Scientists from the Harvard John A. Paulson School of Engineering and Applied Sciences and Stanford University have joined forces to create a tunable on-chip frequency comb.
The U.S. Food and Drug Administration (FDA) has released a draft guidance on compliance with the agency’s performance standards for laser products.
Under FDA regulations, all lasers and other radiation-emitt... Read More...
A shocking scientific discovery has overturned much of what we thought we knew about electromagnetic radiation, and created a whole new world of potential power.
Scientists at Australian National University (ANU) accidentally improved the performance of nanolasers. The researchers’ findings could form the foundation for inexpensive biomedical sensors, quantum computing, and faster wireless communications.
A new technique from researchers at Penn State University demonstrates that atoms could one day become the building blocks of circuits in quantum computers. The team used a combination of lasers and microwaves to squeeze more quantum computing power into a smaller space and with greater control than ever before.
This was an incredible year for research and development. Our most talked about electrical engineering news stories of 2015 cover innovation from scientists and engineers around the world.
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