
Simone Fabiano
@fabianosimone
Professor @LOE_at_LiU, Head of Organic Nanoelectronics group, Co-founder and CSO of @n_Ink_AB, research in organic printed electronics and neuromorphics
ID: 458412176
08-01-2012 14:50:28
81 Tweet
1,1K Followers
659 Following

🔓 #OpenAccess & an Editors' Choice selection! Read "Unconventional Thermoelectric Materials for #Energy Harvesting and #Sensing Applications" by Massetti, Jiao, Andrew Ferguson, Zhao, Wijeratne, Würger, Blackburn, Crispin & Fabiano go.acs.org/1gF

#phdjobs and #postdocjobs in my group! Join us in the European Research Council (ERC) project 4D-PhytoHybrid! More info euraxess.se/jobs/794777 and euraxess.se/jobs/795983 Please share


We have two open Ph.D. positions in bioelectronics; i) designing nanostructures for cell studies and ii) bioelectronics for electrotherapy, using zebrafish as a primary in vivo model. MultiPark at LundU NanoLund OMC_GU (Inactive account) lu.varbi.com/en/what:job/jo… lu.varbi.com/what:job/jobID…

Our lab @HKU-WISE has four postdoc openings to advance OECT-based medical wearables with our recently developed #PERfECT wearable platform. Msg me if you are also passionate about OECTs & wearables! Ali Khademhosseini Fabio Cicoira George Malliaras Alberto Salleo Dion Khodagholy Jonathan Rivnay Simone Fabiano




We've developed an artificial neuron that closely mimics the characteristics of a biological neuron. The secret ingredient? Our favorite BBL polymer! Now published in Nature Materials Lab of Organic Elec. nature.com/articles/s4156…

Present your research to our symposium: "Materials and Devices for Neuromorphic Electronics and Bio-interfaces" at #F23MRS in Boston! (EL104) Abstract submission deadline is June 13. Materials Research Society (MRS) mrs.org/meetings-event…


Dressed up for a great defense! Simone Fabiano Jonathan Rivnay Yoeri van de Burgt George Malliaras


Fantastic news and a wonderful opportunity for the entire group. We're looking forward to the exciting science ahead! Lab of Organic Elec. European Research Council (ERC)


In this beautiful study, talented postdoc Tiefeng explores the use of ground-state electron transfer in all-polymer blends to produce water-processable conductive inks—many thanks to all the collaborators.KAW Lab of Organic Elec. Advanced Functional Materials

Researchers Linköpings universitet have developed a new method where organic #semiconductors can become more conductive with the help of air as a dopant #research supported by Knut and Alice Wallenberg Foundation #KAW100 #sustainabilty #technology #electronics bit.ly/44G5eHj

A Highly Conductive n-Type Conjugated Polymer Synthesized in Water | Journal of the American Chemical Society Simone Fabiano Lab of Organic Elec. Linköpings universitet #Conductive #Polymer #nType #Water #Synthesis pubs.acs.org/doi/10.1021/ja…



On-Demand Catalysed n-Doping of Organic Semiconductors (Antonio Facchetti and co-workers) #openaccess Antonio Facchetti Simone Fabiano SUSTech 南方科技大学 onlinelibrary.wiley.com/doi/10.1002/an…

I hope everyone enjoy the summer. If you are a MRS member, please log in and vote for our beloved Derya Baran who is willing to serve the community by running for the MRS Board of Directors. Thanks online.mrs.org/mrsssa/ecmssam… Materials Research Society (MRS) #WomenInLeadership
