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qvirus 0.0.5
New features
Quantum Key Distribution
(QKD) Protocols
- Added full simulation of the BB84 protocol through
run_bb84_simulation().
This function models the quantum key distribution process between Alice
and Bob,
computing the Quantum Bit Error Rate (QBER) under both
perfect (secure) and
eavesdropped (compromised) channels.
- Added simulation of the E91 (Ekert 1991)
entanglement-based protocol via
run_e91_simulation().
This implementation uses Bell’s inequality (CHSH statistic) to
determine
whether the communication channel exhibits quantum behavior
(|S| > 2) or
classical (insecure) behavior (|S| ≤ 2).
Interaction and Payoffs
Framework
- Improved integration between
Interaction and
InteractionClassification objects.
- Enhanced the payoff computation workflow, introducing
mse.payoffs() for
evaluating mean squared errors between observed and predicted
payoffs.
- Updated internal accessors to reduce direct exposure of object
internals, ensuring
cleaner S3 method dispatch and reproducibility.
Documentation and Testing
- Expanded documentation with detailed Roxygen examples and
theoretical references
for both BB84 and E91 protocols.
- Added reproducible test cases and numerical rounding stability in
snapshot tests.
- Improved code consistency and formatting to support reproducible
builds on CRAN.
qvirus 0.0.4
New features
Interaction
- Added new functionalities to the
Interaction class,
enhancing its capabilities for modeling quantum simulations.
InteractionClassification
- Added new functionalities to the
InteractionClassification class.
Quantum game of phenotypes
- Added new fubnctionalities to design and simulate quantum games of
HIV phenotypes
These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.