According to Forbes, IEEE recently celebrated seven new technology milestones at Nokia Bell Labs in Murray Hill, New Jersey on October 21, 2024, including Nobel Prize-winning innovations like super-resolved fluorescence microscopy by Eric Betzig and the charge-coupled device by George Smith and Willard Boyle. The event also honored convolutional neural networks by Yann LeCun and molecular beam epitaxy by Al Cho, bringing the total milestone plaques at Nokia Bell Labs to 13. Separately, on November 18, 2024, IEEE recognized the Advanced Encryption Standard in Leuven, Belgium, celebrating inventors Vincent Rijmen and Joan Daemen whose Rijndael algorithm became the global encryption standard. The AES milestone event was hosted at KU Leuven with support from the IEEE Benelux Section and featured remarks about IEEE’s mission to preserve technological heritage. Both celebrations highlighted innovations that are at least 25 years old but continue to enable modern digital infrastructure worldwide.
The astonishing Bell Labs track record
What’s incredible about Bell Labs isn’t just the number of breakthroughs—it’s how many became foundational technologies we now take for granted. The charge-coupled device they honored? That’s what made digital cameras possible. Fractional quantum Hall effect? That opened up entirely new fields of physics. And convolutional neural networks from the 1990s? They’re literally the architecture behind today’s AI revolution. Here’s the thing: these weren’t just random discoveries. Bell Labs created an environment where fundamental research could flourish without immediate commercial pressure. The result was technologies that took decades to find their full applications but ultimately transformed entire industries.
The quiet revolution of AES encryption
While Bell Labs gets the glamour, the AES milestone in Belgium represents something equally important: a security standard that works so well we barely notice it. Vincent Rijmen and Joan Daemen developed Rijndael in the late 1990s, and it became the Advanced Encryption Standard after a rigorous public competition. Think about that—this wasn’t some secret government project. It was openly developed, thoroughly tested, and has since become the backbone of everything from online banking to secure messaging. The fact that it’s still secure decades later, despite countless attempts to break it, speaks volumes about the quality of that original design. Basically, when you see that little lock icon in your browser, you’re seeing their work in action.
Why these technical milestones actually matter
It’s easy to dismiss these ceremonies as just patting ourselves on the back, but they serve a crucial purpose. They remind us that today’s flashy apps and services stand on shoulders of fundamental research done decades ago. The industrial computing infrastructure that runs everything from factory automation to industrial panel PCs depends on exactly this kind of foundational work. And let’s be honest—in an age where we’re obsessed with quarterly results and rapid iteration, we need reminders that some of the most valuable innovations take years, even decades, to show their full potential. These milestones connect students and young engineers to the history of their field, showing them that today’s impossible problem might become tomorrow’s Nobel Prize.
IEEE’s quiet role in preserving tech history
What surprised me reading about these events is how systematic IEEE’s preservation efforts actually are. They’re not just slapping plaques on walls—they maintain oral histories, coordinate global recognition programs, and actively work to ensure we don’t forget how we got here. The program is funded through the IEEE Foundation, meaning it relies on donations rather than membership dues. That tells you something about the commitment level. In a world where technology moves at breakneck speed, having an organization dedicated to remembering our technical heritage feels increasingly important. How many groundbreaking technologies from the 1990s are already fading from memory? These milestones ensure that the stories behind our digital infrastructure don’t get lost.
