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  2. The MIT Kavli Institute (MKI) for Astrophysics and Space Research is one of the world's leading institutions for research in astrophysics. MKI combines sixty years of expertise in space and ground-based instrumentation development with the intellectual energy of MIT's faculty, research and technical staff, and students.
  3. The primary mission of the Space Nanotechnology Lab is to develop nano-fabrication, advanced lithography and precision engineering technology for building high-performance space instrumentation.This includes x-ray telescopes and high-resolution x-ray spectrometers, magnetospheric imagers and solar physics instrumentation.
  4. Time Domain Solver Problem Handling. This page contains a list of the most important warning and error messages in the context of the transient solver together with a ...
  5. Field monitors. To visualize the eigencurrents and related quantities, field monitors can be defined. Monitors are only calculated if the option is enabled in the relevant solver dialog (see Integral Equation Solver Parameters and Multilayer Solver Parameters).The calculation of monitors can also be enabled and new monitors can be added if 1D results of the CMA are already available.
  6. At MKI, researchers are involved in the following cosmology research areas: The Synoptic Radio Lab. Prof. Kiyoshi Masui's Synoptic Radio Lab works with wide-field, radio-wavelength sky surveys to establish new ways to observe the Universe. These include developing the technique of hydrogen intensity mapping for rapidly surveying large volumes of space, and exploiting the recently-discovered ...
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