by Ian Khan | Oct 10, 2023 | Futurist Blog
Prof. Marc Levoy: A former Stanford professor, Levoy is renowned for his work on light fields, computational photography, and computer graphics. He's played a crucial role in developing technologies for Google's Pixel cameras and has paved the way for many 3D imaging advances.
Dr. Adrian Dalca: Stationed at MIT, Dr. Dalca focuses on medical imaging, specifically the use of 3D imaging in understanding brain structures and anomalies. His work merges machine learning with traditional imaging techniques for more accurate diagnoses.
Prof. Sabine Süsstrunk: Based at EPFL, Switzerland, her work in computational photography and color algorithms has led to advancements in digital photography, helping in the development of more accurate 3D imaging and rendering techniques.
Dr. Brian Curless: A professor at the University of Washington, Curless's research on 3D computer vision and graphics, particularly in volumetric scene representations, has been pivotal in the development of novel 3D imaging systems.
Prof. Takeo Kanade: As a professor at Carnegie Mellon University, Kanade's contributions to computer vision and robotics are unparalleled. He is best known for the development of the Lucas-Kanade method, an influential optical flow algorithm in 3D imaging.
Dr. Shree Nayar: Stationed at Columbia University, Nayar's groundbreaking work on computational cameras and physics-based modeling has reshaped the realms of 3D imaging and computer vision.
Prof. Alyosha Efros: A professor at UC Berkeley, Efros's research in combining big data with unsupervised learning has resulted in significant strides for image synthesis, including 3D and panoramic imaging.
Dr. Paul Debevec: Currently working with Google VR, Debevec's pioneering work in high dynamic range imaging and image-based modeling has contributed immensely to advancements in 3D imaging and rendering techniques.
Prof. Bernd Girod: Stationed at Stanford University, Girod is a key figure in video compression, image communication, and 3D imaging. His work has significantly impacted multimedia signal processing.
Dr. Pieter Peers: As an associate professor at William & Mary, Peers's work revolves around digital appearance capture, modeling, and rendering. His advancements in capturing the intricate nuances in 3D facial imaging are noteworthy.
by Ian Khan | Oct 10, 2023 | Futurist Blog
Prof. Daniel Mittleman: A leading figure at Brown University, Mittleman's research focuses on the various applications and fundamental principles of terahertz imaging and sensing. His pioneering work offers deep insights into this technology's potential.
Dr. Mona Jarrahi: A professor at UCLA, Jarrahi has made substantial contributions in designing advanced terahertz devices and systems, combining terahertz technology with nano-scale plasmonics.
Prof. Masayoshi Tonouchi: Based at Osaka University, Tonouchi is known for “laser terahertz emission microscopy” and explores the interactions between terahertz waves and matter, fostering developments in terahertz spectroscopy and imaging.
Prof. Xi-Cheng Zhang: A prominent figure at the University of Rochester, Zhang's work revolves around terahertz wave generation, detection, and applications, bridging the gap between fundamental research and real-world applications.
Dr. Joo-Hiuk Son: As a professor at the University of Seoul, Son's pioneering work in biomedical applications of terahertz technology has opened up new avenues for non-invasive cancer diagnosis and treatments.
Prof. Emma MacPherson: Working at the University of Warwick, MacPherson's contributions to terahertz imaging revolve around its applications in non-destructive evaluation, especially in art conservation and the aerospace sector.
Dr. Günter Sigl: A researcher at Helmholtz-Zentrum Dresden-Rossendorf, Sigl's work focuses on the advancements in time-domain terahertz imaging systems and their applications in material characterization.
Prof. Ruxin Li: Operating out of the Shanghai Institute of Optics and Fine Mechanics, Li's research has significantly advanced the field of terahertz-wave generation and its application in imaging.
Dr. Jerome Faist: Based at ETH Zurich, Faist is known for his role in developing quantum cascade lasers, which have been instrumental in terahertz imaging and spectroscopy.
Prof. Tadao Nagatsuma: A professor at Osaka University, Nagatsuma's work emphasizes the integration of terahertz technology with communication systems, exploring the frontier of ultra-fast, high-resolution imaging.
by Ian Khan | Oct 10, 2023 | Futurist Blog
Dr. Bill Johnson: A leading figure in the field of infrared and thermal imaging, Dr. Johnson's contributions have shaped many of the foundational principles and applications in the industry, ranging from defense to commercial imaging solutions.
Dr. Austin Richards: Renowned for his development of advanced infrared cameras and systems, Dr. Richards has applied his expertise in unique projects, including creating stunning thermal imagery for TV and film.
Andrew Teich: As the former CEO of FLIR Systems, one of the largest commercial thermal imaging companies globally, Teich's leadership has been instrumental in bringing thermal imaging technology to diverse industries, from security to automotive and consumer electronics.
Dr. Frank Suess: Heading the Advanced Sensors & Systems division at Fraunhofer Institute, Dr. Suess's work in high-resolution thermal imaging is advancing the state-of-the-art capabilities of thermal cameras in areas like predictive maintenance and health monitoring.
Paul Clayton: Director of Thermoteknix Systems, a leading company in advanced thermal imaging and night vision systems. Clayton's innovations have found applications in defense, industrial, and commercial sectors.
Dr. Melissa Mlynczak: A researcher at NASA's Langley Research Center, Dr. Mlynczak has utilized thermal imaging to study Earth's energy budget, offering insights into climate patterns and global warming.
Gareth Williams: As the CTO of Pyreos, Williams focuses on developing thin-film pyroelectric sensors, leading advancements in the integration of thermal imaging with IoT devices and wearables.
Dr. Abigail Koppes: Working at Northeastern University, Dr. Koppes's research intersects biomedical engineering and thermal imaging. Her focus on neural tissue imaging using infrared technology holds potential for medical diagnostics.
Dr. Magnus Wrenninge: At Arraiy, a company blending AI with computer vision, Dr. Wrenninge explores the integration of thermal imaging with machine learning to improve real-time object detection and scene understanding.
Alfredo Silva: Heading operations at Opgal, a company specializing in advanced infrared thermal imaging solutions, Silva's work spans defense, security, and industrial sectors, highlighting the versatility of thermal imaging applications.
