QUANTUM–FYZANASTASHIA JEBRAEILLI

PHYSICS · QUANTUM COMPUTING

Anastashia
Jebraeilli.

Exploring how noise, dynamics, and architecture shape quantum technologies.

I work on open quantum systems, quantum simulation, and fault-tolerant and distributed quantum computing.

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Research Aide · Argonne National LaboratoryQuantum error correction research
RESEARCH IN FOCUS01 /
Conceptual layout: compact data patches on two processors connected through a larger shared ancilla.

DISTRIBUTED QUANTUM COMPUTING

Protecting the
quantum connection.

Extra error correction at a noisy connection. Compact data patches for the rest of the system.

Read the research story
OPEN QUANTUM SYSTEMSERROR CORRECTIONDISTRIBUTED TECHNOLOGIES

01 / RESEARCH

Quantum systems.
Real-world constraints.

Selected publications
01

Simulation
& dynamics

Circuit and variational methods for open systems, non-Hermitian Hamiltonians, and non-unitary evolution.

OPEN SYSTEMS / NON-HERMITIAN DYNAMICS
02

Fault tolerance
& distributed computing

Error correction, quantum memory, and architectures that account for noisy and networked hardware.

QEC / MEMORY / NETWORKS
03

Quantum
sensing

Distributed sensing architectures, dark-matter applications, and hardware-aware noise analysis.

SENSING / ARCHITECTURE / NOISE
Explore the research areas
Colorful quantum circuit gates arranged like musical notation.NEW WAVEFUNCTION / QUANTUM CIRCUITS AS MUSIC

02 / SCIENCE + ART

What should a
Hadamard gate
sound like?

Meet New Wavefunction, a playful tool that turns quantum circuits into music, notation, sound, and exploration.

Try New Wavefunction The story behind it

03 / SIGNALS

Notes from
the field.

Explore all Signals
Anastashia outside the Niels Bohr Institute in Copenhagen.
SUMMER SCHOOL / COPENHAGEN

Quantum mechanics,
a little closer to the source.

Notes from the Niels Bohr Quantum Summer School.
Qubit-themed cookies prepared for dissertation defense day.
APRIL 2026 / A MILESTONE

A defense, a celebration,
and a few qubit cookies.

Small moments from finishing my Ph.D. in physics.

IDEAS WORTH EXPLORING

Let’s connect.

Research collaborations, quantum computing, and science communication.

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