Die 10 einflussreichsten Erfinder von Materialien und Verpackungen
Zehn physikalische Materialinnovationen, die Elektronik, Glasfasernetze, Schutz, Reparatur oder Verpackung verändert haben.
Die Auswahl 2026
Eingestuft in Materialien & Verpackungen basierend auf Nachweisen von Reichweite in der physischen Welt, einer prägenden technischen Leistung, anhaltender Relevanz und Quellenqualität. Öffnen Sie ein beliebiges Profil, um die zugrunde liegenden Belege zu prüfen.
- 01
Low-loss optical fiber became the essential transmission medium for global telecommunications infrastructure.
Profil + Quellen - 02
Tang’s OLED structure became the practical basis for flat-panel emissive displays.
Profil + Quellen - 03
Tin-silver-copper solder supported the global shift to lead-free electronics assembly.
Profil + Quellen - 04
The steel enabled mass-produced lighter crash-resistant vehicle components while retaining corrosion protection.
Profil + Quellen - 05
The PEF bottle is recognized as a plant-based packaging advance.
Profil + Quellen - 06
Sugru made flexible user-applied repair material a consumer product.
Profil + Quellen - 07
D3O made flexible impact-hardening protective components a recognized product category.
Profil + Quellen - 08
LiquiGlide was commercialized in 2012 and expanded from packaging into consumer and medical products.
Profil + Quellen - 09
Electronic paper created a widely recognized physical reading-device category.
Profil + Quellen - 10
ClearCurve made bend-tolerant optical fiber a practical deployed network product.
Profil + Quellen