User Portlet
Featured Contributor
Mohammad Bahrami
Wolfram Research Inc
LOCATION: Los Angeles, CA
WEBSITE: Not indicated
INTERESTS IN JOBS & NETWORKING:
ABOUT ME:
I am the lead of the Quantum Initiative at Wolfram Research, where I work on the R&D team. I am a physical chemist by training, and my PhD research focused on quantum coherence in noisy environments and the foundations of quantum mechanics, including topics such as the measurement problem. I am also passionate about teaching, especially through learning by computing: you learn what you can compute.
STAFF PICKS:
- Open quantum systems: Lindblad dynamics, quantum trajectories, and feedback
- Wong–Zakai regularization for continuous quantum measurement with NDSolve
- Continuous quantum measurement, from Bayes' rule to the quantum Kalman filter
- Gravitational soliton ground state: finite-element extrapolation and virial verification
- Stabilizer formalism via computation: Aaronson-Gottesman tableaux, Clifford circuits and QEC codes
- Snyder's Lorentz-covariant quantum spacetime
- Dirac matrices in a curved spacetime
- Photographing the quantization of light
- Breaking elliptic curve crypto: an exploration of quantum oracles and phase estimation for secp256k1
- The quantum Galton board: FEM simulation of 2D wavepacket interference
- Transmon cQED: Wolfram x Qolab collaboration
- Sending queries from Wolfram Mathematica to IBM quantum processing units
- [BOOK] Introduction to quantum computing: part 2
- [BOOK] Introduction to quantum computing: part 1
- Qubits explained: Bloch sphere, SU(2) rotations, time evolution, and measurements
- [WTC25] Exponentials in noncommutative algebras: Zassenhaus, BCH and Magnus
- Quantum interference loss via path encoding and recovery by quantum erasure
- Nobel Prize in Physics 2025: Macroscopic Quantum Effects and the Dawn of Quantum Computer
- Harrow-Hassidim-Lloyd (HHL) algorithm: a step-by-step approach
- Symbolic tensor networks: from graphs to tensor networks
- Bipartitions and the SVD-Schmidt: A quantum information toolkit
- Efficient computation of Magnus series for non-commuting operators in quantum dynamics
- Liouville-space vectorization and Schur decomposition for Lindblad evolution
- Dirac gamma matrices and non-commutative algebra
- Symbolic normal ordering of non-commutative differential operator expressions
- Wave-particle duality: classical example for dark vs bright states of photons
- Generalized Gell-Mann matrices: tensor analysis, and algebraic properties
- Floquet theory in quantum mechanics and Floquet states
- Geometric phase (Berry phase) for spin systems
- Wigner function for spin systems, and irreducible spherical tensors
- A linear FEM to find eigensystem over a 2D manifold embedded in 3D
- Walks in rotation spaces return home when doubled and scaled
- Logo of International Year of Quantum Science and Technology: Aharonov-Bohm effect
- Logo of International Year of Quantum Science and Technology: topological quantum features
- Wave-particle duality: Observation methods reveal quantum object wave-like & particle-like behavior
- Quantum Games: multi-player CHSH game
- Exponential decay of eigenstates in a branch
- What is quantization? Eigenvalues, wave equations, and the physical interpretation of quantum states
- Quantum stochastic master equation (SME)
- Understanding quantum theory: a gateway to the microscopic world and beyond
- Quantum tale of the hare and tortoise
- A quantum fleeting twinkles: wavepacket in fractal region
- Quantum bullet: Airy, Bessel and Gauss
- Quantum bouncer: 1-dimensional dynamical behavior
- Quantum Wakes: Bose-Einstein condensate under time-dependent perturbations
- Quantum carpets in leaky boxes
- Quantum Huygen clock through noise-induced synchronization
- Quantum research and education: unveiling Wolfram Mathematica's superiority
- Qubit in the phase space: quasi-probability, simplex and different look into quantum states
- Wolfram quantum framework: tensor networks, spiders, and ZX formalism
- Quantum, tensors, spiders: a different approach to quantum computation
- Wolfram quantum framework for analog QPUs: QuEra Aquila case
- Tensor networks and quantum computation
- Bell's inequality, or why Nature is non-locally causal
- The Wolfram Quantum Framework: IBM-quantum service connect
- Stabilizer formalism for quantum operations
- Quantum harmonic oscillator: an educational exploration
- Suziki-Trotter decomposition: simulating Hamiltonian dynamics
- The Wolfram Quantum Framework: a fast introduction
- Quantum tic-tac-toe: a case study on multicomputation and quantum
- Grover's algorithm: a quantum search algorithm
- Quantum random walk: a drunken quantum sailor
- [GiF] Quantum random walk of a qubit
- Graph/cluster states, and measurement-based quantum computation
- Quantum error correction: bit-flip
- Quantum Ripple-Carry addition circuit
- Quantum Key Distribution: BB84 scheme
- Tsallis Statistics, a quick computational overview
- Quantum Switch: superposition of different operations
- Wolfram quantum computation framework: a few examples
- [GiF] U.S. drought monitor map animated 2010 - 2021
- CDC COVID19 vaccination data across US counties
- Global historical climatology network: data transformation in WL
- Monitoring Trends in Burn Severity (MTBS): Data Analysis
- Descartes Lab Mobility Data
- COVID19 in California: data structuring and visualizations
- Weather Data Visualization: Spring in the Morning, Winter at Night
- Lived-area and lived-population density: geo-regions w/ 99.7% of population
- COVID19 data visualization across US counties
- SHP file data extraction
- US Fire Map: NASA Fire Information For Resource Management System (FIRMS)
- US Fire Map: NASA Fire Information For Resource Management System (FIRMS)
- [NB] 100 Days of COVID19 Over US Counties
- [NB] COVID-19 reopening criterion: a simple visualization
- [NB] Population Density Map
- [NB] Boundaries of the Amplituhedron with amplituhedronBoundaries
- [NB] COVID19 Confirmed Cases: US Counties
- [NB] Google Mobility Data
- [NB] COVID19 Case-Fatality Ratio, Income, and Age: Simple Visualization
- [NB] What countries are hit hard by COVID19 outbreak?
- COVID19 in Iran: under-diagnosis issue
- [Notebook] Geometrical analysis of genome for COVID-19 vs SARS-like viruses
- [Notebook] Chaos Game For Clustering of Novel Coronavirus COVID-19
- US Combatant Command Areas of Responsibility
- How to find the border coordinates
- [Notebook] How to Learn/Teach Wolfram Language: A Computational Approach