This workshop will explore fundamental questions in quantum algorithms. What are the most promising avenues for novel quantum speed-ups: are they in quantum simulation, in quantum machine learning, in new algorithms for post-quantum crypto, in algorithms for quantum learning or testing? And what are the prospects for concrete speed-ups on near-term devices: what are the relevant cost models, which architectures are more noise-tolerant?

This workshop will explore fundamental questions in quantum algorithms. What are the most promising avenues for novel quantum speed-ups: are they in quantum simulation, in quantum machine learning, in new algorithms for post-quantum crypto, in algorithms for quantum learning or testing? And what are the prospects for concrete speed-ups on near-term devices: what are the relevant cost models, which architectures are more noise-tolerant?

This workshop will explore fundamental questions in quantum algorithms. What are the most promising avenues for novel quantum speed-ups: are they in quantum simulation, in quantum machine learning, in new algorithms for post-quantum crypto, in algorithms for quantum learning or testing? And what are the prospects for concrete speed-ups on near-term devices: what are the relevant cost models, which architectures are more noise-tolerant?

This workshop will explore fundamental questions in quantum algorithms. What are the most promising avenues for novel quantum speed-ups: are they in quantum simulation, in quantum machine learning, in new algorithms for post-quantum crypto, in algorithms for quantum learning or testing? And what are the prospects for concrete speed-ups on near-term devices: what are the relevant cost models, which architectures are more noise-tolerant?

This workshop will explore fundamental questions in quantum algorithms. What are the most promising avenues for novel quantum speed-ups: are they in quantum simulation, in quantum machine learning, in new algorithms for post-quantum crypto, in algorithms for quantum learning or testing? And what are the prospects for concrete speed-ups on near-term devices: what are the relevant cost models, which architectures are more noise-tolerant?

This workshop will explore fundamental questions in quantum algorithms. What are the most promising avenues for novel quantum speed-ups: are they in quantum simulation, in quantum machine learning, in new algorithms for post-quantum crypto, in algorithms for quantum learning or testing? And what are the prospects for concrete speed-ups on near-term devices: what are the relevant cost models, which architectures are more noise-tolerant?

This workshop will explore fundamental questions in quantum algorithms. What are the most promising avenues for novel quantum speed-ups: are they in quantum simulation, in quantum machine learning, in new algorithms for post-quantum crypto, in algorithms for quantum learning or testing? And what are the prospects for concrete speed-ups on near-term devices: what are the relevant cost models, which architectures are more noise-tolerant?

This workshop will explore fundamental questions in quantum algorithms. What are the most promising avenues for novel quantum speed-ups: are they in quantum simulation, in quantum machine learning, in new algorithms for post-quantum crypto, in algorithms for quantum learning or testing? And what are the prospects for concrete speed-ups on near-term devices: what are the relevant cost models, which architectures are more noise-tolerant?

This workshop will explore questions around the testing of quantum devices. This includes different models for testing, such as the single- and multi-device models, classical or limited quantum verifiers, and information-theoretic security versus computational assumptions. Workshop themes encompass the foundations of quantum mechanics, classical and quantum cryptography (device independence, delegated computation), and complexity theory (classical and quantum probabilistically checkable proofs).

The workshop is being live streamed on our website. Full participation (including the capacity to ask questions) will be available via Zoom webinar. 

This workshop will explore questions around the testing of quantum devices. This includes different models for testing, such as the single- and multi-device models, classical or limited quantum verifiers, and information-theoretic security versus computational assumptions. Workshop themes encompass the foundations of quantum mechanics, classical and quantum cryptography (device independence, delegated computation), and complexity theory (classical and quantum probabilistically checkable proofs).

The workshop is being live streamed on our website. Full participation (including the capacity to ask questions) will be available via Zoom webinar.