My current research and work is oriented towards:
- Computational microscopy.
- Inverse problems, aka 2D and 3D deconvolution.
- Open source projects oriented towards joint optimization of optical systems and reconstruction algorithms through Python based differentiable simulators. (see WaveBlocks).
- Collaborating with international labs in life sciences fun projects.
Throughout my career, I have encountered complex challenges involving various audio-visual, scientific, and industrial applications, frameworks, and ideas, with interdisciplinary and international teams. This allowed me develop collaborative skills, versatility and robustness when approaching new problems.
Some of my skills and interest can be resumed by:
- Lots of coding: C++, Python, GPU frameworks and other languages. Applied to diverse tasks like low-level hardware simulation, interactive art installations, bio-medical inverse problems, etc.
- Image formation modeling based on ray and diffraction optics as well as different medical imaging technologies.
- Visual and interactive programming and 3D animation frameworks like TouchDesigner, Processing, VVVV, Cinema 4D, RealFlow, etc.
- Plugin development for Micro-manager, Leap Motion, Cinema 4D, After effects, etc.
- Complex audio-visual system integration, such as a structured-light-based calibration system for video-mapping applications (see Visualma), interactive and real-time installations using Leap Motion, Kinect, Raspberry Pi, and many self-made sensing and computing tools.