The products we currently use to connect us to advanced technology are decades old, suggesting there's something better beyond these legacy products.

We need to transition advanced technology from the lab to the field quickly, but our current system is not designed for that speed.

The initial speed of our modular quantum computer will be limited by the connection rate between modules, but for small problems, the computation speed won't be a major concern.

In AI, every approach has performed better when more scale is applied, especially as foundational problems are addressed over time.

We are on the brink of a new generation of technology that has the potential to enhance our capabilities and make us better versions of ourselves.

We've developed a super fast variant of Imagen 4 that is ten times faster than our previous model, enabling quick iterations on ideas.

When developing new technology, expect that it won't work on the first try or even the tenth; it's crucial to iterate quickly and avoid anything that slows down your progress.

Developing a high bandwidth interface to the brain is essential, as we currently face limitations in how we interact with our digital selves.

The early phases of a new generation of hardware often present significant failure rates, which improve as the team learns to address new failure modes during the training process.