User Portlet
Featured Contributor
Mads Bahrami
Wolfram Research Inc
LOCATION: Los Angeles, CA
WEBSITE: Not indicated
INTERESTS IN JOBS & NETWORKING:
ABOUT ME:
I head up Academic Innovation Support at Wolfram Research. As a physical chemist, I did my PhD on quantum coherence in noisy environments and quantum foundation (e.g., measurement problem). My team's primary goal is to facilitate groundbreaking research and empower academic institutions in research and education, by integrating Wolfram technologies. Feel free to contact us at AcademicInnovation AT wolfram.com
STAFF PICKS:
- 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
- Wolfram Quantum Framework: IBM-quantum service connect
- Stabilizer formalism for quantum operations
- Quantum harmonic oscillator: an educational exploration
- Suziki-Trotter decomposition: simulating Hamiltonian dynamics
- 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