Download Principles Meadowlark Optics award-winning spatial light modulators (SLMs) provide precision retardance control for spatially varying phase modulation or amplitude modulation requirements. Our SLMs consist
Summary Overview: Despite extensive research, brain function and neurological diseases like Huntington disease are still poorly understood. Complexities arise from the vast quantity of neurons
Summary Pulse ShapingOverview: By modulating the phase and/or amplitude of the spectral components of broadband femtosecond pulses, it is possible to generate arbitrarily shaped ultrafast
Summary “Recent Research Using Meadowlark Spatial Light Modulators” highlights innovative uses of Meadowlark Optics’ Spatial Light Modulators (SLMs) across various scientific and technological fields. It
Geometric-phase microscopy (GPM) uses changes in the phase of light passing through biological specimens to yield high-resolution and high-contrast images, instead of relying on the attenuation of light used conventionally. Polarization optics and a spatial light modulator generate spatially variant polarization states of light that interact with the sample, creating a relative phase shift between transmitted and reflected light waves. By analyzing the phase information, GPM can reveal details not visible with other microscopy techniques. GPM is an effective non-invasive tool for live cell and tissue studies, with potential to enhance biological systems knowledge.
Summary Since 2019, quantum optics has emerged as one of the most vibrant sub-fields in modern physics, driving innovation across light-matter interactions, quantum information science,
Optical Encryption Research Sources Optical encryption is a way of securing digital data like a locked door. Instead of a physical key, though, it uses
Summary Customized spatial light modulators (SLMs) are revolutionizing beam shaping for high-energy fusion-class laser systems. Designed for precision optical control, these modulators are strategically placed
Pulse Shaping Application Note Overview: Quantum computing is a type of computing that uses the rules of quantum physics to process information. Instead of using
Summary Holographic optical tweezing leverages tightly focused laser beams to precisely manipulate objects in three-dimensional space, making it a powerful tool for fundamental physics, biological
Summary Advancements in microscopy imaging are addressing key challenges such as spherical aberration correction in 3D imaging, motion artifact reduction, and the development of new
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Summary Fiber optic communications are now being integrated with spatial light modulators (SLMs) for deep tissue imaging, overcoming optical scattering limitations. Multi-mode fibers (MMFs) are
Summary In order to understand biological functions at a system level it is necessary to image interconnectivity of processes in real time. This is particularly
Summary Adaptive optics (AO) was originally developed to correct aberrations caused by atmospheric turbulence in monochromatic imaging and laser communication systems. By integrating a liquid
Summary Diffraction-limited one-photon fluorescence microscopy of deep brain regions in vivo has recently been demonstrated through multimode optical fibres (MMF) [1,2], a promising approach in
Summary Two-photon polymerization (TPP) is a leading technique for fabricating 2D and 3D nanostructures with sub-diffraction-limit features. This study introduces an open-hardware, open-software holographic multibeam
Summary We report quantitative label-free imaging with phase and polarization (QLIPP) for simultaneous measurement of density, anisotropy, and orientation of structures in unlabeled live cells
Summary Discovering how neural computations are implemented in the cortex at the level of monosynaptic connectivity requires probing for the existence of synapses from possibly
Summary Incoming visual signals. Despite the importance of recurrent circuits for cortical processing, the basic rules that govern how nearby cortical neurons influence each other
Summary The biophysical limitations of existing optogenetic tools restrict the scale, speed, and precision of neural control. Using structure-guided mutagenesis, we have engineered high-potency opsins
