1839
Rose mineral
Lev Perovski’s namesake oxide mineral is not the solar halide.
Perowskit did not arrive as a finished commodity. Miyasaka 2009 DSSC; 2012 solid-state jump around Japan / Oxford / Korea still explains who makes it and which tests it sits in.
Ten dated points, five eras and three milestones below are the spine — not a complete industrial history.
Ursprung
Miyasaka 2009 DSSC; 2012 solid-state jumpJapan / Oxford / Korea
Zeitlinie
1839Rose mineral
Lev Perovski’s namesake oxide mineral is not the solar halide.
2009Miyasaka DSSC
First halide perovskite solar cells, liquid electrolyte, short life.
2012Snaith / Grätzel solid-state
Efficiency leapt; the hype clock started.
2013Science breakthroughs
Journal cover era.
2016IEC stability talk
Damp heat vs lab champion cells.
2018Oxford PV tandem
Perovskite-on-silicon industrial bet.
2020sLead sequestration
Standards and RoHS politics.
2021–NREL chart climb
Certified records still outrun rooftop warranties.
2023+Slot-die / blade
Scale-up tools, pinholes remain.
2020sIndoor IoT cells
A possibly honest near-term niche.
Epochen
2012
Snaith / Grätzel solid-state
Efficiency leapt; the hype clock started.
2016
IEC stability talk
Damp heat vs lab champion cells.
2020s
Lead sequestration
Standards and RoHS politics.
2023+
Slot-die / blade
Scale-up tools, pinholes remain.
Meilensteine
Science breakthroughs
2013Journal cover era.
Lead sequestration
2020sStandards and RoHS politics.
Indoor IoT cells
2020sA possibly honest near-term niche.
Knowing this timeline is how to read a mill certificate without treating Perowskit as timeless.
Weiter erkunden
Mehr in Fortgeschrittene Feststoffe
🏎️
Kohlenstofffaser
Polymerstämmige Filamente mit Graphitlagen: Aero, Räder; Brand ist das Harz.
Gesamt 49 ⬡Graphen
Eine Kohlenstofflage: Nobel, Composite-Hype, wenige ehrliche Einsätze.
Gesamt 50 ☁️Aerogel
Nanosilikat-Schwamm: λ unter den niedrigsten Feststoffen; ohne Decke brüchig.
Gesamt 60 🩺Nitinol
Nahezu äquiatomares Ni–Ti mit Formgedächtnis und Superelastizität.
Gesamt 48