Monolithic Active Pixel Sensors (MAPS) have emerged as a transformative class of silicon detectors in high-energy physics, uniting sensing and readout electronics on a single substrate. By eliminating ...
Neurons communicate electrically, so to understand how they produce brain functions such as memory, neuroscientists must track how their voltage changes—sometimes subtly—on the timescale of ...
CMOS image sensors are central to modern imaging applications, from consumer electronics to spaceborne and nuclear instrumentation. Exposure to ionising radiation—such as protons, neutrons, electrons ...
NASA's quest for smaller, energy-efficient space cameras led to a revolutionary imaging technology. Eric Fossum's innovation ...
New camera chip design allows for optimizing each pixel's timing to maximize signal to noise ratio when tracking real-time visual indicator of neural voltage. Neurons communicate electrically so to ...
The invention led by Jie Zhang, a postdoctoral scholar in The Picower Institute for Learning and Memory lab of Sherman Fairchild Professor Matt Wilson, is a new take on the standard CMOS technology ...
In this image adapted from the figures, the left side shows the chip micrograph, while the right side displays the pixel layout and schematics, highlighting each circuit element. The new pixel circuit ...
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