Sone-071 Instant

These numbers were presented at the in Munich and are already being reproduced by independent labs (e.g., Argonne National Laboratory’s Battery Technology Group).

| | Current Mitigation | |---------------|------------------------| | Interfacial resistance between Na metal and SONE‑071 | Atomic‑layer‑deposited (ALD) Na‑compatible interlayers (e.g., Na₃PO₄) reduce resistance to < 10 Ω cm². | | Scale‑up reproducibility of defect‑free crystals | Laser‑float‑zone process has been adapted to a continuous‐feed furnace; early trials show < 2 % batch variance. | | Long‑term sodium dendrite formation | In‑situ X‑ray tomography shows self‑healing behavior at ≤ 0.5 mA cm⁻²; ongoing studies to verify at higher currents. | | Environmental footprint of zirconium sourcing | Recycling loops under development: zirconia recovered from spent SONE‑071 can be re‑purified > 95 % efficiency. | SONE-071

Without specific data, one can only speculate on the outcomes. However, if SONE-071 is successful, it could lead to significant advancements in its respective field, contributing to more sustainable and efficient technologies. These numbers were presented at the in Munich