Added functional Quantum RAM prototype.

src/quojo/quantum.mojo

@@ -349,41 +349,4 @@ struct Qudit:
 
         self.qudit = comp.ComplexMatrix(1, self.width)
         self.qudit[0, index] = comp.ComplexNum(1, 0)
-        self.print()
-
-# struct QuantumRAM:
-#     var top: Int
-#     var capacity: Int
-#     var addresses: DynamicVector[Int]
-#     var data: comp.ComplexArray
-
-#     fn __init__(inout self, capacity: Int) raises:
-#         self.top = 0
-#         self.capacity = capacity
-#         self.addresses = DynamicVector[Int]()
-#         self.data = comp.ComplexArray(capacity * 2)
-
-#     fn store(inout self, address: Int, qubit: Qubit) raises:
-#         self.addresses.push_back(address)
-#         self.data[self.top] = qubit.qubit[0, 0]
-#         self.data[self.top + 1] = qubit.qubit[0, 1]
-#         self.top += 2
-
-#     fn store(inout self, address: Int, qudit: Qudit) raises:
-#         self.addresses.push_back(address)
-#         for i in range(qudit.width):
-#             self.data[self.top + i] = qudit.qudit[0, i]
-#         self.top += qudit.width
-
-#     fn dump(inout self) raises:
-#         self.data.print()
-
-# fn main() raises:
-#     var q1 = Qudit("00")
-#     var q2 = Qudit("10")
-#     var q3 = Qudit("10")
-#     var r = QuantumRAM(12)
-#     r.store(0, q1)
-#     r.store(1, q2)
-#     r.store(2, q3)
-#     r.dump()
+        self.print()

src/quojo/quantumComputer.mojo

@@ -0,0 +1,47 @@
+import quantum as Q
+from quantum import QuantumGates as Gates
+import complexNum as comp
+
+# https://arxiv.org/pdf/2309.14432.pdf
+struct QuantumRAM:
+    var Bus: quantum.Qudit
+    var top: Int
+    var capacity: Int
+    var addresses: DynamicVector[Int]
+    var data: comp.ComplexArray
+
+    fn __init__(inout self, size: Int) raises:
+        var state: String = ""
+        for i in range(size):
+            state += "0"
+
+        self.Bus = Q.Qudit(state)
+        self.top = 0
+        self.capacity = size
+        self.addresses = DynamicVector[Int]()
+        self.data = comp.ComplexArray(2 ** size)
+
+    fn store(inout self, qubit: Q.Qubit) raises:
+        var size = 2
+        if self.top + size > 2 ** self.capacity:
+            raise "Quantum RAM Does Not have Enough Space"
+
+        for i in range(size):
+            self.data[self.top + i] = qubit.qubit[0, i]
+
+        self.addresses.push_back(self.top)
+        self.top += size
+
+    fn store(inout self, qudit: Q.Qudit) raises:
+        var size = 2 ** qudit.width
+        if self.top + size > 2 ** self.capacity:
+            raise "Quantum RAM Does Not have Enough Space"
+
+        for i in range(size):
+            self.data[self.top + i] = qudit.qudit[0, i]
+
+        self.addresses.push_back(self.top)
+        self.top += size
+
+    fn dump(inout self) raises:
+        self.data.print()