Many thanks to my team @NTUsg @NTU_EEE and in collaboration with @MrgNripan.

Finally, an intelligent neuro-robot with our AOAN system, coupled with a closed-loop feedback program to implement slip recognition and prevention actions upon occurrence of slippage incidents, is demonstrated by learning the real-time spatial information of directional touch.

The dendritic integration function in AOAN was achieved to perceive directional tactile simulations and recognize the slippage of object. A detectable motion frequency of 40 Hz is attained, which fully covers the sensitive range of Merkel disc mechanoreceptors.

The enhancement of tactile sensitivity to light touch and recognition/sensation of spatiotemporal tactile information, as well as the low retention loss during signal transmission were demonstrated by our AOAN.

The AOAN not only can perceive external tactile information but also modulate its response to static and dynamic touch stimuli, thus enabling in-memory computation of sensory information, analogous to the biological tactile system.

The AOAN with low operating bias (−0.6 V) is achieved by integrating a pressure-activated organic electrochemical synaptic transistor and artificial mechanoreceptors.

The emulation of tactile sensory nerves to achieve advanced sensory functions in robotics is highly desired - In this recent @NatureComms paper, we demonstrate a flexible artificial organic afferent nerve (AOAN)

RT @Selinitter: .@LeongWeiLin, @MRGNripan et al. report an artificial #organic #afferent #nerve with low operating bias that enables closed….

Thank you to @CindyGTang for her many contributions to our research. #OECT #soft #electronics #Robotics Congratulations for her move to faculty position at HKUST. She also has been an excellent mentor to the group. Thank you for everything and best of luck in your new position😊

A surprise #Heegerlab reunion after 12 years! #S24MRS we look the same! 🤣 @JacekJasieniak @BanerjiNatalie

RT @MrgNripan: Ionic effects in halide perovskites underpin instability mechanisms in solar cells, LEDs but can be exploited for memristor….

RT @RavinderSDahiya: Submissions now open for npj Flexible Electronics Focussed Collection on: "Organic Electrochemical Transistors" See de….

Feeling happy and grateful to be able to come back to Santa Barbara after 5 years. This visit also allow me to show my two girls the place where I have many pleasant memories and to meet my mentor and good friends. #Aug2023

RT @cgbischak: We are looking to hire a postdoc! We are particularly interested in candidates with a background in either 1) atomic force m….

I am really glad that I am able to do the research that I love - #Organics #electronics , #oects, #perovskites, #solarenergy , #Robotics . Thanks to the grants secured 😊 Cheers to many more years!.

I also would like to thank my mentors who had positive influence on me, giving me valuable advice. Also big thanks to my collaborators who help to make our research work better, and the experts in my research domain who are willing to write the letters for my promotion.

I am deeply grateful to everyone who has supported me all these years. Especially to @MrgNripan and our family - I don’t know how I can do all these without their unwavering support. It is amazing to have 2 daughters who bring so much joy.

The Soft Electronics Lab was opened 7 years ago. I am thankful to work with many talented students and postdocs. In particular, 5 PhD students have graduated! Thank you to all my group members, past and present.

4th July 2023 - my 7th working anniversary in @NTUsg .It has been an incredible journey! I thou of writing this post so that I can look back in many years to come. I also realised I have not really celebrated my tenure last year - I was on maternity leave and easing back to work.