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From Intel Intern to Inventor of the Year

Intel's Jack Kavalieros has contributed to many of the world's first transistor innovations

3 min read
Jack Kavalieros in his lab at the Intel's Ronler Acres campus.

Intel Fellow Jack Kavalieros, named the company's 2021 Inventor of the Year, poses in his lab at the Intel's Ronler Acres campus in Hillsboro, Ore.

Walden Kirsch/Intel

This is a sponsored article brought to you by Intel.

"This can't be real," Jack Kavalieros recalls saying to himself. The factory data from a batch of seven silicon wafers "was a little too good to be true." Luckily, for Kavalieros and his Intel Components Research teammates, the data did not lie.


About 20 years ago, that data led to the invention of something simultaneously very tiny — and huge. It was a new manufacturing technique called strained silicon. For two years, Kavalieros and team had dug deeply into the building of transistors. They discovered that if you place a microscopically thin layer of silicon germanium beneath the typical silicon layer, that wisp of germanium ever so slightly stretches apart the atoms in the silicon layer. That one tweak can cut a chip's power consumption and increase its performance by a whopping 20%.

For his contribution to this important industry invention and a dizzying array of others over the following two decades, Intel Fellow Jack Kavalieros has been named Intel's 2021 Inventor of the Year. Kavalieros's current U.S. patent tally stands at 437. On a worldwide basis, Kavalieros's total stands at 929 patents granted.

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"Over the years, Jack has contributed to many of the world's first transistor innovations, and many of those have been or will be implemented in Intel products," says his manager, Intel Senior Fellow Robert Chau.

Chau hired Kavalieros as a summer intern in 1994 when he was pursuing his Ph.D. In one of Intel's longest-running technical collaborations, the two have jointly pushed the frontiers of Moore's Law and transistor technology for more than 25 years.

"When somebody says that there's a limit to a particular parameter," Kavalieros explains, "We say, 'No, there is no limit.' And we try and push those limits."

Born in Thessaloniki, Greece, Kavalieros is the son of a supertanker captain. As a child, he sailed the seas with his father. He grew up in the Bahamas, then moved to Florida for high school and college. Intel scooped up Kavalieros as he completed his doctorate in electrical engineering at the University of Florida.

Intel Patent Group VP Jeff Draeger describes Kavalieros as a "world-renowned authority in transistor research and development. His breakthroughs in transistor manufacturing have led to multiple generations of chips that work faster and sip less power, and now lie at the heart of hundreds of millions of computing devices worldwide. The portions of these inventions that Intel has not patented have been adopted in various flavors by other chipmakers across the industry.

And, says Draeger, Kavalieros is certainly not done: His work is part of still-undisclosed transistor advances in Intel's future product pipeline.

"When somebody says that there's a limit to a particular parameter, we say, 'No, there is no limit.' And we try and push those limits."

Jack Kavalieros, Intel Fellow and 2021 Inventor of the Year

"I expect Jack will continue to relentlessly push the technological boundary and deliver many more game-changing device innovations to Intel for Moore's Law continuation and product differentiation," says Chau.

What is Kavalieros's personal secret sauce to achieving such a remarkable record of sustained invention? He shakes his head and waves the question off, insisting instead the patents that include his name are largely team efforts — "I've enjoyed immensely the people I've worked with" — and a willingness all around to be intellectually nimble.

"I think we just need to keep our nose to the grindstone, stay open-minded and not limit ourselves by our past. A lot of the things we've learned in our past, we're going to have to evolve and change. Change is really the key element. You have to be comfortable with change, you have to adopt it quickly and do it faster than your competition," he says.

For example, during Kavalieros's 26 years at Intel, the Components Research team has expanded investigations from about 10 elements on the periodic table to the majority of the table's 118 elements.

"That's the key for all of the engineers that work here. We have to think out of the box, and we have to assume that there is no barrier to what we're doing," Kavalieros says.

Successful inventing, Kavalieros analogizes, is like climbing a tree. At first you think, "the way I get to the tippy top is just straight up the middle." But, "then you find there's a better branch to get you there, and you learn something new. ... That's what keeps you going."


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Digging Into the New QD-OLED TVs

Formerly rival technologies have come together in Samsung displays

5 min read
Television screen displaying closeup of crystals

Sony's A95K televisions incorporate Samsung's new QD-OLED display technology.

Sony
Blue
Televisions and computer monitors with QD-OLED displays are now on store shelves. The image quality is—as expected—impressive, with amazing black levels, wide viewing angles, a broad color gamut, and high brightness. The products include:

All these products use display panels manufactured by Samsung but have their own unique display assembly, operating system, and electronics.

I took apart a 55-inch Samsung S95B to learn just how these new displays are put together (destroying it in the process). I found an extremely thin OLED backplane that generates blue light with an equally thin QD color-converting structure that completes the optical stack. I used a UV light source, a microscope, and a spectrometer to learn a lot about how these displays work.

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