Thunderstruck - Erik Larson [31]
He declined to talk about the components of his apparatus, but he did tell Dam that his waves could “penetrate everything,” including the hull of an ironclad battleship. This caught the interviewer’s attention. “Could you not from this room explode a box of gunpowder placed across the street in that house yonder?”
“Yes,” Marconi said, as matter-of-fact as always. He explained, however, that first he would need to insert two wires or metal plates into the powder to produce the spark necessary for detonation.
Reports of Marconi’s feats now circulated abroad. Military representatives from Austria-Hungary asked for, and received, a demonstration. In Germany Kaiser Wilhelm also took notice and, as soon would be apparent, resolved that this technology needed further, deeper investigation. The Italian ambassador to England invited Marconi to dinner, after which the ambassador and Marconi traveled in an embassy coach to the post office for a demonstration. In a letter to his father, Marconi reported that the ambassador “even apologized a little for not having dedicated his attention to the matter sooner.”
Lodge and his allies of course were enraged, but more broadly, within Britain’s higher social tiers and within the scientific establishment as a whole, there were many others who looked upon Marconi with suspicion, even distaste. He was a troubling character, and not just because he had laid claim to apparatus that Lodge and other scientists had used first. He was something new in the landscape. As he himself had admitted, he was not a scientist. His grasp of physical theory was minimal, his command of advanced mathematics nonexistent. He was an entrepreneur of a kind that would become familiar to the world only a century or so later, with the advent of the so-called “start-up” company. In his time the closest models for this kind of behavior were unsavory—for example, the men who made fortunes selling quack medicines, immortalized in H. G. Wells’s novel Tono-Bungay.
His obsession with secrecy rankled. Here he was, this young Italian, staking claim to a new and novel technology yet at the same time violating all that British science held dear by refusing to reveal details of how his apparatus worked. Marconi had succeeded in doing something believed to be impossible, but how had he done it? Why was he, a mere boy, able to do what no one else could? And why was he so unwilling to publish openly his work, as any other scientist would do as a matter of course? Lodge wrote, with oblique malice, that “the public has been educated by a secret box more than it would have been by many volumes of Philosophical Transactions and Physical Society Proceedings.”
To add insult to injury, Marconi was a foreigner at a time when Britons were growing concerned about the increasing number of anarchists, immigrants, and refugees on British soil.
In the face of all this, Marconi remained confident. His early letters to his father were full of cool calculation. Somehow he had developed a belief in his vision that nothing could shake. His chief worry was whether he could develop his wireless quickly enough to outstrip the other inventors who, now that the news of his success was circling the globe, surely would intensify their own work on electromagnetic waves.
In this race he saw no room for loyalty, not to Preece, not to anyone.
ANARCHISTS AND SEMEN
CRIPPEN FOUND QUARTERS IN ST. JOHN’S WOOD, near Regent’s Park. His Munyon’s office was a distance away on Shaftesbury Avenue, which ran a soft serpentine between Bloomsbury and Piccadilly Circus among shops, offices, and restaurants and past side streets inhabited by actors, musicians, French and German émigrés, and other “foreigners,” as well as a few prostitutes. The avenue was home also to three of London’s best-known theaters, the Palace, the Shaftesbury, and the Lyric. The Munyon’s