John Jones is a highly accomplished physicist with a strong background in electronics design, software, firmware, data analysis, hardware acceleration, and reconfigurable computing. He is a US government extraordinary ability (EB-1A) recipient in science, and his contributions to the national interest (NIW) are significant. With a PhD and MSci in Particle Physics from Imperial College London, Jones has held several key roles in prestigious organizations like Iceberg Technology Corporation, University of California, Los Angeles, SLAC National Accelerator Laboratory, Lawrence Berkeley National Laboratory, Princeton University, and Rutherford Appleton Laboratory.

Jones spearheaded the development of the next generation of 'stacked tracking' charged particle detectors with built-in on-detector pattern recognition, and designed the next-generation trigger architecture for microsecond latency, Tb/s processing systems in CERN using a spatially pipelined, time-multiplexed data flow model. His expertise further extends to the development of high-density, high-speed serial link systems, high-performance industrial FPGA carriers, and a 17.2-bit effective resolution magnetometer for commercial use.

Currently, Jones is focused on creating ultra-miniature low-power sensing and processing solutions, modular FPGA development solutions, exascale modular HPC design, and class 3A+ hardware for safety systems. A consummate professional and expert in his field, John Jones's contributions to the scientific and technological world are invaluable.