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DataPort","2025-05-19T15:50:25.567Z","2025-05-19T15:51:19.719Z","2025-05-19T15:50:27.934Z","203",{"id":284,"name":1263,"alternativeText":16,"caption":16,"width":1264,"height":987,"formats":1265,"hash":1287,"ext":19,"mime":20,"size":1179,"url":1288,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1289,"updatedAt":1289},"LargeDataPortLogo.png",1002,{"large":1266,"small":1271,"medium":1277,"thumbnail":1282},{"ext":19,"url":1267,"hash":1268,"mime":20,"name":1269,"path":16,"size":1270,"width":825,"height":987},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/large_Large_Data_Port_Logo_e13a318ba1.png","large_Large_Data_Port_Logo_e13a318ba1","large_LargeDataPortLogo.png",33.51,{"ext":19,"url":1272,"hash":1273,"mime":20,"name":1274,"path":16,"size":1275,"width":66,"height":1276},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Large_Data_Port_Logo_e13a318ba1.png","small_Large_Data_Port_Logo_e13a318ba1","small_LargeDataPortLogo.png",16.91,72,{"ext":19,"url":1278,"hash":1279,"mime":20,"name":1280,"path":16,"size":1281,"width":838,"height":1238},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/medium_Large_Data_Port_Logo_e13a318ba1.png","medium_Large_Data_Port_Logo_e13a318ba1","medium_LargeDataPortLogo.png",26.84,{"ext":19,"url":1283,"hash":1284,"mime":20,"name":1285,"path":16,"size":1286,"width":73,"height":691},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Large_Data_Port_Logo_e13a318ba1.png","thumbnail_Large_Data_Port_Logo_e13a318ba1","thumbnail_LargeDataPortLogo.png",8.03,"Large_Data_Port_Logo_e13a318ba1","https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Large_Data_Port_Logo_e13a318ba1.png","2025-05-19T15:49:59.536Z",{"id":436,"variation":39,"button":1291},[1292],{"id":568,"label":82,"size":43,"color":44,"style":16,"icon":45,"iconPosition":46,"url":1293,"newWindow":8,"downloadable":16,"shape":16},"https://ieee-dataport.org/","-167",{"pagination":1296},{"page":5,"pageSize":177,"pageCount":5,"total":96},{"id":158,"heading":390,"pageHeader":1298,"sections":1299},{"id":158,"description":16,"showPageHeader":8,"backgroundColor":98,"image":16},[1300],{"id":140,"__component":1301,"componentVariation":1302,"contactsVariation":1303,"styles":16,"header":16,"sessionsGroup":1304},"content.sessions","Sessions Base","Card Contact Full",[1305,1417,1543,1728],{"id":196,"groupTitle":1306,"sessions":1307},"Next-generation technologies for sensing, electrophysiology and drug delivery in the gastrointestinal tract",[1308,1336,1375],{"id":757,"session":1309},{"id":757,"title":1310,"teaser":1311,"body":1312,"createdAt":1313,"updatedAt":1314,"publishedAt":1315,"url_path_id":1316,"contacts":1317,"url_path":1335},"The Landscape of Ingestible and Insertable Chemical Sensors","\u003Cp style=\"text-align:justify;\">Advancements in biomedical engineering have led to the development of a variety of ingestible sensors and moving towards insertable sensors. These are miniaturized, wireless devices capable of real-time biochemical monitoring within the body. These sensors hold significant promise for non-invasive, longitudinal health monitoring, particularly in gastrointestinal health in whole population and gynecological health in women.\u003C/p>","\u003Cp style=\"text-align:justify;\">Ingestible sensors travel through the gut, measuring gases, electrolytes, and metabolites to provide insights into digestion, microbiome activity, and disorder states such as problems with the gut motility and irritable bowel syndrome. By enabling dynamic monitoring of gut physiology, these sensors have the potential to strongly impact diagnostics and treatment personalisation for gastrointestinal disorders.\u003C/p>\u003Cp style=\"text-align:justify;\">Insertable sensors, particularly those designed for vaginal use, under development in Kalantar-Zadeh's laboratory, enable the continuous monitoring of hormones, metabolites, pro-inflammatory proteins, and electrolytes. Such technologies offer transformative applications in gynaecological and menstrual health, and the early detection of conditions such as bacterial vaginosis, endometriosis, and preterm birth risk.\u003C/p>\u003Cp style=\"text-align:justify;\">This talk will explore the current landscape of ingestible and insertable sensors, focusing on their design, capabilities, and emerging clinical applications. Key challenges, including biocompatibility, data transmission, and regulatory considerations, will be discussed, along with future directions for integrating these sensors into personalised medicine. By bridging advances in materials science, sensor technology, and digital health, ingestible and insertable sensors are poised to redefine non-invasive monitoring, enabling a deeper understanding of human health.\u003C/p>","2025-03-27T16:19:08.310Z","2025-03-27T16:19:10.132Z","2025-03-27T16:19:10.126Z","141",[1318],{"id":391,"name":1319,"committee":16,"position":16,"affiliation":1320,"email":16,"biography":1321,"createdAt":1322,"updatedAt":1323,"url_path_id":1324,"contactPhoto":1325,"socialLinks":1333,"url_path":1334},"Kourosh Kalantar-Zadeh","University of Sydney, Australia","\u003Cp style=\"text-align:justify;\">Kourosh Kalantar-Zadeh is a Professor at the School of Chemical and Biomolecular Engineering at the University of Sydney. He was one of the Australian Research Council Laureate Fellows of 2018. In addition, Professor Kalantar-Zadeh was a professor of Chemical Engineering at UNSW, and prior to that a Professor of Electronic Engineering at RMIT, Australia. Professor Kalantar-Zadeh is involved in research in the fields of analytical chemistry, materials sciences, gastroenterology, electronics and sensors, and has co-authored of >550 highly cited scientific papers. He is a member of the editorial boards of journals including ACS Applied Nano Materials (associate editor), ACS Sensors, Advanced Materials Technologies, Nanoscale, Applied Surface Science and ACS Nano. Professor Kalantar-Zadeh is best known for his works on ingestible sensors, liquid metals and two-dimensional semiconductors. He led his group to the invention of an ingestible chemical sensor: human gas sensing capsule, one of the breakthroughs in the field of medical devices. Professor Kalantar-Zadeh has received several international awards for his scientific contributions including the 2017 IEEE Sensor Council Achievement, 2018 American Chemical Society Advances in Measurement Science Lectureship awards and 2020 Robert Boyle Prize of Royal Society of Chemistry.\u003C/p>","2024-10-24T22:09:04.668Z","2025-03-27T16:18:08.684Z","11",{"id":757,"name":1326,"alternativeText":16,"caption":16,"width":1212,"height":1212,"formats":16,"hash":1327,"ext":1328,"mime":822,"size":1329,"url":1330,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1331,"updatedAt":1332},"KK_FLEPS.jpeg","KK_FLEPS_fff8d3d0d3",".jpeg",5.09,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/KK_FLEPS_fff8d3d0d3.jpeg","2024-10-28T19:53:42.954Z","2024-10-28T20:04:59.514Z",[],"-7","-116",{"id":414,"session":1337},{"id":414,"title":1338,"teaser":1339,"body":1340,"createdAt":1341,"updatedAt":1342,"publishedAt":1343,"url_path_id":1344,"contacts":1345,"url_path":1374},"3D gas and chemical mapping in the gut with AI-enabled ingestible and wearable electronics","\u003Cp style=\"text-align:justify;\">Gas and chemical sensing in the gastrointestinal (GI) tract plays a critical role in diagnosing and continuously monitoring conditions such as irritable bowel syndrome, inflammatory bowel disease, and food intolerances. Traditional diagnostic techniques for measuring and pinpointing the location of gases and chemicals typically involve invasive, hospital-based procedures.\u003C/p>","\u003Cp style=\"text-align:justify;\">While ingestible electronics offer a more user-friendly alternative, accurately determining their precise location remains a significant challenge. In this study, we introduce a wearable platform utilizing magnetic-field-based three-dimensional (3D) localization, achieving millimeter-level accuracy with resolutions better than 2.2 mm using a lookup-table-based algorithm and under 4.2 mm using a neural-network-based algorithm. Our ingestible pill incorporates optoelectronic gas sensors capable of detecting oxygen (O₂) concentrations ranging from 0% to 20%, and ammonia (NH₃) within the 0–100 ppm range. Notably, NH₃ detection provides an indirect indicator for the presence of Helicobacter pylori, a bacterium associated with peptic ulcers, gastritis, and gastric cancer. Furthermore, we demonstrate the electrochemical sensing of pH through a custom-designed ingestible device encapsulated within a self-orienting, 3D-printed shell measuring 6.2 mm in diameter and 17 mm in length. This innovative design ensures the sensor remains consistently oriented toward the GI tract wall, enhancing measurement reliability. Ultimately, our platform aims to empower individuals to conveniently monitor and manage their digestive health from the comfort and privacy of their homes.\u003C/p>","2025-03-27T16:21:47.650Z","2025-03-27T16:21:49.716Z","2025-03-27T16:21:49.711Z","143",[1346],{"id":649,"name":1347,"committee":16,"position":16,"affiliation":1348,"email":16,"biography":1349,"createdAt":1350,"updatedAt":1351,"url_path_id":1352,"contactPhoto":1353,"socialLinks":1372,"url_path":1373},"Yasser Khan","USC, USA","\u003Cp style=\"text-align:justify;\">Yasser Khan joined the Department of Electrical and Computer Engineering at the University of Southern California as an Assistant Professor in 2022. He earned his B.S. in Electrical Engineering from the University of Texas at Dallas and his M.S. from King Abdullah University of Science and Technology. Dr. Khan completed his Ph.D. in Electrical Engineering and Computer Sciences at the University of California, Berkeley. Before joining USC, he was a postdoctoral researcher in the Department of Chemical Engineering at Stanford University. Dr. Khan’s research centers on additive manufacturing and hardware-enabled AI, developing wearables, implantables, and ingestibles for precision health and psychiatry. He received the 2025 Air Force Office of Scientific Research Young Investigator Award, the 2024 Packard Fellowship, the 2023 Google Research Award, the EECS departmental fellowship at UC Berkeley, the Discovery Scholarship and graduate fellowship at KAUST, and the Academic Excellence Scholarship at UT Dallas. With over 60 research papers published on leading platforms, Dr. Khan’s work has been featured by BBC News, the Wall Street Journal, and NSF News.\u003C/p>","2025-01-08T20:19:30.320Z","2025-03-27T16:21:07.665Z","65",{"id":1354,"name":1355,"alternativeText":16,"caption":16,"width":1356,"height":1356,"formats":1357,"hash":1368,"ext":19,"mime":20,"size":1369,"url":1370,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1371,"updatedAt":1371},59,"5ec280f463cf9ae05beed3dfe0504c0a.png",600,{"small":1358,"thumbnail":1363},{"ext":19,"url":1359,"hash":1360,"mime":20,"name":1361,"path":16,"size":1362,"width":66,"height":66},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_5ec280f463cf9ae05beed3dfe0504c0a_5143601391.png","small_5ec280f463cf9ae05beed3dfe0504c0a_5143601391","small_5ec280f463cf9ae05beed3dfe0504c0a.png",357.97,{"ext":19,"url":1364,"hash":1365,"mime":20,"name":1366,"path":16,"size":1367,"width":1212,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_5ec280f463cf9ae05beed3dfe0504c0a_5143601391.png","thumbnail_5ec280f463cf9ae05beed3dfe0504c0a_5143601391","thumbnail_5ec280f463cf9ae05beed3dfe0504c0a.png",45.97,"5ec280f463cf9ae05beed3dfe0504c0a_5143601391",122.68,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/5ec280f463cf9ae05beed3dfe0504c0a_5143601391.png","2025-01-08T20:19:27.953Z",[],"-47","-117",{"id":473,"session":1376},{"id":473,"title":1377,"teaser":1378,"body":1379,"createdAt":1380,"updatedAt":1381,"publishedAt":1382,"url_path_id":1383,"contacts":1384,"url_path":1416},"Gas Sensors Based on Edible and Organic Materials for Fish Spoilage Detection","\u003Cp style=\"text-align:justify;\"> According to the United Nations Environment Programme report on the Food Waste Index,1 approximately 18% of the world's food production is wasted throughout the food chain. Furthermore, food waste is responsible for around 10% of global greenhouse gas emissions, posing a universal challenge to both escalating global hunger and climate change. In this context, technologies that continuously assess the condition of food are necessary to prevent spoilage and subsequent waste.\u003C/p>","\u003Cp style=\"text-align:justify;\">For these reasons, we first focused on identifying the most relevant target gases produced in the packaging headspace of salmon meat samples during spoilage. Gas Chromatography-Mass Spectrometry experiments confirmed that sub-ppm to a few ppm concentration ranges of ammonia and trimethylamine are the primary gaseous products during spoilage. The known gas concentrations were correlated with Total Volatile Basic Nitrogen (TVB-N), a standard indicator of food freshness.2 Furthermore, we developed gas sensors based on Organic Field Effect Transistors (OFET) to detect low concentrations (sub-ppm level) of those target gases produced during food deterioration, which can serve as early indicators of food degradation. Finally, the use of an edible semiconductor3 in gas sensors enables safe introduction into food packaging without risks in case of ingestion.\u003Cbr>________________________\u003Cbr>[1] United Nations Environment Programme, Food Waste Index Report, 2024, ISBN: 978-92-807-4139-1, web: https://wedocs.unep.org/handle/20.500.11822/45230\u003Cbr>[2] Chang, L et al, ACS Sensors, 2017, 2, 531−539\u003Cbr>[3] E. Feltri, P. Mondelli et al, Advanced Science, 2024, 11, 2404658\u003Cbr> \u003C/p>","2025-03-27T16:24:26.511Z","2025-03-27T16:24:27.934Z","2025-03-27T16:24:27.928Z","145",[1385],{"id":1386,"name":1387,"committee":16,"position":16,"affiliation":1388,"email":16,"biography":1389,"createdAt":1390,"updatedAt":1391,"url_path_id":1392,"contactPhoto":1393,"socialLinks":1414,"url_path":1415},89,"Pierluigi Mondelli","Italian Institute of Technology in Milan, Italy","\u003Cp style=\"text-align:justify;\">Pierluigi Mondelli is a postdoctoral researcher at the Printed Molecular Electronics group at the Italian Institute of Technology. His current research focuses on developing sustainable electronics and gas sensors based on organic thin-film transistors (OTFTs) for real-time food quality assessment. He earned his PhD in Materials Science as part of a Marie Skłodowska-Curie ITN programme involving Merck Chemicals Ltd. (UK) and the University of Oxford. In his doctoral research, he focussed on the molecular organisation of acceptor molecules in use for organic photovoltaic devices (OPV), bridging fundamental crystallography with optoelectronics.\u003C/p>","2025-03-27T16:23:34.974Z","2025-03-27T16:26:30.993Z","144",{"id":1394,"name":1395,"alternativeText":16,"caption":16,"width":1396,"height":1397,"formats":1398,"hash":1410,"ext":819,"mime":822,"size":1411,"url":1412,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1413,"updatedAt":1413},139,"Picture1.jpg",579,586,{"small":1399,"thumbnail":1405},{"ext":819,"url":1400,"hash":1401,"mime":822,"name":1402,"path":16,"size":1403,"width":1404,"height":66},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Picture1_90a7484c69.jpg","small_Picture1_90a7484c69","small_Picture1.jpg",44.74,494,{"ext":819,"url":1406,"hash":1407,"mime":822,"name":1408,"path":16,"size":1409,"width":580,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Picture1_90a7484c69.jpg","thumbnail_Picture1_90a7484c69","thumbnail_Picture1.jpg",3.98,"Picture1_90a7484c69",65.72,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Picture1_90a7484c69.jpg","2025-03-27T16:26:29.342Z",[],"-118","-119",{"id":164,"groupTitle":1418,"sessions":1419},"Neuromorphic Devices and Systems",[1420,1468,1509],{"id":158,"session":1421},{"id":158,"title":1422,"teaser":1423,"body":1424,"createdAt":1425,"updatedAt":1426,"publishedAt":1427,"url_path_id":1428,"contacts":1429,"url_path":1467},"Photonic Neuromorphic Hardware with 2D Material Synapses and Neurons","\u003Cp style=\"text-align:justify;\">Neuromorphic photonic hardware enables ultrafast, energy-efficient AI, but integrating brain-like feedback without sacrificing simplicity and scalability remains challenging. We present a self-powered optical spiking neural network (SPOSNN) unit by combining 2D-material-based synaptic and neuronal devices with silicon photonics. \u003C/p>","\u003Cp style=\"text-align:justify;\">The system uses microring resonator (MRR) modulators as optical synapses and waveguide-integrated photodetectors as self-powered neurons. This optical-electrical-optical (OEO) feedback operates without external power or control circuits, drastically reducing complexity and energy consumption while enabling scalable, brain-like photonic computing. Our work highlights the promise of 2D materials in photonic neuromorphic systems, paving the way for high-performance, energy-efficient AI platforms.\u003C/p>","2025-04-05T00:58:29.792Z","2025-04-05T00:58:31.178Z","2025-04-05T00:58:31.172Z","152",[1430],{"id":74,"name":1431,"committee":16,"position":16,"affiliation":1432,"email":16,"biography":1433,"createdAt":1434,"updatedAt":1434,"url_path_id":1435,"contactPhoto":1436,"socialLinks":1465,"url_path":1466},"Sanghoon Chae","Nanyang Technological University (NTU), Singapore","\u003Cp style=\"text-align:justify;\">Dr. Sanghoon Chae is a Nanyang Assistant Professor at the School of Electrical and Electronic Engineering and the School of Materials Science and Engineering at Nanyang Technological University (NTU), Singapore. He earned his B.S. in 2010 and Ph.D. in 2014 from Sungkyunkwan University (SKKU) in Korea. Following his doctorate, he pursued postdoctoral research at Columbia University from 2016 to 2021. Dr. Chae’s research primarily focuses on understanding novel optoelectronic phenomena in atomically thin 2D materials systems, exploring their application as a new class of optoelectronic devices, and integrating their optical functions into integrated photonics for novel information processing.\u003C/p>","2025-04-05T00:57:38.609Z","151",{"id":1437,"name":1438,"alternativeText":16,"caption":16,"width":1439,"height":1440,"formats":1441,"hash":1461,"ext":1443,"mime":822,"size":1462,"url":1463,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1464,"updatedAt":1464},143,"Sanghoon Chae Final.JPG",837,866,{"small":1442,"medium":1449,"thumbnail":1455},{"ext":1443,"url":1444,"hash":1445,"mime":822,"name":1446,"path":16,"size":1447,"width":1448,"height":66},".JPG","https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Sanghoon_Chae_Final_04934b2482.JPG","small_Sanghoon_Chae_Final_04934b2482","small_Sanghoon Chae Final.JPG",20.85,483,{"ext":1443,"url":1450,"hash":1451,"mime":822,"name":1452,"path":16,"size":1453,"width":1454,"height":838},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/medium_Sanghoon_Chae_Final_04934b2482.JPG","medium_Sanghoon_Chae_Final_04934b2482","medium_Sanghoon Chae Final.JPG",40.8,725,{"ext":1443,"url":1456,"hash":1457,"mime":822,"name":1458,"path":16,"size":1459,"width":1460,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Sanghoon_Chae_Final_04934b2482.JPG","thumbnail_Sanghoon_Chae_Final_04934b2482","thumbnail_Sanghoon Chae Final.JPG",3.77,151,"Sanghoon_Chae_Final_04934b2482",51.62,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Sanghoon_Chae_Final_04934b2482.JPG","2025-04-05T00:56:55.373Z",[],"-124","-125",{"id":642,"session":1469},{"id":291,"title":1470,"teaser":1471,"body":1472,"createdAt":1473,"updatedAt":1474,"publishedAt":1475,"url_path_id":1476,"contacts":1477,"url_path":1508},"Low-Power Soft Artificial Nerves Based on Printed Nanowire Electronics","\u003Cp style=\"text-align:justify;\">Soft electronics is an emerging field with the potential to revolutionize wearable and biomedical technologies by overcoming the limitations of conventional rigid devices. In particular, printed organic nanowires are highly attractive due to their flexibility, stretchability, unidirectional charge transport, and solution processability. Here, we present our recent advances in the development of stretchable organic semiconductor nanomaterials and devices for next-generation soft bioelectronics and neuromorphics. \u003C/p>","\u003Cp style=\"text-align:justify;\">We introduce a novel semiconductor nanowire printing technology and demonstrate strain-resilient nanowire transistors with potential for bioelectronic applications [1]. Furthermore, we describe the development of organic semiconductor nanowire-based stretchable artificial synapses and nerves that mimic the structure and function of biological counterparts, offering opportunities for neuromorphic robotics and bioelectronic systems [2,3]. In particular, we highlight the realization of stretchable efferent nerves that accurately emulate neuromuscular junctions and muscle actuation, enabling biomimetic motor system. Finally, we demonstrate the application of soft artificial nerves as low-power, stretchable neuromorphic implants that provide real-time closed-loop proprioceptive feedback, successfully restoring coordinated and smooth leg movements in mice with motor impairments. Our findings underscore the potential of printed organic nanomaterials and soft neuromorphic devices as future low-power neurorehabilitation technologies.\u003C/p>","2025-05-06T13:57:24.841Z","2025-05-06T13:57:26.689Z","2025-05-06T13:57:26.684Z","200",[1478],{"id":1479,"name":1480,"committee":16,"position":16,"affiliation":1481,"email":16,"biography":1482,"createdAt":1483,"updatedAt":1484,"url_path_id":1485,"contactPhoto":1486,"socialLinks":1506,"url_path":1507},110,"Yeongjun Lee","KAIST, Korea","\u003Cp style=\"text-align:justify;\">Yeongjun Lee is an Assistant Professor in the Department of Brain and Cognitive Sciences at Korea Advanced Institute of Science and Technology (KAIST). He received his Ph.D. in Materials Science and Engineering (MSE) from Pohang University of Science and Technology (POSTECH), South Korea (2018). After that, he worked in MSE at Seoul National University as a postdoctoral researcher (2018-2019) and in Material Research Center at Samsung Advanced Institute of Technology as a staff researcher (2019–2021). From 2021 to 2024, he was a postdoctoral researcher in Chemical Engineering at Stanford University. His research group currently focuses on soft polymeric nanomaterials and devices for brain-machine interfaces, stretchable/wearable electronics, and low-power neuromorphic applications to address questions in brain and cognitive sciences.\u003C/p>","2025-05-06T13:56:11.073Z","2025-05-08T16:58:08.106Z","199",{"id":744,"name":1487,"alternativeText":16,"caption":16,"width":1488,"height":1356,"formats":1489,"hash":1502,"ext":819,"mime":822,"size":1503,"url":1504,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1505,"updatedAt":1505},"Headshot_Youngjun Lee.jpg",450,{"small":1490,"thumbnail":1496},{"ext":819,"url":1491,"hash":1492,"mime":822,"name":1493,"path":16,"size":1494,"width":1495,"height":66},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Headshot_Youngjun_Lee_ca9ce6a302.jpg","small_Headshot_Youngjun_Lee_ca9ce6a302","small_Headshot_Youngjun Lee.jpg",23.1,375,{"ext":819,"url":1497,"hash":1498,"mime":822,"name":1499,"path":16,"size":1500,"width":1501,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Headshot_Youngjun_Lee_ca9ce6a302.jpg","thumbnail_Headshot_Youngjun_Lee_ca9ce6a302","thumbnail_Headshot_Youngjun Lee.jpg",3.23,117,"Headshot_Youngjun_Lee_ca9ce6a302",32.9,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Headshot_Youngjun_Lee_ca9ce6a302.jpg","2025-05-08T16:58:01.296Z",[],"-163","-164",{"id":649,"session":1510},{"id":642,"title":1511,"teaser":1512,"body":1513,"createdAt":1514,"updatedAt":1515,"publishedAt":1516,"url_path_id":1517,"contacts":1518,"url_path":1542},"3D NAND Flash Memory and Memristor for Emerging Computing System","\u003Cp style=\"text-align:justify;\">Recent breakthroughs in AI are driving innovation in the medical field, including medical diagnosis and virtual health assistants. Energy-based computing has recently garnered significant interest due to its potential in training generative neural networks and solving NP-hard problems. However, Conventional systems suffer from inefficiency due to von Neumann architecture and traditional annealing methods.\u003C/p>","\u003Cp style=\"text-align:justify;\">We present MoS2 channel for 3D NAND Flash-based in-memory computing and memristor-based true random number generators (TRNG). MoS2 serves as an alternative to polycrystalline silicon channels in 3D NAND Flash, overcoming short-channel effects and current limitations. Our MoS2 devices show reliable 6-bit precision operaiton. Our memristor with imidazole copolymer generates random noise via metal nanocluster filaments. Compliance current modulation through InGaZnO transistors controls entropy. This noise efficiently solves optimization problems and generates realistic chest X-ray images, outperforming software random numbers in energy efficiency. This work advances energy-based computing with broad implications for materials science and engineering.\u003C/p>","2025-05-08T17:02:39.256Z","2025-05-08T17:02:43.238Z","2025-05-08T17:02:43.232Z","202",[1519],{"id":1520,"name":1521,"committee":16,"position":16,"affiliation":1522,"email":16,"biography":50,"createdAt":1523,"updatedAt":1523,"url_path_id":1524,"contactPhoto":1525,"socialLinks":1540,"url_path":1541},111,"Byung Chul Jang","Kyungpook National University, Korea","2025-05-08T17:01:06.780Z","201",{"id":265,"name":1526,"alternativeText":16,"caption":16,"width":1527,"height":1528,"formats":1529,"hash":1536,"ext":819,"mime":822,"size":1537,"url":1538,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1539,"updatedAt":1539},"Photo_Byung Chul Jang.jpg",248,319,{"thumbnail":1530},{"ext":819,"url":1531,"hash":1532,"mime":822,"name":1533,"path":16,"size":1534,"width":1535,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Photo_Byung_Chul_Jang_38860d9dcc.jpg","thumbnail_Photo_Byung_Chul_Jang_38860d9dcc","thumbnail_Photo_Byung Chul Jang.jpg",3.04,121,"Photo_Byung_Chul_Jang_38860d9dcc",7.81,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Photo_Byung_Chul_Jang_38860d9dcc.jpg","2025-05-08T17:00:41.693Z",[],"-165","-166",{"id":376,"groupTitle":1544,"sessions":1545},"Plant Electronics",[1546,1584,1626,1662,1703],{"id":208,"session":1547},{"id":208,"title":1548,"teaser":1549,"body":1550,"createdAt":1551,"updatedAt":1552,"publishedAt":1553,"url_path_id":1554,"contacts":1555,"url_path":1583},"3D-Printed Microneedle-Based Electrochemical Sensors for Real-Time Plant Health Monitoring","\u003Cp style=\"text-align:justify;\">Real-time plant health monitoring is emerging as a crucial approach to understanding physiological processes such as plant stress signaling. Wearable sensors offer a promising strategy for monitoring crop health and detecting environmental changes. However, the development of affordable, field-deployable sensing devices remains a challenge. \u003C/p>","\u003Cp style=\"text-align:justify;\">In my work, I employ cost-effective 3D printing to manufacture microneedle array patches as a minimally invasive platform for in situ plant health assessment. These microneedle-based sensors enable real-time detection of key plant health biomarkers—including H₂O₂, glucose, and pH—while also allowing electrochemical profiling of plant physiology. Additionally, by modifying the electrode functionalization, these platforms can be adapted for the detection and monitoring of multiple biomarkers.\u003C/p>","2025-04-10T22:36:29.194Z","2025-04-10T22:44:11.677Z","2025-04-10T22:36:30.853Z","165",[1556],{"id":1557,"name":1558,"committee":16,"position":16,"affiliation":1559,"email":16,"biography":1560,"createdAt":1561,"updatedAt":1561,"url_path_id":1562,"contactPhoto":1563,"socialLinks":1581,"url_path":1582},94,"Marc Parrilla","University of Antwerp, Belgium","\u003Cp style=\"text-align:justify;\">Marc Parrilla is a senior researcher at the A-PECS research group, University of Antwerp, Belgium. He obtained his PhD in Nanoscience, Materials, and Chemical Engineering in 2016 from the Department of Analytical Chemistry at the University Rovira i Virgili, Spain, with a dissertation on \"Electrochemical Sensors for Decentralized Analysis.\" Throughout his career, he has focused on developing wearable electrochemical sensors for detecting and monitoring societally relevant targets. His latest research centers on microneedle-based electrochemical sensors for the continuous monitoring of biomarkers and therapeutic drugs in human health applications, as well as for plant health monitoring.\u003C/p>","2025-04-10T22:24:26.080Z","159",{"id":1564,"name":1395,"alternativeText":16,"caption":16,"width":1565,"height":1566,"formats":1567,"hash":1577,"ext":819,"mime":822,"size":1578,"url":1579,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1580,"updatedAt":1580},148,580,537,{"small":1568,"thumbnail":1573},{"ext":819,"url":1569,"hash":1570,"mime":822,"name":1402,"path":16,"size":1571,"width":66,"height":1572},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Picture1_3bde0aed40.jpg","small_Picture1_3bde0aed40",42.75,463,{"ext":819,"url":1574,"hash":1575,"mime":822,"name":1408,"path":16,"size":1576,"width":1229,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Picture1_3bde0aed40.jpg","thumbnail_Picture1_3bde0aed40",6.7,"Picture1_3bde0aed40",57.92,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Picture1_3bde0aed40.jpg","2025-04-10T22:24:11.849Z",[],"-129","-135",{"id":491,"session":1585},{"id":491,"title":1586,"teaser":1587,"body":1588,"createdAt":1589,"updatedAt":1590,"publishedAt":1591,"url_path_id":1592,"contacts":1593,"url_path":1625},"Plant wearables for monitoring physiological indicators","\u003Cp>The excellent stretchability and biocompatibility of flexible sensors have inspired an emerging field of plant wearables, which enable intimate contact with the plants to continuously monitor the growth status and localized microclimate in real-time. Plant flexible wearables provide a promising platform for the development of plant phenotype.\u003C/p>","\u003Cp style=\"text-align:justify;\">Here, we describe several plant wearables that can harmlessly and continuously monitor the plant electrical signal and leaf temperature/humidity, which are key parameters for analyzing physiological status and microclimate of plants, respectively. Credited to the biocompatibility materials chosen and particular design, these sensors are flexible, flyweight and breathable, enabling on-site and non-destructive testing. These plant wearables can be used as a non-invasive, high-throughput, low-cost toolbox and have excellent potential for phenotypic analysis. \u003C/p>","2025-04-10T22:37:22.229Z","2025-04-10T22:37:23.772Z","2025-04-10T22:37:23.767Z","166",[1594],{"id":1595,"name":1596,"committee":16,"position":16,"affiliation":1597,"email":16,"biography":1598,"createdAt":1599,"updatedAt":1599,"url_path_id":1600,"contactPhoto":1601,"socialLinks":1623,"url_path":1624},95,"Chun-Chun Qu","China Agricultural University (CAU), China","\u003Cp style=\"text-align:justify;\">Chun-Chun Qu is a Ph.D. candidate in mechatronic engineering at China Agricultural University (CAU), working under Prof. Zhi-Zhu He. Her research focuses on flexible electronics for plant phenotyping, developing biosensing platforms and energy-autonomous devices to monitor plant-environment interactions. She received her M.S. degree in agronomy and seed industry from CAU in 2023, where she initiated early explorations of wearable sensors in plant science.\u003C/p>","2025-04-10T22:25:30.650Z","160",{"id":1602,"name":1603,"alternativeText":16,"caption":16,"width":1604,"height":1605,"formats":1606,"hash":1619,"ext":819,"mime":822,"size":1620,"url":1621,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1622,"updatedAt":1622},149,"Picture2.jpg",394,574,{"small":1607,"thumbnail":1613},{"ext":819,"url":1608,"hash":1609,"mime":822,"name":1610,"path":16,"size":1611,"width":1612,"height":66},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Picture2_9750a654ee.jpg","small_Picture2_9750a654ee","small_Picture2.jpg",18.18,343,{"ext":819,"url":1614,"hash":1615,"mime":822,"name":1616,"path":16,"size":1617,"width":1618,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Picture2_9750a654ee.jpg","thumbnail_Picture2_9750a654ee","thumbnail_Picture2.jpg",3.28,107,"Picture2_9750a654ee",22.85,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Picture2_9750a654ee.jpg","2025-04-10T22:25:12.245Z",[],"-130","-136",{"id":548,"session":1627},{"id":548,"title":1628,"teaser":1629,"body":1630,"createdAt":1631,"updatedAt":1632,"publishedAt":1633,"url_path_id":1634,"contacts":1635,"url_path":1661},"Plant-Wearable Sensors for Future Precision Farming","\u003Cp style=\"text-align:justify;\">Wearable electronics bridge the gap between conventional silicon- based devices and the living biological organisms and unlock functionalities previously unattainable. In agriculture, wearable sensors for plants and animals have become a hot research area, as an essential tools for monitor physiological data from individual plants. \u003C/p>","\u003Cp style=\"text-align:justify;\">Here, we present the first flexible electronic sensor designed to harmlessly coexist with plants, enabling continuous tracking of sap flow, a key physiological indicator of plant health, water consumption and nutrient transport. Due to a special design and the materials chosen, the realized plant-wearable sensor is thin, soft, lightweight, permeable, and shows excellent biocompatibility, therefore enabling the sap flow detection in a continuous and non-destructive manner. Furthermore, the real-time investigation on stem flow insides watermelon reveals a previously unknown day/night shift pattern of water allocation between fruit and its adjacent branch. We believe our has vast potential in future precision farming, such as water-saving irrigation strategies in arid regions, breeding for drought-resistant crops, ultimately enhance agricultural efficiency.\u003C/p>","2025-04-10T22:38:24.416Z","2025-04-10T22:38:25.759Z","2025-04-10T22:38:25.753Z","167",[1636],{"id":1637,"name":1638,"committee":16,"position":16,"affiliation":1639,"email":16,"biography":1640,"createdAt":1641,"updatedAt":1642,"url_path_id":1643,"contactPhoto":1644,"socialLinks":1659,"url_path":1660},96,"Xiangjiang Liu","Zhejiang University, China","\u003Cp style=\"text-align:justify;\">Prof. Liu’s current research focuses on unusual electronic and photonic sensing devices, with an emphasis on bio-integrated systems. Liu's group has developed tattoo-like wearable sensors specifically designed for plants, capable of detecting physiological information (biological/chemical information) of plants. By monitoring the physiological information of plants, it is possible to understand the growth status of plants and carry out precise management, which helps promote plant growth, increase yield, improve quality, and ultimately achieve the production of nutrient-rich food. These efforts are highly multidisciplinary, and combine expertise from nearly every traditional fields. Liu's goal is to bridge the existing gap in the sensing technologies and provide continuous, non-destructive means to measure bio/chemical information of living organisms, making a significant contribution to the advancement of agriculture and the improvement of food quality.\u003C/p>","2025-04-10T22:26:44.338Z","2025-04-14T14:34:05.721Z","161",{"id":1645,"name":1646,"alternativeText":16,"caption":16,"width":1647,"height":1648,"formats":1649,"hash":1655,"ext":819,"mime":822,"size":1656,"url":1657,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1658,"updatedAt":1658},150,"Picture3.jpg",239,335,{"thumbnail":1650},{"ext":819,"url":1651,"hash":1652,"mime":822,"name":1653,"path":16,"size":1654,"width":1520,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Picture3_c02737223c.jpg","thumbnail_Picture3_c02737223c","thumbnail_Picture3.jpg",3.05,"Picture3_c02737223c",9.19,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Picture3_c02737223c.jpg","2025-04-10T22:26:13.447Z",[],"-131","-137",{"id":278,"session":1663},{"id":278,"title":1664,"teaser":1665,"body":1666,"createdAt":1667,"updatedAt":1668,"publishedAt":1669,"url_path_id":1670,"contacts":1671,"url_path":1702},"Origami-inspired Highly Stretchable and Breathable 3D Wearable Sensors for In-situ and Online Monitoring of Plant Growth and Microclimate","\u003Cp style=\"text-align:justify;\">The emerging wearable plant sensors demonstrate the capability of in-situ measurement of physiological and micro-environmental information of plants. However, the stretchability and breathability of current wearable plant sensors are restricted mainly due to their 2D planar structures, which interfere with plant growth and development. \u003C/p>","\u003Cp style=\"text-align:justify;\">Here, origami-inspired 3D wearable sensors have been developed for plant growth and microclimate monitoring. Unlike 2D counterparts, the 3D sensors demonstrate theoretically infinitely high stretchability and breathability derived from the structure rather than the material. They are adjusted to 100% and 111.55 mg·cm-2·h-1 in the optimized design. In addition to stretchability and breathability, the structural parameters are also used to control the strain distribution of the 3D sensors to enhance sensitivity and minimize interference. After integrating with corresponding sensing materials, electrodes, data acquisition and transmission circuits, and a mobile App, a miniaturized sensing system is produced with the capability of in-situ and online monitoring of plant elongation and microclimate. Moreover, it generates negligible hindrance to plant growth. This study would significantly promote the development of wearable plant sensors and their applications in the fields of plant phenomics, plant-environment interface, and smart agriculture.\u003C/p>","2025-04-10T22:40:29.863Z","2025-04-10T22:40:32.130Z","2025-04-10T22:40:32.125Z","169",[1672],{"id":1673,"name":1674,"committee":16,"position":16,"affiliation":1675,"email":16,"biography":1676,"createdAt":1677,"updatedAt":1677,"url_path_id":1678,"contactPhoto":1679,"socialLinks":1700,"url_path":1701},98,"Cheng Zhang","Nanjing Agricultural University, China","\u003Cp style=\"text-align:justify;\">Dr. Cheng Zhang is an Associate Professor at the College of Engineering, Nanjing Agricultural University since 2020. Dr. Zhang earned his Bachelor’s degree in Functional Materials from Huazhong University of Science and Technology (2015) and a Ph.D. in Mechanical and Aerospace Engineering from the University of Missouri (2020). His research focuses on sensitive electronics, wearable plant sensors, and agricultural Internet of Things, aiming to advance precision agriculture through innovative sensing technologies.\u003C/p>","2025-04-10T22:29:53.392Z","163",{"id":1136,"name":1680,"alternativeText":16,"caption":16,"width":1681,"height":1682,"formats":1683,"hash":1696,"ext":819,"mime":822,"size":1697,"url":1698,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1699,"updatedAt":1699},"Picture5.jpg",489,734,{"small":1684,"thumbnail":1690},{"ext":819,"url":1685,"hash":1686,"mime":822,"name":1687,"path":16,"size":1688,"width":1689,"height":66},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Picture5_f41eb6d92f.jpg","small_Picture5_f41eb6d92f","small_Picture5.jpg",20.03,333,{"ext":819,"url":1691,"hash":1692,"mime":822,"name":1693,"path":16,"size":1694,"width":1695,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Picture5_f41eb6d92f.jpg","thumbnail_Picture5_f41eb6d92f","thumbnail_Picture5.jpg",3.31,104,"Picture5_f41eb6d92f",40.66,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Picture5_f41eb6d92f.jpg","2025-04-10T22:29:23.517Z",[],"-133","-139",{"id":297,"session":1704},{"id":297,"title":1705,"teaser":1706,"body":50,"createdAt":1707,"updatedAt":1708,"publishedAt":1709,"url_path_id":1710,"contacts":1711,"url_path":1727},"Ion-selective electrode for simultaneous measurement of multiple elements in a portable nutrient solution","\u003Cp style=\"text-align:justify;\">In smart farming, nutrient solutions are mainly managed by EC and pH, limiting precision and recycling. Crops change nutrient uptake based on root zone and environment. Understanding this behavior enables development of healthier, more productive, and disease-resistant crops. Conventional glass ion sensors are expensive and large; screen-printed types are hard to use in the root zone. This study developed a compact multi-ion sensor using PCB technology, effective in root-zone monitoring. A portable potentiometer was also created to operate with the sensor. An advanced all-in-one electroanalytical device (AED) was developed, integrating amperometric, voltammetric, potentiometric, conductometric, and impedance techniques. The AED (48×37 mm) supports eight PCB sensors and uses USB and Bluetooth. A user-friendly GUI enables real-time control and data display. Electrical and field tests confirmed its accuracy. The small, versatile platform can also evolve into a wearable biosensor with proper biomarkers, aiding smart agriculture.\u003C/p>","2025-04-10T22:41:00.826Z","2025-04-29T18:39:35.998Z","2025-04-10T22:41:03.955Z","170",[1712],{"id":1713,"name":1714,"committee":16,"position":16,"affiliation":1715,"email":16,"biography":1716,"createdAt":1717,"updatedAt":1717,"url_path_id":1718,"contactPhoto":1719,"socialLinks":1725,"url_path":1726},99,"Kyu Hwan Lee","Korea Institute of Materials Science (KIMS), Korea","\u003Cp style=\"text-align:justify;\">Kyu Hwan Lee is a distinguished Principal Researcher at the Korea Institute of Materials Science (KIMS), where he has served since 1991 in the Electrochemistry Department, Surface Technology Division. He holds a B.A. (1988) and M.S. (1991) in Materials Science & Engineering from Hanyang University, and a Ph.D. (2003) from the Korea Advanced Institute of Science and Technology, with his dissertation focused on biaxial texturing of nickel sheets via electrodeposition. Over his career, he has held leadership roles including Vice President of KIMS (2019–2021), Director of the UC-KIMS Center (2017–2021), and Director of the Materials Processing Division (2009–2012). Since 2012, he has been a Professor at the University of Science and Technology (UST) KIMS Campus, and currently leads the Gyeongnam Smart Farm Demonstration Center and Miryang Technology Innovation Center.\u003C/p>","2025-04-10T22:35:27.182Z","164",{"id":514,"name":1720,"alternativeText":16,"caption":16,"width":421,"height":580,"formats":16,"hash":1721,"ext":19,"mime":20,"size":1722,"url":1723,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1724,"updatedAt":1724},"Picture6.png","Picture6_27ecbeb6c0",13.95,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Picture6_27ecbeb6c0.png","2025-04-10T22:35:05.909Z",[],"-134","-140",{"id":554,"groupTitle":1729,"sessions":1730},"Multifunctional Bioelectronics for Sensing, Stimulation, and Biological Integration",[1731,1771],{"id":672,"session":1732},{"id":691,"title":1733,"teaser":1734,"body":1735,"createdAt":1736,"updatedAt":1737,"publishedAt":1738,"url_path_id":1739,"contacts":1740,"url_path":1770},"Development of Stretchable Conductive Polymer Materials and Their Application in Bioelectronic Devices","\u003Cp style=\"text-align:justify;\">The development of stretchable conductive polymer materials has gained significant attention due to their potential applications in next-generation bioelectronic devices. Such materials offer unique advantages, including mechanical flexibility, biocompatibility, and tunable electrical properties, making them ideal for wearable and implantable healthcare technologies. \u003C/p>","\u003Cp style=\"text-align:justify;\">In this talk, we present our latest advancements in designing and engineering stretchable conductive polymers that not only exhibit enhanced conductivity and mechanical robustness but also feature effectively tuned work function. We explore innovative fabrication strategies, including nanocomposite integration, to achieve superior stretchability without compromising electrical performance. Additionally, we demonstrate the application of these materials in bioelectronic devices such as flexible sensors, electrophysiological monitoring systems, and soft power management systems. Our findings highlight the potential of these materials to bridge the gap between conventional electronics and biological systems, paving the way for new opportunities in personalized healthcare and implantable bioelectronics.\u003C/p>","2025-04-25T12:50:26.094Z","2025-04-25T12:50:27.731Z","2025-04-25T12:50:27.727Z","180",[1741],{"id":1742,"name":1743,"committee":16,"position":16,"affiliation":1744,"email":16,"biography":1745,"createdAt":1746,"updatedAt":1746,"url_path_id":1747,"contactPhoto":1748,"socialLinks":1768,"url_path":1769},102,"Hyunseok Shim","Pusan National University, Korea","\u003Cp style=\"text-align:justify;\">Hyunseok Shim is an Assistant Professor in the Department of Electronic Engineering at Pusan National University. He received his Ph.D. in Materials Science and Engineering from the University of Houston in 2021 under the supervision of Prof. Cunjiang Yu. Prior to that, he earned an M.S. in Physical Chemistry from Konkuk University and a B.S. in Electronics and Radio Engineering from Kyunghee University. He previously held postdoctoral research positions at The Pennsylvania State University and the University of Houston, and worked as a researcher at the Daegu Gyeongbuk Institute of Science & Technology (DGIST). His research focuses on the development of stretchable conductive polymer materials and their applications in bioelectronic devices.\u003C/p>","2025-04-25T12:48:53.446Z","178",{"id":1212,"name":1749,"alternativeText":16,"caption":16,"width":1750,"height":1751,"formats":1752,"hash":1764,"ext":819,"mime":822,"size":1765,"url":1766,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1767,"updatedAt":1767},"Hyunseok Shim_Headshot.jpg",413,531,{"small":1753,"thumbnail":1759},{"ext":819,"url":1754,"hash":1755,"mime":822,"name":1756,"path":16,"size":1757,"width":1758,"height":66},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Hyunseok_Shim_Headshot_5be50bf05d.jpg","small_Hyunseok_Shim_Headshot_5be50bf05d","small_Hyunseok Shim_Headshot.jpg",20.41,389,{"ext":819,"url":1760,"hash":1761,"mime":822,"name":1762,"path":16,"size":1763,"width":1535,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Hyunseok_Shim_Headshot_5be50bf05d.jpg","thumbnail_Hyunseok_Shim_Headshot_5be50bf05d","thumbnail_Hyunseok Shim_Headshot.jpg",3.3,"Hyunseok_Shim_Headshot_5be50bf05d",22.66,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Hyunseok_Shim_Headshot_5be50bf05d.jpg","2025-04-25T12:48:51.024Z",[],"-144","-146",{"id":691,"session":1772},{"id":672,"title":1773,"teaser":1774,"body":1775,"createdAt":1776,"updatedAt":1777,"publishedAt":1778,"url_path_id":1779,"contacts":1780,"url_path":1824},"Unconventional directions for organic soft electronics","\u003Cp style=\"text-align:justify;\">The advancement of organic soft electronics has predominantly centered on improving sensing performance, leaving unconventional directions relatively unexplored. In this talk, we introduce three distinct approaches that significantly expand the functional landscape of organic soft electronics, including an all-soft implantable bioelectronic patch, biomimetic artificial finger pad electronics, and fully recyclable organic devices. \u003C/p>","\u003Cp style=\"text-align:justify;\">Our implantable system, composed entirely of soft components, interfaces directly and conformally with the beating heart, enabling in vivo spatiotemporal mapping, localized stimulation, and mechanical energy harvesting. This represents a fundamentally new paradigm in biointegration, departing from conventional designs that often overlook the mechanical and physiological dynamics of internal organs. In parallel, our artificial finger pad electronics replicate the fine morphological patterns of human fingerprints to facilitate object recognition, user identification, and enhanced tactile interaction. Finally, our fully recyclable devices demonstrate complete material recovery with no loss in device functionality, addressing the growing demand for sustainability in next-generation electronics. Collectively, these unconventional strategies open new opportunities in organ-interfacing electronics, biomimetic systems, and sustainable wearable technologies.\u003C/p>","2025-04-25T12:49:36.607Z","2025-04-25T12:49:38.050Z","2025-04-25T12:49:38.044Z","179",[1781],{"id":1782,"name":1783,"committee":16,"position":16,"affiliation":1784,"email":16,"biography":1785,"createdAt":1786,"updatedAt":1786,"url_path_id":1787,"contactPhoto":1788,"socialLinks":1822,"url_path":1823},101,"Kyoseung Sim","Ulsan National Institute of Science and Technology (UNIST), Korea","\u003Cp style=\"text-align:justify;\">Kyoseung Sim is an Associate Professor in the Department of Chemistry at the Ulsan National Institute of Science and Technology (UNIST) since Spring 2020. He received his Ph.D. in Materials Science and Engineering from the University of Houston in 2018, under the supervision of Prof. Cunjiang Yu, and continued his research there as a postdoctoral fellow until 2020. Prior to his doctoral studies, he earned his M.S. in Chemistry from Konkuk University in 2010, under the guidance of Prof. Seungmoon Pyo. From 2010 to 2013, he worked as a research scientist at the Daegu Gyeongbuk Institute of Science and Technology (DGIST). Prof. Sim’s research focuses on organic semiconductor-based soft electronics, including organic electrochemical devices, artificial synapses, and bio-implantable optoelectronics. He also explores system-level applications and the development of fully recyclable wearable devices aimed at enabling sustainable electronic technologies.\u003C/p>","2025-04-25T12:47:42.943Z","177",{"id":1789,"name":1790,"alternativeText":16,"caption":16,"width":1791,"height":1792,"formats":1793,"hash":1818,"ext":819,"mime":822,"size":1819,"url":1820,"previewUrl":16,"provider":23,"provider_metadata":16,"createdAt":1821,"updatedAt":1821},155,"Kyoseung Sim_Headshot Picture.jpg",1855,2226,{"large":1794,"small":1800,"medium":1806,"thumbnail":1812},{"ext":819,"url":1795,"hash":1796,"mime":822,"name":1797,"path":16,"size":1798,"width":1799,"height":825},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/large_Kyoseung_Sim_Headshot_Picture_5fc6857dfb.jpg","large_Kyoseung_Sim_Headshot_Picture_5fc6857dfb","large_Kyoseung Sim_Headshot Picture.jpg",98.42,833,{"ext":819,"url":1801,"hash":1802,"mime":822,"name":1803,"path":16,"size":1804,"width":1805,"height":66},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/small_Kyoseung_Sim_Headshot_Picture_5fc6857dfb.jpg","small_Kyoseung_Sim_Headshot_Picture_5fc6857dfb","small_Kyoseung Sim_Headshot Picture.jpg",29.32,416,{"ext":819,"url":1807,"hash":1808,"mime":822,"name":1809,"path":16,"size":1810,"width":1811,"height":838},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/medium_Kyoseung_Sim_Headshot_Picture_5fc6857dfb.jpg","medium_Kyoseung_Sim_Headshot_Picture_5fc6857dfb","medium_Kyoseung Sim_Headshot Picture.jpg",59.24,625,{"ext":819,"url":1813,"hash":1814,"mime":822,"name":1815,"path":16,"size":1816,"width":1817,"height":1212},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/thumbnail_Kyoseung_Sim_Headshot_Picture_5fc6857dfb.jpg","thumbnail_Kyoseung_Sim_Headshot_Picture_5fc6857dfb","thumbnail_Kyoseung Sim_Headshot Picture.jpg",4.16,130,"Kyoseung_Sim_Headshot_Picture_5fc6857dfb",431.68,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/fleps25/Kyoseung_Sim_Headshot_Picture_5fc6857dfb.jpg","2025-04-25T12:47:23.913Z",[],"-143","-145",{"data":1826,"meta":1827},{"id":158,"heading":390,"createdAt":396,"updatedAt":397,"publishedAt":398,"url_path_id":399,"url_path":392,"contentType":123},{},1778852370386]