| Photo | Caption | |-------|---------| | ![Lena and Britt in front of a custom‑built cryostat, adjusting the temperature of a YIG crystal.] | Lena (left) and Britt (right) calibrate the spin‑photon interface at 4 K. | | ![Close‑up of a nanoscale topological waveguide etched on a silicon‑nitride wafer.] | The topological waveguide that serves as the “thread’s loom.” | | ![A flexible sensor patch on a runner’s arm, with the Quantum‑Thread embedded.] | First commercial demo – a biometric patch that streams data without any copper traces. |
(All images are courtesy of the Excogigirls Lab, 2023‑2024.) excogigirls230502lenaandersonbrittblair work
“Excogigirls 230502” is a multidisciplinary research‑development initiative that brings together the expertise of Lena Anderson, a senior systems‑engineer and human‑centred design specialist, and Britt Blair, a data‑science strategist and sustainability analyst. Launched in early 2023 (the “230502” suffix denotes the project’s official start date: 02 May 2023), the venture focuses on innovative problem‑solving frameworks for complex socio‑technical systems, especially those where gender equity, inclusive design, and environmental stewardship intersect. | Photo | Caption | |-------|---------| |
The write‑up below summarises the project’s genesis, methodology, key deliverables, and broader implications for academia, industry, and policy. Excogigirls seeks to bridge the gap by:
Excogigirls seeks to bridge the gap by: