Ryan Y. Manley

Electrical Engineering Student | Quantum Researcher

Ryan Manley

As a Purdue University Electrical Engineering student, I'm passionate about the intersection of hardware, software, and quantum phenomena. My goal is to build the tangible instruments that fuel and apply the next wave of quantum discovery to address our energy, sustainability, and medical challenges. From national labs to university groups, I enjoy tackling complex questions and creating tools that enable new research.

Featured Projects

Quantum Sensing Microscopy

Quantum Sensing Microscopy

At Oak Ridge National Lab, I built a room-temperature quantum sensing microscope. I designed and conducted experiments to probe Johnson noise using boron vacancy centers in hexagonal boron nitride (hBN).

Quantum SensingMicroscopyhBNAFMORNL
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Purdue's Quantum Student Organization Website

Purdue's Quantum Student Organization Website

As vice president, I led the redesign of Purdue's Quantum Student Organization website (from a google site) to enhance user experience, automation, security, and organizational transparency.

Full-StackNext.jsTailwind CSSQSOPurdue
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CrysTool Hub

CrysTool Hub

I single-handedly developed a full-stack web application with publicly available tools to accelerate materials research by automating complex calculations and synthesis plans.

Full-StackNext.jsPythonFlaskMaterials ScienceUniversity of TN Knoxville
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Twisted 2D Materials

Twisted 2D Materials

At Purdue's Quantum Matter and Devices Group, I'm developing a method to create twisted semiconductor TMD bilayers with a manipulable twist angle, leveraging superlubricity with piezoelectricity and magnetism.

2D MaterialsSemiconductorsvan der WaalsNanotechnologyPurdue
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Skills & Technologies

Programming & Frameworks

  • Python (TensorFlow, Qiskit, Flask)
  • JavaScript (Next.js, React)
  • Java, C, C++
  • MATLAB, R
  • HTML, CSS

Quantum & Simulation

  • Quantum Espresso (DFT)
  • SRIM
  • ODMR
  • Qiskit

Hardware & Lab

  • XRD, AFM, SQUID, PPMS
  • Chemical Vapor Transport (CVT)
  • 2D Material Exfoliation & Stacking
  • Arduino, Optics

Developer Tools

  • Git & GitHub
  • Onshape & Fusion 360
  • Google Workspace
  • Microsoft Office

Community & Leadership

Quantum Student Organization (Purdue University)

Website

Purdue's leading student organization for quantum information science and engineering, fostering a community of learners, researchers, and future quantum pioneers.

Aug 2023 - Present

Vice President

Manage funds for Purdue's largest quantum events, oversee all club sectors, and correspond with advising professors.

Jan 2023 - Present

Project Founder (Ghost Imaging)

Lead a project simulating entangled photons on Qiskit to explore novel imaging capabilities for cancer detection.

Quantum Coalition (International Non-Profit)

Website

A global initiative connecting university quantum computing clubs to democratize access to quantum education and build a diverse, international community.

Sep 2025 - Present

Executive Board Member (Membership Manager & Learning Resources Lead)

Manage and grow the coalition's global membership & collaboration across 30+ universities & industry partners. Lead a global team to build and curate a centralized library of quantum resources between universities and using the library to train a machine learning model for a quantum AI tutor to enhance quantum education and its accessibility.

Feb 2025 - Present

Purdue Representative

Represent Purdue's quantum club in a global coalition, contributing to a shared learning resources initiative.

Feb 2025 - Jul 2025

Hackathon Organizer (FLiQ)

Organized an international hackathon, designing challenges with MOTH Quantum and moderating programs.

May 2025

AI for Good Moderator

Moderated AI for Good program with Quantum Village Co-Founder Victoria Kumaran.

Research & Professional Experience

Sep 2025 - Present

Nanometa Group - Purdue University

Student Researcher (PI: V.M. Shalaev, A. Boltasseva, and A.V. Kildishev)

Focused on engineering novel 2D quantum materials and optical analysis of them to explore emergent phenomena. Building on my experience creating moiré superlattices from transition metal dichalcogenide (TMD) to make the first controlled moirés with MXene platforms. Spearheading a project on the chemical vapor transport (CVT) synthesis of novel 2D oxyhalides (MOX2 (M=Mo, Nb, X=Cl, Br, I)), which naturally host exotic light-matter interactions such as Hyperbolic Plasmon Polaritons (HPPs). HPPs are key to new sensing techniques, overcoming the diffraction limit with superlensing, and photonics.

May 2025 - Aug 2025

Quantum Heterostructures Group - Oak Ridge National Lab

RSI Research Intern (PI: Benjamin Lawrie)

Developed a novel quantum sensing fabrication protocol for boron vacancy defects in hBN. Designed and built a room temperature quantum sensing microscope, automated nanoscale Johnson Noise measurements, and made gradient dosage samples with a Helium Ion Microscope (HIM) to study spin-spin interactions.

Jan 2025 - Jun 2025

Quantum Matter and Devices Group - Purdue University

Student Researcher (PI: Yong P. Chen)

Researched exploiting superlubricity to engineer twisted TMD semiconductor heterostructures that can form tunable moiré superlattices, enabling morphic quantum electronics via piezoelectric and magnetic in-situ twist angle control.

Jul 2023 - Aug 2024

Emergent Crystalline Matter Group - University of Tennessee, Knoxville

Summer Research Intern (PI: David Mandrus)

Synthesized novel materials, including high entropy alloys and superconductors, using flux and chemical vapor transport (CVT) growth methods. Characterized materials with X-ray diffraction (XRD), SQUID, and PPMS systems. Also developed the CrysTool Hub website to accelerate materials research.

Jun 2022

Joint Science & Technology Institute (JSTI) West

Green Microbial Factory Group Member (PI: Raul Gonzalez)

Awarded a fully-paid internship by the DOE & DTRA to work with Los Alamos National Lab scientists. Studied and presented on the biotechnological potential of cyanobacteria, finding optimum strains for photosynthetic bioplastic production.

Awards & Honors

2025-2026

Charles W. Brown ECE Scholarship

Elmore Family School of ECE, Purdue University

A merit-based scholarship awarded by the Elmore Family School of Electrical and Computer Engineering to students demonstrating exceptional academic achievement and promise in the field.

All Semesters

Dean's List

College of Engineering & College of Science, Purdue University

Recognition for achieving the highest level of academic excellence, awarded to students who attain a top-tier GPA within their respective colleges.

All Semesters

Semester Honors

College of Engineering & College of Science, Purdue University

Consistent recognition for maintaining a high grade point average throughout the academic semester, reflecting strong dedication and scholarly performance.