[3] The following year they showed a multi-cell architecture comprising the record-breaking silicon solar cell could convert 43% of sunlight into electricity, another world first.
[3] She eventually moved to perovskite solar cells, and in 2016 broke the efficiency record for large area devices (12.1%).
[4][5][6] In 2016, Ho-Baillie was appointed Program Manager for Perovskite Solar Cell Research at the Australian Centre for Photovoltaics.
She showed it is possible to prevent degassing using a low-cost polymer-glass stack, which protects the perovskite solar cells from damage.
[14] She has demonstrated that all inorganic perovskite quantum dots make for highly efficient photovoltaics, with good mechanical stability.