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The Nokia Bell Labs Prize is a competition for innovators from participating countries around the globe.
It seeks to recognize innovations that solve the key challenges facing humanity and provides selected innovators
the unique opportunity to collaborate with Nokia Bell Labs researchers to help realize their vision.
We welcome applications from innovators from participating countries around the globe. If you have a game-changing idea
and are interested in developing it with leading Nokia Bell Labs researchers, you have come to the right place.
The competition is open to anyone in the participating countries who meets the eligibility requirements.
The application deadline for the 2020 Bell Labs Prize is now closed. From the hundreds of applications we receive,
five-seven finalists are selected to compete for three prizes in early December each year in front of a panel of renowned
experts and industry leaders. Here are the key dates for the competition this year.
This prize is open to all eligible applicants who register and submit proposals in the general areas of information
and communications technologies. Participants must meet the following criteria:
Teams of up to four are allowed to participate, provided each member of the team meets the eligibility requirements.
Nokia Bell Labs awards a first prize of $100K, a second prize of $50K and a third prize of $25K.
All three winners are also considered for the unique opportunity to work within the world-renowned
Nokia Bell Labs to further explore their ideas, following the end of the competition.
Read more about the Nokia Bell Labs Prize at the blog.
The 2019 Nokia Bell Labs Prize winners are Tianshi Wang and Jaijeet Roychowdhury of UC Berkeley; Sheng Xu of UC San Diego;
and Maximilian Arnold, Sebastian Cammerer, Sebastian Dörner, and Stephan ten Brink of Stuttgart University.
First place and $100,000 were awarded to PhD student Tianshi Wang and Professor Jaijeet Roychowdhury
of the Electrical Engineering and Computer Sciences Department at the University of California at Berkeley,
USA for their work on “A Classical Spin on Quantum Computing”.
Their innovation is in a new type of processor element that will be significantly more efficient in
computing the answers to discrete optimization problems.
Their innovation will complement conventional digital processors (CPUs and GPUs) by efficiently tackling a
wide range of computationally hard problems of importance in in many diverse areas, including 5G communication systems;
complex tasks in planning, scheduling and control; and even the discovery of new drugs.
Karaportti 3
Espoo FI-02610
Finland
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