to a long wooden table covered in dusty, rolled-up blueprints.

"I told you!" Tesla shouted, his voice echoing off the corrugated iron walls of the lab. "I told you the localized relays were merely a stepping stone! To cross the ocean, we do not need more towers, Caleb. We need one tower. One massive, centralized magnifying transmitter capable of pumping millions of volts into the earth and the sky simultaneously!"

Tesla unrolled the blueprint of the Wardenclyffe-style tower, slamming his hands down on the corners.

"If we construct this centralized antenna, we can generate a standing terrestrial wave," Tesla explained rapidly, his hands animating the physics. "The electromagnetic pulse will travel upward, strike the highly charged ionosphere, and reflect back down to the earth, skipping across the ocean like a stone across a pond! The military receivers we just built will be able to catch the descending wave anywhere on the planet!"

Caleb looked at the staggering schematic. It was a terrifying structure, a massive wooden lattice supporting a gigantic, copper sheathed cupola.

"It aligns perfectly with my global power research, Caleb!" Tesla pressed, his excitement reaching a fever pitch. "We use the radio transmission as the foundational baseline! If we can bounce a voice to the Philippines, we can eventually bounce raw electrical current! The radio is the proof of concept!"

Caleb knew the history. He knew Wardenclyffe had bankrupted Tesla in his past life because J.P. Morgan had pulled the funding the moment he realized Tesla wanted to transmit free power. But Caleb was not J.P. Morgan. He controlled his own capital, and he already had the brutal agreement in place, the power would be metered.

"Alright," Caleb said, tracing the base of the tower on the blueprint. "We build the antenna. But we do this methodically, Nikola. We build a scaled down prototype here in the swamps first. We test the ionospheric bounce using standard radio frequencies before we ever attempt to pump raw, weaponized voltage into the sky."

"Yes! Yes, a scaled prototype!" Tesla agreed frantically, already reaching for a fresh piece of drafting paper. "I will need three tons of raw copper for the primary grounding matrix, and a dedicated steam generator to power the initial oscillations!"

"You'll have it by the end of the week," Caleb promised. "But there are ground rules, Nikola."

Tesla paused, looking up, his chalk hovering over the paper.

"I am funding this, and I will lend you my hands and my insight to machine the delicate components," Caleb stated, his voice firm and absolute. "But I cannot live in this laboratory. The Wright brothers are preparing for their tethered aerodynamic tests, the hospital is under construction, and I have an empire to manage. Our research hours for the transmitting tower will be strictly limited."

Caleb pulled his pocket watch out, checking the time.

"I will be here every morning at ten o'clock," Caleb dictated the schedule. "And I will leave this laboratory every afternoon at exactly five o'clock. Not a minute later. My evenings belong to Mary-Beth. I will not sacrifice my marriage to build an antenna."

Tesla looked mildly horrified by the concept of a rigid, restricted work schedule. To the inventor, sleep was an inconvenience and time was an illusion. But he looked at the cold, unyielding iron in Caleb's eyes and recognized that the billionaire industrialist was not negotiating.

"Ten until five," Tesla repeated, sighing heavily. "It is an incredibly inefficient use of the diurnal cycle, Caleb. But I accept the terms. The earth's resonance will simply have to wait for the sun to rise."

For the next week, the strict routine governed Caleb's life. From ten until five, he stood shoulder to dhoulder with Tesla, utilizing his Max Level Crafting skill to wind massive, heavy gauge copper coils and machine the delicate, terrifyingly complex oscillation circuits required to generate the high voltage bursts. They were dealing with lethal amounts of electricity, working behind thick rubber shielding as purple lightning arched across the laboratory.

But at exactly five o'clock, Caleb would set his tools down, wash the ozone and grease from his hands, and return to the mansion. He would spend the evenings entirely present with Mary-Beth, reading to her, discussing the day, and feeling the quiet, profound peace of his growing family.

It was during one of these quiet evenings, while Mary-Beth was resting and Caleb was reviewing reports in his study, that an idea from his past life suddenly surfaced, triggered by a logistical update from the Wright brothers.

Orville had sent a note informing Caleb that the high winds on the Lemoyne coast were perfect, and they were planning to conduct the first high altitude, engine powered tethered flight test the following morning.

Caleb stared at the note. High altitude tethered flight.

In 1900, aviation safety did not exist. If the engine stalled, or a crosswind snapped a wooden wing strut at fifty feet in the air, the machine would plummet like a stone. The pilot would be crushed beneath the engine block. Caleb remembered the horrific mortality rates of the early aviation pioneers. Lilienthal had broken his neck. Countless others had burned or shattered on impact.

Caleb Thorne was not going to let his golden geese fall out of the sky and break their necks before the patent was even filed.

The next morning, Caleb arrived at the Lemoyne aviation testing grounds before the sun had fully risen. The coastal wind was howling, whipping the tall grass flat against the earth.

Wilbur and Orville were already in the hangar, making final tension adjustments to the flyer's canvas wings. The heavy aluminum engine block gleamed in the lantern light.

"The wind is holding steady at twenty knots, Caleb," Wilbur reported as Caleb walked in. "It's aggressive, but it provides the exact lift differential we need to test the forward elevator under heavy load. Orville is going to pilot. We're going to tether the chassis to the heavy ground spikes, throttle the engine to maximum, and let the lift carry him up forty feet."

"And what happens if a tether snaps at forty feet?" Caleb asked, his voice cutting through the excitement with cold, pragmatic dread. "What happens if a sudden updraft flips the chassis, the engine stalls, and you lose aerodynamic lift?"

Orville looked at the ground, adjusting his tweed cap. "Gravity takes over, Caleb. It is the accepted risk of the work."

"Unacceptable," Caleb stated flatly. "I did not invest a hundred thousand dollars and the full weight of my empire into two men who are willing to accept gravity as a fatal conclusion. We are not testing this machine until we have a failsafe."

Wilbur frowned, crossing his arms. "A failsafe? Caleb, the machine is barely overcoming its own weight. We cannot bolt a heavy iron roll cage to the chassis. It will never leave the ground."

"I don't want to add iron. I want to add silk," Caleb said, walking over to the workbench and picking up a piece of charcoal.

He cleared a space on the drafting paper and began to sketch. His Past Life Memory fed him the exact geometry of a modern, round canopy parachute.

"Have either of you studied the mechanics of hot air balloons?" Caleb asked, drawing a wide, curved dome. "When the burner fails, the massive silk envelope of the balloon traps the ambient air as it descends, creating immense atmospheric drag. The drag drastically slows the descent, allowing the aeronauts to survive the fall."

Orville leaned closer to the table, his mechanical mind instantly grasping the concept. "Atmospheric drag. You want to attach a balloon to the flyer?"

"Not a balloon. A collapsed canopy," Caleb corrected, sketching a series of lines descending from the silk dome to a central harness. "We take tightly woven, lightweight silk. We cut it into a massive hemisphere. We attach suspension lines from the edges of the silk to a heavy leather harness worn directly by the pilot. We pack the silk tightly into a small, lightweight canvas bag mounted behind the pilot's seat."

Caleb tapped the center of the sketch. "If the machine stalls, or the wings fracture, you do not try to ride the wreckage into the dirt. You pull a static release cord. The silk is pulled from the bag, the air catches it, and it violently inflates above you. The drag coefficient of a thirty foot silk canopy will decelerate your fall to roughly fifteen feet per second. You will hit the ground hard enough to bruise your legs, but you will walk away."

The hangar was dead silent. Only the howling wind outside broke the quiet.

Wilbur and Orville stared at the charcoal sketch, utterly spellbound. The sheer, terrifying brilliance of the concept was so deeply simple, yet it defied the fatalistic bravado that defined their entire field.

"A drag canopy..." Wilbur whispered, running his hands through his hair. "The weight of the silk and the leather harness would be less than twenty pounds. The engine can easily compensate for the added mass."

"It allows us to push the aerodynamic limits without risking our lives," Orville added, his eyes wide with realization. "Caleb, we could test extreme pitch angles, deliberate stalls... things we would never dare try if a mistake meant death. It is a safety net for the sky."

"Exactly," Caleb smiled, tossing the charcoal back onto the bench. "I need you two alive to sign the patent applications. We do not fly today. I am sending Silvio into Saint Denis to buy every yard of high grade silk he can find. I'll have Vincenzo track down a master sailmaker to stitch the canopy to our exact specifications."

Wilbur looked at the young industrialist, the profound respect he felt deepening into something akin to awe. Caleb Thorne wasn't just funding their dream; he was actively engineering their survival.

"We will delay the test," Wilbur agreed without hesitation. "We will draft the harness schematics immediately."

"Good," Caleb nodded, buttoning his coat against the drafty hangar. "Because when you finally break the tether and fly over the ocean... I want to know that you can fall out of the sky and live to tell me about it."

The next morning, the isolated aviation hangar on the Lemoyne coast transformed from a standard mechanical workshop into a specialized textile and rigging laboratory.

Silvio arrived just after dawn, driving a heavy freight wagon pulled by a team of massive draft horses. In the back of the wagon were thirty heavy bolts of pure, un dyed, high grade French silk, along with thousands of feet of tightly braided, high tensile silk cord.

Sitting nervously beside Silvio on the wagon bench was a master sailmaker he had procured from the Saint Denis shipyards, an older, quiet man who had been offered an astronomical sum of money and a terrifyingly explicit non disclosure agreement to stitch whatever Caleb Thorne demanded without asking a single question.

Caleb, utilizing his Max Level Crafting skill and the flawless, vivid recall of his Past Life Memory, immediately took command of the operation. He remembered the exact geometry of the modern, round canopy parachutes he had seen in twentieth century military documentaries. It wasn't just a matter of sewing a large bedsheet, the mathematics of atmospheric deceleration were incredibly unforgiving.

"We need a twenty eight foot diameter hemispherical canopy," Caleb instructed the sailmaker, spreading a massive roll of drafting paper across the wooden workbench and rapidly sketching the geometric panels. "It cannot be sewn as a single flat circle. It must be constructed from twenty four individual triangular panels, or 'gores,' stitched together with heavy, reinforced seams. The center of the canopy must have a circular vent hole, exactly eighteen inches across."

Wilbur Wright leaned over the table, staring at the central vent hole. "If the objective is to trap the air and create maximum drag, Caleb, why are we cutting a hole in the absolute center of the fabric?"

"Because if you trap all the air without a release valve, the high pressure air mass building beneath the canopy will spill out violently from the edges," Caleb explained, tracing the airflow with his pencil. "The parachute will oscillate wildly, swinging the pilot back and forth like a pendulum until the lines tangle or the canopy collapses entirely. The apex vent allows a controlled stream of high-pressure air to escape straight up, stabilizing the descent and keeping the canopy perfectly vertical."

...

Name: Caleb Thorne

Age: 23

Body Attributes:

- Strength: 8/10

- Agility: 8/10

- Perception: 9/10

- Stamina: 8/10

- Charm: 8/10

- Luck: 9/10

Skills:

- Handgun (Lvl MAX)

- Rifle (Lvl MAX)

- Firearms Knowledge (Lvl MAX)

- Past Life Memory (Lvl MAX)

- Knife (Lvl MAX)

- Blunt Weapon (Lvl MAX)

- Sneaking (Lvl MAX)

- Horse Mastery (Lvl MAX)

- Poker (Lvl MAX)

- Hand to Hand Combat (Lvl MAX)

- Eagle Eye (Lvl MAX)

- Dead Eye (Lvl MAX)

- Bow (Lvl MAX)

- Pain Nullifier (Lvl MAX)

- Physical Regeneration (Lvl MAX)

- Crafting (Lvl MAX)

- Persuasion (Lvl MAX)

- Mental Fortitude (Lvl MAX)

- Cooking (Lvl MAX)

- Teaching (Lvl MAX)

- Trilingual Language Proficiency - G, I, & C (Lvl MAX)

- Inventory System (Permanent - 100x100x100)

- Acting (Lvl MAX)

- Alcohol Resistance (Lvl MAX)

- Treasure Hunter (Lvl MAX)

- Drugs Resistance (Lvl MAX)

- Business (Lvl MAX)

- Leadership (Lvl MAX)

Money: 2,772 dollars and 60 cents

Inventory: 283,392 dollars and 61 cents, 11 gold nuggets, 74 gold bars, 1 Double Action, 1 Schofield, 2 Colm's Schofields, 1 land deed (Parcel), 1 Mauser, 1 Semi Auto Pistol, 1 Lancaster Repeater, 1 Old Wood Jewelry Box, 1 F.F Mausoleum small brass key, 1 Ruby, 1 Broken Pirate Sword, 1 Milton's Safety Deposit Key, Proof Of Marlin-Thorne Firearms Co., 10 Dynamites, 1 LeMat, 1 M1899, 1 Carcano, 1 Ownership deed of Doyle's Tavern, 3 Diamonds, & Important Documents & Deeds Of Cornwall

Bank: -