A status update, a few weeks back. Someone walks through how a piece of analysis came together: three sources, one AI-assisted conversation, done by lunch. To him, it felt like an ordinary Tuesday. Nothing about the pace stood out from where he was sitting.
Two reactions landed in the same room. One person heard it and thought that is remarkably fast, we need to move like that everywhere. Another heard the exact same account and thought, that is too fast, something must have been skipped.
Nobody in that room was wrong. Nobody was exaggerating or being careless. They were describing the same set of facts from three different positions, and every position felt completely normal to the person standing in it.
What does gravity have to do with it?
Reasonable question. I am not reaching for physics because it is a clever hook. I am reaching for it because it is the only framework I have found that explains why smart, honest people can look at the same event and read it as either unremarkable, thrilling, or reckless, without anyone being confused.
Here is the one idea worth borrowing, stated as plainly as I can manage. Your watch never feels wrong to you, no matter where you are standing. A person deep inside a strong gravitational field checks their watch and it looks fine. A person far outside that field checks their watch and it also looks fine. The difference only surfaces when someone compares the two. Nothing about being closer to the source makes your own clock feel fast or slow from where you sit. Closeness changes the shape of the space around you, not the ticking in your own hand.
This is not a thought experiment dressed up for a blog post. This is established engineering reality. GPS satellites experience weaker gravity than we do at sea level, so their onboard clocks run at a measurably different rate from clocks on Earth; without constant correction, your map would drift within minutes. That correction is built into the system you used this morning without noticing. The effect is real, measured, and accounted for daily. (Ohio State’s astronomy department and NIST both have clear public write-ups if you want the numbers.)
Back to the room. The analyst deep in the AI-assisted work is not moving at a different speed than everyone else. His watch reads normal to him, because it always does, that is what fact number one tells us. The person who called it remarkable and the person who called it reckless are not measuring his speed either. They are each standing at their own distance from the same work, each with a watch that also reads normal to them, and they compare readings across positions that were never going to agree in the first place.
I think this is happening in many organizations right now, not just in that one meeting. A colleague once described it as the feeling that data and intelligence work has changed, maybe by half, even if it is hard to explain exactly why. He was not missing information. He was comparing the view from his own position with a position he had not occupied, using language from a world where everyone was assumed to share the same clock. Most of us are doing the same thing.
So, what does gravity have to do with it. Nothing is speeding up. AI does not push anyone to move faster, and the people closest to it are not secretly ahead. What AI’s presence does is bend the terrain everyone else is standing on. The urgency people feel in that room, the inevitability, the sense that someone must be cutting corners or that everyone else must be falling behind, is not a force being applied to anyone. It is the shape of that bend, read differently depending on where you happen to be standing when you look.
This is part of a series exploring how AI and conversational interfaces are reshaping data architecture and business intelligence. Previous posts are available at insightsindata.com.
© 2026 Paul Nevill / Insights in Data
