New acceptor PCE157 working with PCE135 broke the PCE benchmark of 15% for single-junction organic solar cell.
Go beyond 1000nm
PDDTT is coming back in a reproducible way, click to see how it works.
Three new NFAs are available for your research in high performance OPV.
PCE is closing to 15%, are we there yet?
Please click the updated list below, cheers.
1M PCE is close to 15%_20180427
N-Type Polymers for your OTFT, OE and OPV
2018-2: PDIs are ready for you to explore
2018-1: Cathode interlayer materials for your OPV applications
Fluorine-atoms in NFAs, yours to discover:
Polymer-NFA BHJ-OPV highlight from 1M, your choice is coming:
OPV toward stability: IDFBR may be a solution.
NFAs-OPV Materials have just been updated, your comments and suggestion are appreciated.
1M ONE Materials Selected 2016, for research and education proposals. You are welcome to download for your references, thanks.
For your suggestions and validations, the enclosed Small Molecule Non-Fullerene Acceptors (SMNFA) are proposed.
Just released(2016-02-18): NTz cored polymeric semiconductors for your research in OPV and OTFT are custom-made to your needs. Two examples are listed in the technical note below, and other structures are readily available on demands.
New Small Molecular OPV Material -BTR ready for your laboratory evaluation
R2R Solar Polymers
Please comment and recommend any solar polymer of R2R potential, and REPRODUCIBILITY is what we focus on. Thanks.
Materials for Perovskite solar cell updated_20140828
New Release -August 2014
(1). PTAA for your Perovsite solar cells
(2). CPEs (Conjugated Polyelectrolytes) for your choice
New release -April 2014:
(1). PCDTPT, an OTFT polymer with an intrinsic mobility of µh ≈ 47 cm2v-1s-1
(2). Small Molecular OPV Material, breaking 10% PCE:
Short lists of 1-Material featured products
Selection of publications from 1-Material’s materials
OS0007 by Alan Heeger in Advance Materials 2013
OS0007 by UNIST in Nano 2013
OS0010_by Alan Heeger_nl401758g
OS0502 OS0340 by KRICT in Nature 2013
OS0007 by Hongbin_Nature Photonics
OS0502 by Richard Friend_Science_2011