… computer. Our goal is to construct classical systems that remain secure even when implemented
on a quantum computer, … We give a short introduction to quantum computation. A …

… Presumably, Alice is asking for Bob’s help because the problem can be solved much faster
on a quantum computer than on a classical computer—for example, she might ask him to …

… using such central quantum computers is enabling a quantum computation on a remote …
secure quantum computing in a client-server environment where the client’s entire computation …

… Our scheme is part of a rapidly developing field that tackles the problem of secure
delegated quantum computation. There have been several novel approaches to this problem, …

… that quantum one-sided two-party secure computation ideal or … to popular belief in earlier
literature, quantum one-out-of-two … requires a quantum computer to implement. Before a …

… quantum computation: Researchers considered protecting the privacy of quantum computation
… The umbrella term for such line of research is blind quantum computation (BQC) [64]. …

… computation for quantum computers is the quantum circuit model. Other models such as
adiabatic quantum computer and quantum … security threats, R&D to establish quantum computer …

… some quantum parties to securely compute a quantum … quantum computing technology
raises several interesting and increasingly relevant questions for the field of secure computation. …

… bit) Qubits are defined as two-level quantum … quantum computers make it possible to use
the quantum properties of qubits in order to perform quantum computations, and run quantum …

… Quantum computers threaten the main goal of every secure and authentic communication
because they are able to do computations that classical (conventional) computers cannot. …