Exploring modal types for the Intel Quantum SDK (Extended Abstract)
The Intel Quantum SDK extends C++ with quantum kernels that mix classical and quantum operations, but which are compiled to quantum basic blocks executable near-term devices. The exact rules for how classical and quantum operations can mix are currently given as informal programming guidelines. This extended abstract proposes a type system targeting the Intel Quantum SDK’s runtime, drawing on ideas from modal and linear type systems. It uses three modes—compile-time, classical runtime, and quantum runtime—to ensure that data written by the quantum machine is not consumed in the same quantum kernel. We also give a compilation strategy to a runtime language with a goal of showing that well-typed programs are compiled to quantum basic blocks with the same semantics.
| (tyde23-paper13.pdf) | 496KiB | 
Mon 4 SepDisplayed time zone: Pacific Time (US & Canada) change
| 14:00 - 15:30 | |||
| 14:0022m Talk | An Intrinsically-typed Probabilistic Programming Language in Coq (Extended Abstract) TyDe Ayumu Saito Tokyo Institute of Technology, Reynald Affeldt National Institute of Advanced Industrial Science and Technology (AIST), JapanFile Attached | ||
| 14:2222m Talk | A Type System For Feature Engineering (Extended Abstract) TyDeFile Attached | ||
| 14:4522m Talk | A type-theoretic account of quantum computation (Extended Abstract) TyDeFile Attached | ||
| 15:0722m Talk | Exploring modal types for the Intel Quantum SDK (Extended Abstract) TyDe Jennifer Paykin IntelFile Attached | ||
