Renee Reynolds

We're not developing technologies for them to sit on a shelf somewhere. We want to actually fly them in space and we want them to make a difference for our science measurements.

We're not developing technologies for them to sit on a shelf somewhere. We want to actually fly them in space and we want them to make a difference for our science measurements.

We do see quantum technology as a path to be able to move beyond some of our classical techniques that may be reaching their limits.

We do see quantum technology as a path to be able to move beyond some of our classical techniques that may be reaching their limits.

We're not developing technologies for them to sit on a shelf somewhere. We want to actually fly them in space and we want them to make a difference for our science measurements.

We're not developing technologies for them to sit on a shelf somewhere. We want to actually fly them in space and we want them to make a difference for our science measurements.

We do see quantum technology as a path to be able to move beyond some of our classical techniques that may be reaching their limits.

We do see quantum technology as a path to be able to move beyond some of our classical techniques that may be reaching their limits.

We're not developing technologies for them to sit on a shelf somewhere. We want to actually fly them in space and we want them to make a difference for our science measurements.

We do see quantum technology as a path to be able to move beyond some of our classical techniques that may be reaching their limits.

We're not developing technologies for them to sit on a shelf somewhere. We want to actually fly them in space and we want them to make a difference for our science measurements.

We do see quantum technology as a path to be able to move beyond some of our classical techniques that may be reaching their limits.