qbit | The Java microservice lib. QBit is a reactive programming lib for building microservices - JSON, HTT | Microservice library

"Exponentially increasing the number of paths through the logic gates" is exactly the problem. More possible states for each n-ary digit means more transistors, larger gates and more complex CPUs. That's not to say no one is working on ternary and similar systems, but the reason binary is ubiquitous is its simplicity. For storage, more possible states also means we need more sensitive electronics for reading and writing, and a much higher error frequency during these operations. There's a lot of hype around using DNA (base-4) for storage, but this is more on account of the density and durability of the substrate.

You're correct, though that your question is missing quite a bit - qubits are entirely different from classical information, whether we use bits or digits. Classical bits and trits respectively correspond to vectors like

The problem is that the you are using Java 9+ and the boon dependency hasn't been updated for Java 9+. The FastStringUtils class within this library does some reflective hackery to access internal fields of the String class, but the internal fields of String changed in Java 9.

This GitHub issue was opened in November 2015 for this problem and is still open almost five years later.

The workarounds are either to run your application in Java 8, or to run your project with the system property io.advantageous.boon.faststringutils.disable set to true. You can do this by adding the command-line argument -Dio.advantageous.boon.faststringutils.disable=true, or by adding the line

For one thing, to fix the syntactic abomination, you could write:

You should use a OneToOneField so that Django can add a reverse relation on the User model