Arthur Campello Email & Phone Number

Stanford, Ca, Us

Stanford, Ca, Us

• Testing the use of Walsh-transformed spectrum elements as input features in fully connected layers to enhance convolutional neural network (CNN) studies of inelastic neutron scattering data (using PyTorch)• Performing statistical analyses of diffuse neutron data to map bond-dependent spin correlations and uncover quantum spin liquid (QSL) states in the frustrated magnet Zn-Barlowite (using scikit-learn and SciPy)• Mixing powders of superconducting, quantum-frustrated, and inert crystals to enhance bulk superconductivity; developing and using machine learning approach to simultaneously explore and optimize over mixing-space

Launching July 1st, 2024

Ithaca, New York Area

• Developed systematic approach to optimizing magnet parameters for resonant positronextraction from Cornell’s Synchrotron Source• Designed and prototyped internal support structures and wiring routes for forward-pixeldetectors to be installed in the CMS experiment at CERN• Made concept calculations around and modeled temperature-controlled enclosure forfunctional testing of module platforms for Phase II of the CMS experiment at CERN• Co-wrote program to calculate energy-time-intensity output of proposed CBETA-basedinverse Compton backscattering photon source

Ithaca, New York Area

• Designed and constructed light shielding box for photo-detecting cell density measuring setup• Compiled log-of-cell-density over time plots of eleven runs and layered them to visually demonstrate presence of "lagging" in cell replication rates in suspension• Developed and implemented procedure for creating free-standing 160nm and 80nm copper films of substantial diameters to use as samples for atomic research at CHESS

Ithaca, New York Area

• Designed, modeled, assembled, and helped install C-Line Edge-on Diamond Video Beam Position Monitor (mentioned in CHESS Newsletter Issue No. 28).• Formulated ray traces and helped design and assembled components for X-Ray Raman Spectrometer (mentioned in CHESS Newsletter Issue No. 29).• Developed and recorded a method for spinning UV reactive epoxy onto spherical substrates.• Designed and modeled automated sample changing robot for D-Line goniometer.

Performed numerical modeling to uncover complex dynamics of electron motion under electric fields from crossing x-ray beams of different energies for LCLS. Was invited back to Stanford after my internship to speak at the 2019 SLAC High-Power Laser Workshop about my results.

• Started a small 3D-printied consumer product company with five classmates.• Helped devise, manufacture, test, brand, and market products.• Built robust website to promote business and personally communicated with clients.

Doctor Of Philosophy - Phd, Applied Physics

Bachelor Of Arts (B.A.), Physics, Economics

Activities and Societies: Omicron Delta Epsilon (Economics Honors Society)