| Session | Topic | Date | Time | Name | Title |
|---|---|---|---|---|---|
| 1 | Ultrasound Signal Processing: Superresolutioon and Beamforming | 06.17.2025. (Tues.) |
14:00~14:20 | Shigao Chen | Super-Resolution Microvessel Imaging: Preclinical and Clinical Applications |
| 14:20~14:40 | Pengfei Song | Microbubble Track-based Functional Ultrasound Localization Microscopy for Awake Rodent Imaging | |||
| 14:40~15:00 | Kailiang Xu | Row-Column Addressed Array based 3D Vasular Ultrasound Imaging | |||
| 15:00~15:20 | Tali Ilovitsh | New Horizons in Optically-Inspied Medical Ultrasound | |||
| 15:20~15:40 | Alfred Yu | Speed-of-Sound Aware (SoSA) Beamforming: Beyond the Art of the Possible | |||
| 15:40~16:00 | Jaemyung Lim | Transceiver ASIC for CMUT based ultrasound systems | |||
| 2 | Transducers | 06.17.2025. (Tues.) |
10:30~10:45 | Xiaoning Jiang | Flexible ultrasound transducers for wearable ultrasound sensing, imaging and therapy |
| 10:45~11:00 | Jiyan Dai | RCA Transducers for Ultrafast 3D Imaging | |||
| 11:00~11:15 | Jian Tian | PMN-PT Based Single Crystal Growth and Applications | |||
| 11:15~11:30 | Parag Chitnis | Wearable Ultrasound Transducers with Piezo- polymer Inks Printed on Graphene Substrates | |||
| 11:30~11:45 | Huiliang Wang | Bioadhesive Hydrogel-Coupled and Miniaturized Ultrasound Transducer System for Long-Term, Wearable Neuromodulation | |||
| 11:45~12:00 | Jun Chen | Ultrahigh Frequency Piezoelectric Thin Film for Determination of Silicon Attenuation Coefficient | |||
| 3 | AI in Ultrasound Imaging | 06.18.2025. (Wed.) |
8:20~8:35 | Jinbum Kang | Deep Coherence Learning: Unsupervised Approach to Image Quality Enhancement in Ultrasound Imaging |
| 8:35~8:50 | Xuejun Qian | Multimodal ultrasound imaging based deep learning for the stratification of breast cancer | |||
| 8:50~9:05 | Sang Hyun Park | 3D ABUS Tumor Segmentation Using A Segment Anything Model | |||
| 9:05~9:20 | Haeyun Lee | Deep Learning-based Image Enhancement Approaches in Ultrasound Images | |||
| 9:20~9:35 | Kyungsu Lee | TBD | |||
| 4 | Advanced Imaging Technique | 06.17.2025. (Tues.) |
16:20~16:35 | Guosong Hong | Seeing the Sound: An Ultrasound-Mediated Light Source for Deep-Tissue Light Delivery |
| 16:35~16:50 | Xiaoyi Chen | High-frequency ultrasonic combined with superb microvascular imaging technology in the evaluation of hypertrophic scars：A preliminary study | |||
| 16:50~17:05 | Zhibin Huang | Prognosticating Axillary Lymph Node Metastasis in Breast Cancer through Integrated Photoacoustic Imaging, Ultrasound, and Clinical Parameters | |||
| 17:05~17:20 | Chengbo Liu | Photoacoustic and fluorescence hybrid microscopy at high spatiotemporal resolution | |||
| 17:20~17:35 | Junjie Yao | From Light to Sound: Breaking Limits in Photoacoustic Imaging, Cavitation Mapping, and Ultrasound Printing | |||
| 17:35~17:50 | Xueding Wang | Ionizing radiation acoustic imaging (iRAI) for mapping the dose in patient during clinical radiation therapy | |||
| 17:50~18:05 | Zhihai Qiu | The Development of Miniaturised Functional Ultrasound imaging (fUS) System | |||
| 18:05~18:20 | Peter Yingxiao Wang | Ultrasound Control of Genetics/Epigenetics and Cellular Functions for Cancer Immunotherapy | |||
| 5 | Ultrasound Neuromodulation & BBB opening | 06.16.2025. (Mon.) |
14:00~14:20 | Lei Sun | Sonogenetics and its utility in neuroscience |
| 14:20~14:40 | Hyunjoo Jenny Lee | Neurotools for ultrasound-mediated neuromodulation | |||
| 14:40~15:00 | Jung Ho Hyun | Advanced non-invasive ultrasonic brain stimulation through sonogenetic neuromodulation | |||
| 15:00~15:15 | Jae Gwan Kim | TBD | |||
| 15:15~15:30 | Fenfang Li | Distinctive and State-dependent Effects of Ultrasound on Astrocytic and Neuronal Calcium Dynamics in Mouse Cortex | |||
| 15:30~15:45 | Sua Bae | Ultrasound Vascular Imaging for Focused Ultrasound Blood-Brain Barrier Opening | |||
| 15:45~16:00 | Jinhyung Park | TBD | |||
| 6 | Acoustic Tweezers and Ultrasound Hologram | 06.18.2025. (Wed.) |
10:00~10:20 | Chunlong Fei | Study on Acoustic Holography and Its Biomedical Applications |
| 10:20~10:40 | Zeyu Chen | Acoustic hologram-induced virtual waveguided 3D printing | |||
| 10:40~11:00 | Teng Ma | TBD | |||
| 11:00~11:20 | Jinhee Yoo | Shape- and Physical Property-Dependent Trapping Dynamics of Cells Using Single-Beam Acoustic Tweezers | |||
| 11:20~11:40 | Badrinathan Sridharan | Acoustic tweezer mediated manipulation of biomaterials for enhanced drug delivery | |||
| 7 | Medical Ultrasound Imaging | 06.17.2025. (Tues.) |
8:20~8:35 | Weibao Qiu | High-resolution Ultrasound Imaging: Novel High-frequency Ultrasound Transducer and System |
| 8:35~8:50 | Wei-Ning Lee | An Ultrasound Elasticity Imaging Method for Assessment of Nonlinear Mechanical Behavior of the Carotid Artery | |||
| 8:50~9:05 | Kang Kim | Preclinical evaluation of ultrasound thermal strain imaging for atherosclerotic plaque characterization | |||
| 9:05~9:20 | Jianbo Tang | Adaptive Singular Value Decomposition- based Fascia Suppression for Diagnostic Power Doppler Ultrasound Image Processing | |||
| 9:20~9:40 | Minkyu Je | TBD | |||
| 8 | Therapeutic Ultrasound/Sonogenetics | 06.16.2025. (Mon.) |
16:20~16:35 | Jung Ho Hyun | Advanced non-invasive ultrasonic brain stimulation through sonogenetic neuromodulation |
| 16:35~16:50 | Parag Chitnis | Wearable Ultrasound Transducers with Piezo- polymer Inks Printed on Graphene Substrates | |||
| 16:50~17:05 | Dong-Guk Paeng | Ultrasound: A Key for Hemorheology | |||
| 17:05~17:20 | Kyungho Yoon | Towards Smart Transcranial Focused Ultrasound Therapy Using AI Technologies | |||
| 17:20~17:35 | Haiyan Yang | Focus ultrasound combination with genetically engineered Escherichia coli synergistically potentiate anti-PD-1 immunotherapy of glioblastoma multiforme by regulating the immune cells | |||
| 17:35~17:50 | Yubo Zhao | Prediction of the thermal lesion area during nanodroplets enhanced HIFU treatment | |||
| 17:50~18:05 | Jinwook Kim | Enhancing Ultrasound Cavitation through Microbubble-Nanodroplet Integration | |||
| 18:05~18:20 | Jinwoo Kim | Deep tissue optical microscopy by using multi-energy induced gas bubbles |