Quantum information has the potential to revolutionize both
communication and computation by utilizing the features of quantum
physics to store, process, and transmit information (quantum bits).
Trapped atomic ions are one of the leading candidates for applications
in quantum information, due to their long storage times and the
precise control of the quantum states enabled by microwave and laser
radiation. Linking trapped ions with photons allows for a unique path
to secure quantum communication and large-scale quantum computation.
In pursuit of this aim, I will present progress toward laser cooling
and trapping ions with telecom-compatible, infrared light.