Trends of the WorldEmerging Materials Trends
New materials, mining and processing advances that unlock performance limits in every downstream industry.
Green Hydrogen Production Breakthrough
7.4/10·5 signals·All-perovskite triple-junction cells hitting 27.3% efficiency with 770-hour stability marks a significant durability milestone for a technology long criticised for degradation. Published in Joule and backed by HZB, this is credible, peer-reviewed progress. Stability was the core commercial blocker — this result narrows the gap to silicon. Lightweight, low-cost perovskite cells could disrupt utility and building-integrated solar markets within 3–5 years.
Paradigm ShiftCommercially ViableNew Materials Science Discovery
7.1/10·26 signals·Achieving 802 W/m·K thermal conductivity with only 5.9% polymer loading represents a genuine materials breakthrough that could displace incumbent thermal management solutions in electronics and defence applications.
Paradigm ShiftCommercially ViableRoom Temperature Superconductor Research
8.3/10·3 signals·First experimental claim of room-temperature superconductivity at 298 K in a ternary hydride system would represent a century-defining materials breakthrough, though high-pressure requirements (~250 GPa) severely limit near-term commercial viability.
Paradigm ShiftSolid State Battery Technology
7.0/10·3 signals·All-solid-state batteries (ASSBs) represent a fundamental shift beyond conventional lithium-ion chemistry, targeting higher energy density and elimination of flammable liquid electrolytes. This peer-reviewed review bridges lab-scale research to industrial scale-up, signalling the field is maturing toward commercialisation. EV manufacturers and dedicated ASSB companies stand to benefit directly. Manufacturing bottlenecks remain the critical near-term challenge, but industrial roadmaps are now actively forming.
Paradigm ShiftElectric Vehicle Battery Recycling
6.7/10·3 signals·A redox-mediated flow cell that simultaneously recycles multiple spent Li-ion cathode chemistries, generates electricity, and operates with near-zero net chemical consumption represents a fundamental rethinking of battery recycling economics and sustainability.
Paradigm ShiftCommercially Viable
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