Adiabatic Quantum Computing (AQC) promises to be robust to
many noise sources that cause ordinary quantum circuits to
fail, including environmental decoherence and imperfect
control. While any quantum algorithm can be run on a universal
adiabatic quantum computer in principle, combinatorial
optimisation problems appear to be the most natural for
near-term devices. Understanding the landscape of AQC
architectures and algorithms, and methods for realising them,
continues to be an active and vibrant research area.
The Fourth International Conference on Adiabatic Quantum
Computing (AQC 2015) brings together researchers from
different communities to explore this computational
paradigm. The goal of the conference is to initiate a
cross-platform dialogue on the implementation challenges that
must be overcome to realize useful adiabatic quantum
computations in existing or near-term hardware. The conference
is a sequel to AQC 2012 (Albuquerque), AQC 2013 (London) and
AQC 2014 (Los Angeles).
Gabriel Aeppli (PSI & ETHZ)
Matthias Troyer (ETHZ)
Ilia Zintchenko (ETHZ & Microsoft)
Malcolm Carroll (Sandia)
Eddie Farhi (MIT)
Mark Johnson (D-Wave)
Andrew Landahl (Sandia)
Daniel Lidar (USC, Chair)
Hartmut Neven (Google)
Hidetoshi Nishimori (TITECH)
Eleanor Rieffel (NASA)
Matthias Troyer (ETHZ)
Paul Warburton (UCL)