Nir MINERBI

USING CLASSICAL CONTROL FLOW IN QUANTUM PROGRAMMING

COMPILING QUANTUM PROGRAMS

USING A QUANTUM SENSOR TO APPROXIMATE A QUANTUM STATE

EFFICIENT TRANSMISSION OF A QUANTUM STATE MEASURED BY A SENSOR OVER A CLASSICAL CHANNEL

SETTING A QUANTUM STATE ON A QUBIT

Detecting a Function Section in a Representation of a Quantum Circuit

QUANTUM CIRCUIT EXECUTION METHOD UTILIZING QUBIT IDLE PERIODS FOR ENHANCED RESOURCE EFFICIENCY

Optimizing quantum circuits with permutable input registers

PARALLEL EXECUTION OF QUANTUM PROGRAMS

MULTI-STAGE COMPILATION OF QUANTUM PROGRAMS

MEMORY MANAGEMENT IN A QUANTUM OPERATING SYSTEM

QUANTUM PROGRAM COMPILATION IN A QUANTUM OPERATING SYSTEM

ITERATIVE COMPILATION AND EXECUTION IN A QUANTUM OPERATING SYSTEM

MULTI-COMPILER-BASED QUANTUM OPERATING SYSTEM

EFFICIENT SCHEDULING OF PAULI-TERMS FOR QUANTUM COMPUTING

DATA STRUCTURE FOR EFFICIENT REPRESENTATION OF PAULI-TERMS SEQUENCES

EFFICIENT HAMILTONIAN EXPONENTIATION IN A QUANTUM CIRCUIT

PROCESSING OF QUANTUM PROGRAMS

Quantum operating system utilizing multiple compilers

Classical Preprocessing for Efficient State Preparation in Quantum Computers

Detecting a function section in a representation of a quantum circuit

GENERATING A GRAPHICAL REPRESENTATION OF A QUANTUM CIRCUIT

DAG-Based CSP quantum circuit modeling

QUANTUM CIRCUIT SYNTHESIS USING CSP

Provisioning functional-level information to be utilized in gate-level processing of quantum circuits

Functional-level processing component for quantum computers

COMPILING QUANTUM PROGRAMS

Dynamic synthesis of gate-level implementations of functional blocks in quantum circuits

Selecting a Quantum Computer

Debugger for quantum computers

CSP-based quantum circuit modeling

CSP-based synthesis of a quantum circuit

Debugger for quantum computers

Quantum circuit modeling

Re-generation of a gate-level quantum circuit based on gate-level analysis