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  1. Artur Ekert, Complex and Unpredictable Cardano.
    At a purely instrumental level, quantum theory is all about multiplication, addition and taking mod squares of complex numbers called probability amplitudes. The rules for combining amplitudes are deceptively simple. When two or more events are independent you multiply their respective probability amplitudes and when they are mutually exclusive you add them. Whenever you want to calculate probabilities you take mod squares of respective amplitudes. That’s it. If you are prepared to ignore the explanatory power of the theory (which you (...)
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  2. David Deutsch, Artur Ekert & Rossella Lupacchini (2000). Cannot Be Certain, nor Can It Be Justified a Priori. Instead, It Must Be Conjec-Tured, and Then Tested by Experiment, and This Requires It to Be Expressed in a Language Appropriate for Making Precise, Empirically Testable Predictions. That Language is Mathematics. This in Turn Constitutes a Statement About What the Physical World Must. [REVIEW] Bulletin of Symbolic Logic 6 (3).
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  3. David Deutsch, Artur Ekert & Rossella Lupacchini (2000). Machines, Logic and Quantum Physics. Bulletin of Symbolic Logic 6 (3):265-283.
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  4. Richard Cleve, Artur Ekert, Leah Henderson, Chiara Macchiavello & Michele Mosca (1998). On Quantum Algorithms. Complexity 4 (1):33-42.
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  5. Artur Ekert & Richard Jozsa (1998). Quantum Algorithms: Entanglement-Enhanced Information Processing. Philosophical Transactions of the Royal Society A 356:1769--1782.
     
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