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Projects

Postquantum cryptography

Quantum computing makes classical encryption easily crackable. Post-quantum cryptography investigates protocols that are safe against quantum cracking.
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Quantum computer emulation laboratory

We focus on the emulation of photonic quantum processors on high-performance target hardware. At an appropriate stage of development, our consortium will appear on the map of quantum computer emulators internationally.
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Quantum random number generators

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Quantum-domain intelligent memory networks

We solve autonom decision and optimization tasks by means of our resistive switching memory network which is operating in the quantum domain.

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Semiconductor-superconductor hybrid qubits

We prepare and investigate a new kind of qubit, the Andreev qubit, which is based on a hybrid semiconductor and superconductor heterostructure.

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Single-photon emitters for visible and telecom wavelengths

Telecom wavelength single-photon sources are key components in large-distance quantum communication and in quantum information processing.
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Software technology for quantum computing

The long-term goal is the construction of a universal programming language and related software development tools for classical-quantum mixed algorithms.
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Spin-photon interface

Optically detected magnetic resonance and related processes realise the spin-photon interface enabling us to send or receive quantum information.
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Theoretical analysis of quantum communication problems

We devise protocols for various quantum communication tasks and determine the optimal achievable performance in them.
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Research fields

  • Realization of a quantum communication network
  • Elementary building blocks of quantum information
  • Quantum computation and simulating quantum systems

Contact us (Wigner RCP)

1121 Budapest,
Konkoly-Thege Miklós út 29-33.
Secretary:
+36-1-392- 2512
Media contact:
+36-30-487-9869
@email

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