Invited Speakers
Invited Presentations
More than 30 leading scientists will review the-state-of-the-art achievements in high-speed imaging and photonics. Please enjoy amazing images provided by the invited speakers.
| Shinichi ADACHI (KEK, Japan) | Visualizing chemical reactions in solution with femtosecond X-ray` scattering |
| Toshio ANDO (Kanazawa University) | “A Stepping Myosin” under an Ultra-fast AFM at 10 fps |
|
Yasuhiro AWATSUJI (Kyoto Institute of Technology) |
Holographic 3D Imaging captured “Flying Light” at 220-fs resolution |
|
David BRADLEY (NIF, Lawrence Livermore National Laboratory, USA) |
Hyper-Laser force implodes a tiny artificial sun. |
|
Geoffrey H. CAMPBELL (Lawrence Livermore National Laboratories) |
“Crystal-Amorphous Phase Transition” Captured by 20-ns TEM |
| Zenghu CHANG (University of Central Florida) | “Monitoring motion of excited electrons in helium atoms” on its natural timescale with attosecond transient absorption. |
| Piet DE MOOR (IMEC) | “Backside illuminated imager developed at imec” |
|
Katsumasa FUJITA (Osaka University) |
HeLa cells monitored in the living state with a high-speed Raman microscope |
|
Ryohei FUNATSU (NHK: Japan Broadcasting Corporation) |
“133Mpixel x 60-fps” is achieved by a single image sensor with a fine CMOS process and ultra-fast signal transmission technology |
| Liang GAO (University of Illinois) | Catching photons on the fly by Compressed Ultrafast Photography |
| Keisuke GODA (University of Tokyo) | Sub-picosecond Imaging of “Propagating Phonons” |
| Shinichiro ITO (Kogakuin University) | PIV reveals surface roughness reduction with micro dimples in dimples of a golf ball |
|
Terance HILSABECK (General Atomics) |
5-ps Optical Imaging of “Fusion Plasma” with Electron Pulse-dilation |
|
Hiroyuki IWAMOTO (JASRI, Spring8) |
A time frame of X-ray diffraction movie recorded from bumblebee flight muscle recorded at 5,000 frames/s. |
|
Yuko MIMORI-KIYOSUE (Riken CLST) |
A rotating view of whole-cell 3D live imaging of a mitotic HeLa cell by lattice light-sheet microscopy |
|
Harald KLEINE (University of New South Wales) |
“From hypersonic corner flows to transonic airfoils to irregular shock reflection” |
|
Takashi KOMURO (Saitama University) |
High-speed Vision for “Robot Control, 3D Sensing, and Human-computer Interaction” |
|
Rihito KURODA (Tohoku University) |
The video camera of the highest frame rate and the sensitivity in the world captures Dielectric breakdown of MOS capacitor and other phenomena invisible in the past. |
|
Futa MOCHIZUKI (Shizuoka University) |
“The world-fastest silicon multi-framing at 200 Mfps” A breakthrough by opto-electro-computational architecture |
| Yasuo NABEKAWA (RIKEN) | Probing attosecond dynamics of molecules by an intense a-few-pulse attosecond pulse train |
|
Yasushi OKADA (The University of Tokyo; RIKEN) |
SDSRMS, the spinning disk superresolution microscope, achieved 100 frames per sec with a spatial resolution of 120 nm and 2048x2048 pixel count |
| Alexander RACK (ESRF, France) | Crack propagation in a Si wafer captured with ultra-fast direct and diffraction hard X-ray imaging |
|
Yuji C. SASAKI (University of Tokyo) |
Movie of Laue diffraction from the individual gold nanocrystal which is labelled to single protein. |
|
Boleslaw STASICKI (DLR Goettingen) |
“Deforming Helicopter Rotor Blade” caught by 3D Non-intrusive In-flight Measurement |
|
Eleanor STRIDE (University of Oxford) |
Characterisation of Microbubble Dynamics for Ultrasound Mediated Drug Delivery |
| Haruo SUGI (Teikyo University) | TEM showed “Myosin Head Power Stroke producing Muscle Contraction” |
|
Shu TAKAGI (The University of Tokyo) |
Microbubble generation in T-Junction-type Microchannel |
| Sigurdur T. THORODDSEN (King Abdullah University of Science and Technology) | “An Impacting Drop” probed with nanoscale high-speed interferometry |
|
Ulrich TRUNK (DESY-Hamburg) |
AGIPD: A multi Megapixel, multi Megahertz X-Ray Camera for the European XFEL |
|
Renato TURCHETTA (Rutherford Appleton Laboratory, UK) |
Ultra-high speed, high resolution CMOS Image Sensors |
| Michel VERSLUIS (University of Twentes) | “Vibrating Micro-bubbles” taken with a 25-Mfps turbine-driven rotating mirror camera |
|
Takayuki WATANABE (Kyushu University) |
“Temperature/Motion Simultaneous Imaging of Thermal Plasma” |
|
Baoli YAO (Xi'an Institute of Optics and Precision Mechanics, CAS) |
100 fps/2048×2048 pixels/16-bits gray scale Structured Illumination Microscopy with DMD-based LED illumination |