Philadelphia · October 9–11, 2026
ESP360° at Breakthrough T1D CRC 2026
One short oral presentation and two e-posters, accepted through competitive abstract review, with an outstanding-abstract travel grant. The full public presentation material will be gathered here when the congress opens on October 9, 2026.
CRC scientific program checked 30 August 2026; official program is subject to change.
E-poster session times for abstracts #33 and #51 have not yet been published. Program details are subject to change until the congress confirms the final schedule.
Official sources: CRC scientific program · abstract guidelines and embargo.
#47 — The calendar is not biology
Continuous glucose monitoring produces a physiologically continuous signal, but almost every analytical framework cuts that signal at midnight because the calendar says so. Glucose metabolism follows circadian process, not calendar convention.
Peer-reviewed publication: Diabetes Technology & Therapeutics · PubMed
An 89-day CGM series of 25,536 readings was analysed under three temporal representations: conventional 24-hour linear segmentation, higher-resolution linear segmentation, and a circular representation that preserves continuity across midnight. Circular topology preserved measurably more information — 3.56 against 3.18 bits, a gain of 12.1%, p < 0.001 — and midnight segmentation reduced correlation between physiologically adjacent measurements by a factor of 2.8. Raising bin resolution without changing the topology produced no improvement at all, which is the point: the loss is structural, not a matter of granularity.