Every so often, a genuine genius comes along, a person who makes an incredible impact on human history. They’re rare, but they do exist. Yet sometimes, even a genius needs a little help to succeed. And back in the 1960s, an important researcher got it from the most unlikely of sources in the unlikeliest of ways.

Godfrey Hounsfield grew up fascinated by electronics at an early age. He was intrigued by the machines and equipment on his parents’ English farm. His natural ability to figure out complex problems brought out the inventor in him (and it nearly killed him, too. He made his own glider, which he piloted by jumping off haystacks… until a disastrous crash grounded him).

Undeterred, Hounsfield joined the Royal Air Force just before World War II and learned the basics of electronics and radar. After VE-Day he earned a college degree in electrical engineering. Wedding practical experience with theoretical study was still a novelty at the time, and in 1949 a big company scooped him up.

Electrical and Musical Industries, Ltd. was intrigued by Hounsfield’s pioneering work in radar and guided missile systems. The Cold War between the Soviet Union and the West was growing increasingly hotter. But as the 1950s progressed, Hounsfield’s limitless curiosity was drawn to computers. In 1958, he was a key player in developing the UK’s first all-transistor computer. His future looked bright.

As the 1960s arrived, Hounsfield’s interests shifted again.

While on a country getaway, he was struck by a remarkable idea. He wondered if he could tell what was inside a closed box by taking a series of X-rays of it at various angles. By assembling the images, he got a clear picture of the box’s contents. That led to another idea: If he could do it with a box, was it possible to get images showing the inside of a human body?

Hounsfield proposed what is now called computer tomography. It was totally revolutionary, greatly exciting and grossly expensive, too.

His research moved ahead, making slow but steady progress. And he was racking up ever-bigger bills as he went.

Then, one day in 1962, the bottom fell out. Electrical and Musical Industries, Ltd. was having a rough time financially. The company honchos called Hounsfield to HQ and delivered the bad news in person. They were forced to close his computer research division.

Hounsfield was, quite understandably, devastated. The dream he’d been chasing was now only a few years away from coming true, almost within reach. All he needed was a little more time. He pleaded for another chance.

The big brass promised him that if the company could somehow come up with a sudden infusion of cash, his work could continue. They likely said it to gently let down their genius in residence, for the bean counters had told them it would take a financial miracle to save that beleaguered division.

That’s the funny thing about miracles; sometimes, when a person needs one the most, it comes along. And Godfrey Hounsfield got his miracle at the precise moment he most needed it.

Electrical and Musical Industries, Ltd. was involved in far more than electronic gadgets. It was also knee-deep in Britain’s music scene and had a division that produced record albums. And in early1962, the company struck gold. Literally.

Electrical and Musical Industries, Ltd. is better known by its initials EMI. Record producer George Martin got wind of a hot new rock and roll quartet that teenagers were going crazy about. And in March 1962, he signed John Lennon, Paul McCartney, George Harrison, and Ringo Starr to a contract.

The Beatles were an instant international mega-sensation, unlike anything in the entire history of 20th-century entertainment. Almost overnight, the money started pouring in like a tidal wave. 

Hounsfield’s research was suddenly saved. And on Oct. 1, 1970, the world’s first CT scan was made in London. The images it revealed of a patient’s cerebral cyst stunned doctors.

He followed that up in 1975 by producing a full-body scanner.

In 1979, he shared the Nobel Prize in Physiology or Medicine for his groundbreaking work. Today, CT scanners are used around the world. They are indispensable tools in helping doctors identify, target, and treat illnesses and conditions they otherwise could only guess about (or discover with invasive surgery). It’s no exaggeration to say Hounsfield’s inventions have helped save millions of lives over the last 50 years.

And it was all thanks to, as the Lads from Liverpool once sang, a little help from some friends.

Have comments, questions, or suggestions you’d like to share with Mark? Message him at jmp.press@gmail.com.