diff --git a/mod-list.html b/mod-list.html
index e1b5416e..41ce75e8 100644
--- a/mod-list.html
+++ b/mod-list.html
@@ -190,6 +190,7 @@
 <tr><td>Neutronium Mod.js</td><td>Variety of scientific elements<br>Explosions</td><td>StellarX20</td></tr>
 <tr><td>neutronium_compressor.js</td><td>Adds a compressor (in reference to Minecraft’s Avaritia mod) that compresses 10,000 pixels of an element into a “singularity”</td><td>Alice</td></tr>
 <tr><td>noblegas.js</td><td>Adds the missing noble gases</td><td>nousernamefound</td></tr>
+<tr><td>nousersthings.js</td><td>Adds many chemical elements, compounds, and more</td><td>nousernamefound</td></tr>
 <tr><td>radioactive.js</td><td>Adds every radioactive elements on the periodic table (WIP)</td><td>kaeud</td></tr>
 <tr><td>random_rocks.js</td><td>Randomly generates rocks on game load</td><td>Alice</td></tr>
 <tr><td>roseyiede.js</td><td>Adds several variants of a substance called roseyiede</td><td>Alice</td></tr>
diff --git a/mods/halogen.js b/mods/halogen.js
index a63b5ac3..038a1e10 100644
--- a/mods/halogen.js
+++ b/mods/halogen.js
@@ -197,7 +197,7 @@ elements.astatine = {
 elements.molten_astatine = {
     color: ["#cdaf42", "#d09a2c", "#d38419", "#d66b10", "#d84e13"],
     behavior: behaviors.RADMOLTEN,
-    state: "solid",
+    state: "liquid",
     tempHigh: 337,
     stateHigh: "astatine_gas",
     stateLow: "astatine",
diff --git a/mods/heatglow.js b/mods/heatglow.js
index 2293bc77..f3805ca5 100644
--- a/mods/heatglow.js
+++ b/mods/heatglow.js
@@ -38,7 +38,7 @@ const heatfunc = function(pixel){
 			pixel.color = "rgb(" + weightedAverage(pixel.ogR, newR, weight) + "," + weightedAverage(pixel.ogG, newG, weight) + "," + weightedAverage(pixel.ogB, newB, weight) + ")";
 	}}};
 	if (!eLists.metals) { eLists.metals = [] }
-	eLists.metals = eLists.metals.concat(["iron", "glass", "copper", "gold", "brass","steel","nickel","zinc","silver","aluminum","bronze","metal_scrap","oxidized_copper","tin","lead", "rose_gold"])
+	eLists.metals = eLists.metals.concat(["iron", "glass", "copper", "gold", "brass","steel","nickel","zinc","silver","aluminum","bronze","metal_scrap","oxidized_copper","tin","lead", "rose_gold", "tungsten"])
 eLists.metals.forEach(metal => { 
 	const prefunc = elements[metal].tick;
 	if (!prefunc){
diff --git a/mods/nousersthings.js b/mods/nousersthings.js
index b519761d..95c8aa6f 100644
--- a/mods/nousersthings.js
+++ b/mods/nousersthings.js
@@ -2514,8 +2514,9 @@ elements.solid_diamond = {
     tempHigh: elements.diamond.tempHigh,
     stateHigh: elements.diamond.stateHigh,
     state: "solid",
-    denisty: elements.diamond.density,
-    hardness: elements.diamond.hardness
+    density: elements.diamond.density,
+    hardness: elements.diamond.hardness,
+    behavior: behaviors.WALL,
 }
 elements.textured_rose_gold = {
     color: ["#FF5991", "#E4386F", "#7F1037", "#FFCCCD", "#671133"],
@@ -2842,7 +2843,7 @@ elements.specific_ray_emitter = {
         if (!rayans6) { return }
         stopAtElement = mostSimilarElement(rayans6)
         let rayans7
-        if (rayans == "ray"){ rayans7 = prompt("How long should the ray stay on screen in ticks?", (rayLife||10));}
+        if (rayans == "ray"){ rayans7 = prompt("How long should the ray stay on screen in ticks?", (rayLife||10));
         if (!rayans7) { return }
         if (isNaN(parseFloat(rayans7))){
             rayLife = 10
@@ -2851,6 +2852,7 @@ elements.specific_ray_emitter = {
         }
         var rayans8 = prompt("Would you like rainbow mode to be enabled? Type yes or no.", (rainbowMode||"no"));
         if (rayans8 == "yes"){rainbowMode = true} else {rainbowMode = false}
+        }
     },
     hoverStat: function(pixel){
         return (pixel.rayElement.toUpperCase() || "unset") + ", " + (pixel.rayStoppedByWalls.toString().toUpperCase() || "unset") + ", " + (pixel.specificRayStart || "unset") + ", " + (pixel.specificRayEnd || "unset") + ", " + (pixel.specificRayAngle || "unset")
@@ -2967,7 +2969,51 @@ elements.insulated_wire = {
                     if (!isEmpty(x,y,true)) {
                         var newPixel = pixelMap[x][y];
                         var con = newPixel.element;
-                        if (con == "insulated_wire") {
+                        if (con == "insulated_wire" || con == "wire_bridge") {
+                        if (1 == 1) { // If random number is less than conductivity
+                            if (!newPixel.charge && !newPixel.chargeCD) {
+                                newPixel.charge = 1;
+                            }
+                        }
+                    }
+                }
+                }
+                pixel.charge -= 0.25;
+                if (pixel.charge <= 0) {
+                    delete pixel.charge;
+                    // pixel.chargeCD = 4;
+                    pixel.chargeCD = Math.round(4 + (4*(1-elements[pixel.element].conduct))) || 4;
+                }
+            }
+            // Lower charge cooldown
+            else if (pixel.chargeCD) {
+                pixel.chargeCD -= 1;
+                if (pixel.chargeCD <= 0) {
+                    delete pixel.chargeCD;
+                    if (elements[pixel.element].colorOn) {
+                        pixel.color = pixelColorPick(pixel);
+                    }
+                }
+            }
+        }
+        doHeat(pixel)
+    }
+}
+elements.wire_bridge = {
+    color: "#461716",
+    category: "machines",
+    conduct: 1,
+    tick: function(pixel){
+        {
+            if (pixel.charge) {
+                // Check each adjacent pixel, if that pixel's charge is false, set it to the same charge
+                for (var i = 0; i < adjacentCoords.length; i++) {
+                    var x = pixel.x+adjacentCoords[i][0];
+                    var y = pixel.y+adjacentCoords[i][1];
+                    if (!isEmpty(x,y,true)) {
+                        var newPixel = pixelMap[x][y];
+                        var con = newPixel.element;
+                        if (con == "insulated_wire" || con == "wire" || con == "wire_bridge") {
                         if (1 == 1) { // If random number is less than conductivity
                             if (!newPixel.charge && !newPixel.chargeCD) {
                                 newPixel.charge = 1;
@@ -3048,7 +3094,7 @@ elements.piston_ray_emitter = {
                         var lx = lcoord[0];
                         var ly = lcoord[1];
                         if (!isEmpty(lx, ly, true)){
-                            tryMove(pixelMap[lx][ly], pCoord[0], pCoord[1])
+                            tryMove(pixelMap[lx][ly], pCoord[0], pCoord[1], null, true)
                         }
                         pCoord[0] = lx;
                         pCoord[1] = ly;
@@ -3108,7 +3154,7 @@ elements.specific_piston_ray_emitter = {
                         var lx = lcoord[0];
                         var ly = lcoord[1];
                         if (!isEmpty(lx, ly, true)){
-                            tryMove(pixelMap[lx][ly], pCoord[0], pCoord[1])
+                            tryMove(pixelMap[lx][ly], pCoord[0], pCoord[1], null, true)
                         }
                         pCoord[0] = lx;
                         pCoord[1] = ly;
@@ -3118,4 +3164,78 @@ elements.specific_piston_ray_emitter = {
         }} else {pixel.cooldown -= 1}
     },
     insulate: true,
+}
+if (!elements.molten_gallium.reactions){elements.gallium.reactions = {}}
+elements.molten_gallium.reactions.nitrogen = {elem1: "gallium_nitride", elem2: null, chance: 0.02, tempMin: 1200}
+elements.gallium_nitride = {
+    color: "#dedf9d",
+    behavior: behaviors.WALL,
+    colorOn: "#493ee9",
+    category: "solids",
+    tempHigh: 1650,
+    density: 6100,
+    stateHigh: "molten_gallium_nitride",
+    state: "solid",
+    conduct: 0.84,
+    tick: function(pixel){
+        if (pixel.charge){
+            for (var i = 0; i < adjacentCoords.length; i++) {
+                var coord = squareCoords[i];
+                var x = pixel.x+coord[0];
+                var y = pixel.y+coord[1];
+                if (isEmpty(x,y, true)){
+                    if (Math.random() < 0.3){
+                        createPixel("light", x, y)
+                        pixelMap[x][y].color = pixelColorPick(pixelMap[x][y], "#493ee9")
+                    }
+                }
+            }
+        }
+    }
+}
+elements.molten_gallium_nitride = {
+    color: ["#d29d70", "#cf8e5e", "#cd7e4e", "#ca6d40", "#c75b33"],
+    behavior: behaviors.MOLTEN,
+    category: "states",
+    hidden: true,
+    state: "liquid",
+    tempLow: 1640,
+    stateLow: "gallium_nitride",
+    density: 6050,
+}
+elements.gallium_phosphide = {
+    color: "#be6008",
+    behavior: behaviors.WALL,
+    colorOn: "#00ff15",
+    category: "solids",
+    tempHigh: 1457,
+    density: 4138,
+    stateHigh: "molten_gallium_phosphide",
+    state: "solid",
+    conduct: 0.84,
+    tick: function(pixel){
+        if (pixel.charge){
+            for (var i = 0; i < adjacentCoords.length; i++) {
+                var coord = squareCoords[i];
+                var x = pixel.x+coord[0];
+                var y = pixel.y+coord[1];
+                if (isEmpty(x,y, true)){
+                    if (Math.random() < 0.3){
+                        createPixel("light", x, y)
+                        pixelMap[x][y].color = pixelColorPick(pixelMap[x][y], "#00ff15")
+                    }
+                }
+            }
+        }
+    }
+}
+elements.molten_gallium_phosphide = {
+    color: ["#a36936", "#cf8e5e", "#9b4c1c", "#ca6d40", "#a13d19"],
+    behavior: behaviors.MOLTEN,
+    category: "states",
+    hidden: true,
+    state: "liquid",
+    tempLow: 1447,
+    stateLow: "gallium_phosphide",
+    density: 4100,
 }
\ No newline at end of file