Delta.g built a quantum gravity gradiometer that detects underground voids, tunnels, and buried targets in 200 milliseconds per reading, a capability conventional gravity sensors cannot match. Legacy tools are so sensitive to environmental noise that they require extended settling time to separate signal from background, and even then the gravitational reading can be indistinguishable from interference. Delta.g's solution is gradiometry: two stacked identical quantum gravimeters, both built on rubidium atoms cooled to as cold as space, registering the same environmental noise simultaneously.
Bring the readings together, cancel the shared noise, and what remains is the gravity signal. CEO Tony Lowe explains why the same sensor that maps what's underground can navigate without GPS, and walks through the operational architecture behind commercializing a 10-year, £20 million University of Birmingham research program: how to move from a three-person academic founding team to a 15-person cross-functional company, and how the "Mechanical Turk" deployment model lets an early-stage deep tech company put real data in front of paying customers before full automation is ready.
Topics discussed:
Listen to more episodes: