Volumetric Display Controller Creation -- 2

FPGA-Based Real-Time Laser Plasma Volumetric Display Controller Overview: I'm building a volumetric holographic display system using laser-excited plasma. The core challenge is a real-time FPGA controller that synchronizes laser pulses, galvanometer mirrors, and sensor feedback with sub-10 microsecond latency. Think Tony Stark holograms — that's the end goal. What I need built: A Verilog module that controls laser pulse timing, reads x/y/z sensor coordinates, calculates next plasma position, and drives galvo mirror signals — all within a tight real-time feedback loop. Simulation in Xilinx Vivado first, then synthesis onto FPGA hardware. You need to know: Verilog / VHDL FPGA development (Xilinx preferred) Real-time control systems Basic understanding of laser or optics systems is a plus Deliverables: Vivado project with full simulation testbench Timing verified under 10 microseconds end-to-end Clean documented code ready for hardware synthesis This is a serious research project with long-term scope. Looking for someone sharp who understands real-time hardware constraints, not just someone who writes Verilog mechanically.