This puzzle is particularly difficult because it features floating platforms and walls. Also, most of the logic processing for space reasons will have to take place on the 2 large platforms near the inputs, and walls prevent any direct connection between them. This naturally divides the puzzle into two. Extra difficulty comes from the fact that there are always inputs on both sides so that it's not clear how to path to receivers or what logic processing to do. View with the receivers facing down. The left 3 emitters are all on in the 1st 4 steps, but the receivers are only on in steps 2 to 4. Luckily, both receivers have the same behaviour in these steps. So, the right 3 inputs have to send the information determining whether the receivers are on or off in these steps. A single laser from the right will do it, processed to be off in the first step and on in steps 2 to 4, provided input from the left is blocked in step 1. In steps 5, 7 and 8 only the left receiver is on, so a single laser on will determine its fate, but in addition input to the other receiver must be blocked. In step 6 both receivers are off, so inputs must be blocked.

The two small square 2 x 2 platforms at the top are too small to allow both inputs from a 2 input logic gate to be directed from the nearest large platform near inputs. But IF gates (input and side impact from any combo of the large platforms) and 2 input logic gates with 1 input from the near large platform and one, indirectly, from the other are possible.

Apart from that, you're on your own how to solve it.