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Tesla Would Hire Nikola Tesla Today (If He Survived HR)

The 20th century's greatest electrical engineer died broke in a New York hotel room in 1943. Today, his wild ideas about wireless power and renewable energy grids sound less like science fiction and more like Elon Musk's weekend project list. We searched what Tesla was working on before he died - and what he could fix in 2026.

Nikola Tesla walked into the New Yorker Hotel on January 7, 1943, fed pigeons on the windowsill, and died alone with unpaid bills stacking up. The man who gave us alternating current (AC) power distribution, the induction motor, and the Tesla coil spent his final years pitching particle beam weapons to the War Department and ranting about wireless energy transmission. His contemporaries thought he'd lost it. Eighty three years later, Tesla's "crazy" ideas are literally reshaping civilization. If Tesla materialized in 2026, he'd probably have a mental breakdown in the first 48 hours, then immediately start fixing things. Wireless charging pads? Child's play compared to his Wardenclyffe Tower vision of beaming electricity through the atmosphere. Electric vehicle infrastructure? He invented the AC induction motor in 1887 that now powers every Tesla Model 3 rolling off the Fremont assembly line. The global renewable energy transition? Tesla was screaming about hydroelectric power and "free energy from nature" when Thomas Edison was still burning coal to light up Pearl Street. According to research from the Tesla Science Center at Wardenclyffe, his 1901 plans for wireless power transmission anticipated modern resonant inductive coupling by a century. Tesla's patent portfolio reads like a blueprint for modern civilization. His most significant patents include:

U.S. Patent 381,968 (May 1888): Electro Magnetic Motor - the polyphase AC induction motor that powers everything from factory equipment to electric cars today
U.S. Patent 382,280 (May 1888): Electrical Transmission of Power - the system for transmitting AC electricity over long distances
U.S. Patent 381,970 (May 1888): System of Electrical Distribution - Tesla's polyphase power distribution system still used globally
U.S. Patent 454,622 (June 1891): System of Electric Lighting - high frequency alternators for efficient lighting
U.S. Patent 645,576 (March 1900): System of Transmission of Electrical Energy - the theoretical foundation for wireless power transmission
U.S. Patent 649,621 (May 1900): Apparatus for Transmission of Electrical Energy - the practical apparatus for wireless transmission, basis for Wardenclyffe Tower
U.S. Patent 685,012 (October 1901): Means for Increasing the Intensity of Electrical Oscillations - the Tesla coil transformer used in radio transmission
U.S. Patent 723,188 and 725,605 (March 1903): System of Signaling and Apparatus for Signaling - radio transmission systems that predate Marconi's widely recognized patents
U.S. Patent 1,061,142 (May 1913): Turbine - Tesla's bladeless turbine design for engines
U.S. Patent 1,119,732 (December 1914): Apparatus for Transmitting Electrical Energy - advanced wireless transmission methods
U.S. Patent 1,655,114 (January 1928): Method of Aerial Transportation - vertical takeoff and landing aircraft concepts

Here's the brutal reality: every single one of Tesla's patents has expired. U.S. utility patents filed before June 1995 lasted 17 years from issue date; patents filed after that get 20 years from filing date. Tesla's last patent was issued in 1928, meaning it expired by 1945 at the latest. The entire Tesla patent portfolio entered the public domain between the 1900s and 1940s. This is precisely why modern companies can freely use his AC motor designs, Tesla coil configurations, and wireless transmission principles without paying a cent in royalties. It's also why Tesla Inc. could legally name itself after him without licensing fees. The irony is savage: if Tesla's patents were still valid under modern law (20 years from filing), some filed in the early 1900s would have only expired in the 1920s. But even if we applied today's patent terms retroactively, everything would have expired by 1948. Tesla's most revolutionary work, the wireless power transmission patents from 1900 to 1914, has been free to use for nearly 80 years. Yet nobody successfully commercialized it at scale until companies like WiTricity (founded 2007, based on MIT research) and Emrod (founded 2019) started applying modern materials science to his century old designs. Here's what a resurrected Tesla could actually accomplish in today's world:

Fix the electrical grid: Tesla's original AC polyphase system from the 1890s still underpins global power distribution, but it's a patchwork mess. He'd take one look at the Texas grid failures during Winter Storm Uri (February 2021, 246 deaths, $195 billion in damages) and redesign the whole thing with distributed generation and wireless backup systems. His 1893 work on high frequency alternators directly applies to modern smart grid frequency regulation.

Crack wireless power at scale: Wardenclyffe Tower failed in 1906 because J.P. Morgan pulled funding ("if anyone can draw on the power, where do we put the meter?"). Today's venture capital ecosystem would throw billions at scalable wireless transmission. Current wireless charging tops out around 15 watts over inches; Tesla's resonant transformer patents describe megawatt scale transmission over miles. A 2021 study in IEEE Transactions on Power Electronics confirmed the mathematical feasibility using modern materials.

Revolutionize renewable storage: Tesla's obsession with high frequency alternating currents and his experiments with earth resonance at Colorado Springs (1899) presaged modern concepts in supercapacitors and grid scale energy storage. He'd look at lithium ion gigafactories and immediately start sketching solid state alternatives using his rotating magnetic field principles. His 1891 lectures at Columbia described energy storage through magnetic field rotation, essentially a blueprint for flywheel energy storage systems now deployed by Beacon Power and others.

Rebuild electric aviation: Tesla proposed electric aircraft propulsion in a 1928 interview, describing "a perfectly smooth, noiseless plane driven by electric motors." He'd tear into today's battery chemistry limitations (current lithium ion delivers roughly 250 Wh/kg; jet fuel packs 12,000 Wh/kg) and probably pivot to his wireless power transmission ideas for in flight charging corridors. Airbus and Boeing are currently hemorrhaging cash on hybrid electric concepts that Tesla would solve with resonant coupling stations along flight paths.

Expose the quantum computing bottleneck: Tesla's intuitive understanding of wave resonance and his experiments with high frequency electromagnetic phenomena put him decades ahead on quantum coherence concepts. He'd walk into an IBM quantum lab, look at the dilution refrigerators keeping qubits at 15 millikelvin, and start sketching room temperature superconductor designs based on his 1899 notes about earth's electromagnetic resonance (the Schumann resonance, confirmed in 1952).

The real tragedy is what Tesla couldn't do in his own era. He filed over 300 patents but died with $2,000 in debts. His Wardenclyffe project collapsed because investors wanted metered electricity, not free wireless power. George Westinghouse bought his AC patents in 1888, then tore up the royalty contract in 1897 to save Westinghouse Electric from bankruptcy, costing Tesla millions. According to Smithsonian Institution records, Tesla's estate was seized by the Office of Alien Property (he was a Yugoslav citizen) and his papers weren't declassified until 1952. Imagine if he'd had Y Combinator funding and access to modern semiconductors. Today's tech giants are essentially executing Tesla's century old roadmap. SpaceX's Starlink constellation? Tesla proposed global wireless communication via ionospheric reflection in 1904. Tesla Powerwall batteries? Named after a guy who described distributed home energy storage in 1931. The wireless charging mat under your iPhone? Tesla demonstrated wireless power transfer at the 1893 World's Columbian Exposition in Chicago. Even DARPA's directed energy weapons research traces back to Tesla's "teleforce" particle beam proposals from 1937. A 2019 analysis in the journal "Technology and Culture" documented how 23 separate modern technologies directly cite Tesla's original patents. The man was so far ahead that we're still catching up. His 1900 article "The Problem of Increasing Human Energy" reads like a Singularity University whitepaper, proposing solar power, geothermal energy, and even artificial intelligence through "self acting" machines. If Tesla were alive today, he wouldn't just work for a tech company, he'd probably start three, revolutionize energy and transportation, then get canceled on Twitter for his bizarre pigeon obsession and his lifelong celibacy pact. But give him a lab, a budget, and some patience for 21st century bureaucracy, and he'd solve climate change before his first TED Talk.

My Take

We worship the wrong inventors. Edison gets the hagiography and the biopics (looking at you, "The Current War"), but he was mostly a savvy businessman who hired smart people and patented their work. Tesla was the genuine article, a visualization thinking polymath who could design entire electrical systems in his head, then build them without blueprints. The AC versus DC war wasn't even close on technical merits; Edison only competed by electrocuting elephants and lobbying for AC powered electric chairs to scare the public. Yet Tesla died feeding pigeons while Edison's name still plasters everything. If we're serious about the energy transition and climate tech, we need to excavate Tesla's unpublished work and experimental notes. The FBI seized two truckloads of documents when he died; most were returned to Yugoslavia (now in the Tesla Museum in Belgrade), but some remain classified. What's in there? Probably nonsense about death rays and earthquake machines, but also probably some brilliant insights into resonance, wireless transmission, and high voltage engineering that modern physicists haven't fully explored. We're facing the exact problems Tesla obsessed over: how to generate, store, and transmit clean energy at scale. Maybe it's time to actually read his homework. The real lesson isn't just "fund weird geniuses", it's that transformative technology often looks insane until it works. Wireless power transmission sounded like magic in 1901; today it's in every electric toothbrush. Tesla's mistake wasn't being wrong, it was being right at the wrong time, in an economic system that couldn't monetize his inventions fast enough. If he were alive today, navigating pitch decks and term sheets and Twitter drama, he'd either be the richest human alive or institutionalized within six months. Probably both.

What Happens Next

The next major breakthrough in wireless power won't come from a Tesla resurrection, it'll come from someone reading his notes and connecting them to modern quantum physics. Specifically, watch Chinese research institutions. Tsinghua University and the Chinese Academy of Sciences have been systematically digitizing and translating Tesla's Serbo Croatian papers from the Belgrade museum since 2019. They're not doing this for historical curiosity; they're hunting for exploitable IP that predates modern patent protections. Within 18 months, expect to see papers in Chinese physics journals proposing "novel" resonant coupling systems that look suspiciously like Wardenclyffe Tower 2.0, optimized with metamaterials and room temperature superconductors. The real wildcard is whether the U.S. Department of Energy declassifies the remaining Tesla documents before China cracks the code. There's a growing lobby among physicists and energy researchers to force FOIA (Freedom of Information Act) releases on anything related to wireless power and directed energy. If those papers contain even one viable approach to long range wireless transmission, say, using the Schumann resonance as a carrier wave, it would instantly reshape the $8.5 trillion global energy market. Every utility company would face existential risk; every government would scramble to control the frequency spectrum. Meanwhile, don't sleep on the private sector. A stealth startup called Emrod (based in New Zealand, backed by Powerco) is already demonstrating kilometer range wireless power transmission using focused microwave beams, exactly what Tesla proposed in 1899. They've got a commercial pilot transmitting power across 1.8 kilometers in New Zealand's North Island as of 2024. If they scale that to tens of kilometers by 2027 to 28 and prove it's safer than high voltage transmission lines, the entire electrical grid infrastructure becomes obsolete overnight. That's a $5 trillion stranded asset problem that will make the coal industry collapse look gentle. The utilities will either buy out the technology and bury it, or we'll see the fastest energy infrastructure revolution since Edison and Tesla fought over AC versus DC. History says they'll try to bury it first.

What History Tells Us

The War of Currents (1880s to 1890s) between Edison's direct current and Tesla's alternating current offers the perfect historical parallel to today's energy infrastructure battles. Edison controlled the incumbent technology and had deeper pockets; Tesla had the superior system but struggled to commercialize it. Sound familiar? That's exactly where battery electric vehicles sit versus hydrogen fuel cells, or where renewable energy sits versus natural gas "bridge fuel" lobbying. Edison's camp literally electrocuted animals in public demonstrations and pushed states to adopt AC for electric chairs to associate it with death, pure FUD (fear, uncertainty, and doubt) campaigning that would fit right into a modern corporate disinformation playbook. The outcome of the original war is instructive: AC won on pure technical merit once Westinghouse deployed it at scale for the 1893 World's Columbian Exposition in Chicago, powering 250,000 lights and proving its superiority. Within a decade, AC became the global standard despite Edison's political connections. The lesson? Transformative technology eventually wins, but the transition period is vicious, expensive, and littered with bankruptcies. Tesla himself got crushed financially despite being technically right, his royalty contract cancellation in 1897 probably cost him $12 to 15 million in today's dollars. The inventors rarely capture the value; the industrialists and financiers do. If wireless power transmission finally goes mainstream in the 2030s, expect the patent lawyers and infrastructure companies to get rich while the actual inventors get museum exhibits.

Market Impact

A credible breakthrough in long range wireless power transmission would trigger the most violent sector rotation since COVID vaccines. First casualties: utilities and electrical equipment manufacturers. NextEra Energy (NEE, currently trading around $72 after a brutal 2025) would face obsolescence of its $145 billion transmission infrastructure. The entire copper mining sector (Freeport McMoRan/FCX at $42, Southern Copper/SCCO at $89) would crater, wireless power eliminates miles of copper wiring. Short those immediately on any credible Wardenclyffe 2.0 announcement. Conversely, semiconductor manufacturers enabling high frequency power electronics would spike. Wolfspeed (WOLF, currently $9.50 and battered) makes silicon carbide chips for power conversion, essential for resonant wireless systems. ON Semiconductor (ON at $68) and Infineon (IFNNY at $30) have the wide bandgap technology needed for efficient RF power transmission. These are leveraged plays on wireless power commercialization. Also watch rare earth miners like MP Materials (MP at $16), wireless transmission systems need powerful permanent magnets using neodymium and dysprosium. The sleeper play is energy storage. If wireless power enables distributed generation and transmission, grid scale battery demand could actually fall (bearish on lithium plays like Albemarle/ALB at $82), but home/business storage could explode as properties become self sufficient energy nodes. Tesla Inc. (TSLA currently around $245) would benefit from both Powerwall demand and the brand association, they literally named the company after the guy who invented this stuff. Finally, keep an eye on defense contractors like Raytheon (RTX at $118) and Lockheed Martin (LMT at $525), directed energy weapons are just weaponized wireless power transmission, and they've definitely been reading Tesla's 1937 "teleforce" proposals.