Credit:
Courtesy of Christine E. McCain
“Science works slowly, even though it discovers the marvelous, the unlooked-for.” – Thomas Edison
In 1876, a 29-year-old inventor in New Jersey used the proceeds from selling a set of telegraph patents to build himself a laboratory. He had no university degree and no formal chemistry training, but he’d been fascinated by chemistry and wanted a place built for one purpose: to invent, deliberately and repeatedly. He promised his backers numerous inventions every year, with breakthroughs every month. The laboratory was in Menlo Park. The inventor was Thomas Edison.
That is the same year the American Chemical Society was founded.
ACS has long recognized Thomas Edison’s groundbreaking research, designating his Menlo Park laboratory a National Historic Chemical Landmark in 2014. Without the lightbulb that came just a few years after the establishment of Menlo Park, would the world have noticed any of it? Would they have noticed not only the inventions Thomas Edison brought into being, but also the wave of innovation that has followed in the 150 years since? This is why the part of the 1876 story most worth telling isn’t any one invention by Edison; it’s what Edison built that same year ACS was founded—not just an invention, but a facility. One engineered to produce inventions, and patents, to celebrate innovation.
“Edison didn’t just patent inventions in 1876. He patented, and then institutionalized, a way of innovating.”
Menlo Park is widely considered the first industrial research and development laboratory in the world. Between 1876 and 1884 alone, Menlo Park generated hundreds of patents and patent applications. Edison would go on to hold 1,093 US patents by the end of his life (with a worldwide total of 2,332), a record that stood for over a century. But the more lasting invention may have been the lab itself and the idea that a company could fund a dedicated space, staff it with specialists, and treat invention as a repeatable process rather than a stroke of individual genius. That idea became the template for the corporate research labs that followed: General Electric, Bell Labs, DuPont, and, eventually, the research and development divisions where most working chemists today have spent at least some part of their careers. Edison didn’t just patent inventions in 1876. He patented, and then institutionalized, a way of innovating.
That distinction matters for anyone innovating today. A single patent protects a single idea for a limited time. A well-built lab, staffed and funded with the drive to solve a problem, keeps producing patentable ideas long after the first one expires, especially when the scientists inside it stay curious. This framework is exactly why so much of modern chemical innovation happens inside institutions rather than garages (sorry, Apple), and why building and protecting that pipeline is worth as much careful attention as any one invention in it.
Edison was 29 in 1876, with no way of knowing that the lab he was building would outlive him, be replicated by nearly every major company in America, and still be cited 150 years later as the birth of industrial research and development. He wasn’t managing a legacy. He was solving a much smaller, more immediate problem: how to keep inventing, reliably, on purpose, without waiting for lightning to strike, or, dare I say, a bulb to flash.
That’s the inspiration worth taking from ACS’s 150th anniversary. Most of the chemists and engineers who will define the next 150 years are, right now, doing something closer to what Edison did in 1876 than what he’s remembered for: building a process, protecting an idea carefully enough that it’s worth building on, and trusting that the discipline of doing that well matters more than knowing, in advance, how bright any one invention will shine.
Views expressed are those of the author and not necessarily those of C&EN or ACS.
