2013
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4 days ago · IIT Indore’s director, Professor Suhas Joshi, said, “What makes this method truly stand out is its ability to significantly enhance time resolution. While conventional methods were limited to 1 microsecond exposure times, this new technique can capture images with exposure times as low as 50 nanoseconds.”
4 days ago · IIT Indore's director, Professor Suhas Joshi, said, "What makes this method truly stand out is its ability to significantly enhance time resolution. ... or other visual obstructions," Joshi said.
1 hour ago · In addition to Abhay Verma and Sharvari, Munjya features a talented ensemble cast, including Mona Singh as Bittu's protective mother, Pammi, and Sathyaraj as Elvis Karim Prabhakar, the exorcist. Suhas Joshi plays the role of Gita, Bittu's grandmother, and Bhagyashree Limaye appears as Rukku, adding layers to the story's rich tapestry.
5 days ago · IIT Indore's Director, Professor Suhas Joshi, said, "What makes this method truly stand out is its ability to significantly enhance time resolution. While conventional methods were limited to 1 microsecond exposure times, this new technique can capture images with exposure times as low as 50 nanoseconds."
4 days ago · This new method employs Digital Inline Holography, significantly reducing exposure times to 50 nanoseconds and capturing up to 7,00,000 frames per second. According to Professor Suhas Joshi, the technique enhances the time resolution dramatically, providing researchers with precise data on high-speed phenomena in challenging environments.
4 days ago · IIT Indore’s director, Professor Suhas Joshi, said, “What makes this method truly stand out is its ability to significantly enhance time resolution. While conventional methods were limited to 1 microsecond exposure times, this new technique can capture images with exposure times as low as 50 nanoseconds.”.
3 days ago · IIT-I and DRDO collaboration results in innovative high-speed imaging technique to capture fast-moving particles during explosions, enhancing understanding of detonation dynamics and impact analysis.
