Samuel Hedemann

Dr. Samuel Hedemann is a Lecturer of Physics at Stevens Institute of Technology, specializing in quantum information science, quantum computation, and theoretical physics. He holds a PhD from Stevens Institute of Technology (2014) and a BS from the University of Maryland, Baltimore County (2008). His research focuses on quantum entanglement universality, quantum computational hardware design, and post-quantum computation applications. Notable contributions include the development of TGX states theory and advancements in quantum teleportation resilience.

Education:

• PhD in Physics (2014), Stevens Institute of Technology
• BS in Physics (2008), University of Maryland, Baltimore County

Research Interests:

Dr. Hedemann’s work bridges theoretical quantum mechanics with applied technologies. He explores entanglement universality across N-body systems, aiming to simplify quantum state analysis for practical applications like drug discovery and climate modeling. Recent achievements include proving TGX state universality for qubit-qutrit systems and designing noise-resistant quantum protocols.

Awards:

• Inventor's Award (Johns Hopkins University APL, 2016)
• Quantum Information Science Postdoctoral Fellowship (2015–2016)
• Innovation & Entrepreneurship Doctoral Fellowship (2009–2014)
• Sigma Pi Sigma Honor Society (2008)

Grants & Advising:

Recipient of major fellowships from JHUAPL and Stevens. Advised students via courses like Quantum Information and Computation (PEP 557). Active in curriculum development for quantum computing education.

Patents & Inventions: Filed disclosures for quantum computational devices at JHUAPL (2016) and Stevens (2014), advancing quantum communication and hardware design.