As part of my mission to demystify tech, and the people behind it, I have produced a lengthy string of well-received researcher profiles that shine a light on those crafting the world of tomorrow.
For the past 30 years, Nokia Bell Labs optical researcher Sébastien Bigo has been a near-constant presence at the annual European Conference on Optical Communications (ECOC). In fact, since 1995, he has missed only a single edition of Europe’s most…
In the never-ending race to meet the insatiable global demand for communication, optical transmission researchers have an overriding objective: speed. Our global communications infrastructure is powered by high-capacity fiber optic cables and Nokia Bell Labs has been at the forefront…
In the realm of optical networks, speed has long been the driving force. Our global communications infrastructure, powered by high-capacity fiber optic cables, has thrived on the principle that faster is better. Nokia Bell Labs has been at the forefront…
We are entering a new era of quantum technologies that will unlock new capabilities in computing, networking and sensing. But there is one quantum technology that will have an immediate and direct impact on all of humankind: quantum security. Quantum…
We all want seamless, high-quality and errorless connectivity. But for most of us this is a luxury, and the occasional latency and disruptions are annoyances we can handle. For others, though, this is a necessity. In mission critical industries such…
Sandro Lanfranco is designing the most important mobile network of his life — the network that will make the first cellular connection on the Moon. It’s an awesome task that requires a team effort of researchers and engineers from across…
The future belongs to 6G. This next generation of connectivity is expected to merge the physical, human and digital worlds, effectively linking our planet in a secure, inclusive and sustainable way. But the road to that defining era runs through…
Qian Hu is a cutting-edge optical transmission researcher who is constantly seeking improved data rates in the never-ending race to meet the insatiable global demand for high-speed communication. Her challenge is to produce new and inventive ways of increasing the…
There’s a lot that can go wrong on any mission to the Moon. There’s the intense blast at takeoff, the various stresses of the 239,000-mile voyage through space and then the adjustment to the extreme temperatures and other extraterrestrial conditions…
The Nokia Bell Labs Responsible AI team is at the forefront of the most consequential technology of the 21st century. These researchers are focused on guaranteeing that artificial intelligence is developed and implemented in a collaborative and ethical way so…
The Waze application has revolutionized our driving experience. Instead of being backed up at red lights and getting clogged in traffic jams, Waze offers a platform to get to our destination using the fastest and most effective route. We face…
When top-notch athletes shatter world records it is often the Olympic motto that is their driving force: “Faster, Higher, Stronger.” But in the world of high-speed optical transmission a more apt slogan would likely be: “Faster, Farther, and more efficient.”…
NASA is returning humans to the Moon for the first time since the Apollo Program wrapped up 50 years ago. This time, though, it will have many more technologies at its disposal, including some developed by Nokia in our mission…
Several years ago, veteran Bell Labs Fellow Anne Lee attended an engineering workshop where a contemporary of hers presented a picture of her younger self at her first full-time job in which she was the only woman in her working…
Our globe is hyper-connected by an elaborate network of high-capacity fiber optic cables. These strands of fiber, each about the dimension of a human hair, make up the backbone of the Internet and allow us to transmit millions of text,…