Please join the Condensed Matter Physics research group on Friday, May 15 at 2:00 PM in White Hall, Room G06 for the CMP Seminar. This talk will feature Dr. Christopher Papile of BraneCell. BraneCell is a Morgantown-based technology company, so this is a great opportunity for networking and making local/regional connections. Please see below for Dr. Papile's abstract and a biography:

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Abstract: "Reassessing Hamiltonian Mechanics: Implications for Quantum Technology Product Design"

Multipartite entangled systems are key for building products, but solution strategies are hampered by a gap in design tools, which are still maturing.  Frontier physics is asked by market-place expectations to build-and-cross a bridge at the same time.  In this seminar a new approach to the governing quantum correlation (QC) equations is described, which provides design insights for practical products.  The new fundamental approach delineates QC features; wavelength-pathlength comparable regime, pre-first wavelength structure; spin and orbital angular momenta; superposition, Hadamard state, and normalized wave velocity.  Further we map quantum neural network synchrony/complexity basis towards useful quantum-enhanced machine learning.  Reformulation of Hamiltonian Mechanics provides a new vantage point to assess product potential. Surprisingly, some of the heavily invested modes in the global, industrial, quantum-technology ecosystem will likely reach an impasse. With over a decade of industrial quantum technology experience, Dr. Papile will touch-on quantum-product strategies: what can be built now and what quantum-based products physicists/engineers should hope to build.

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Biography:

Ludwig-Maximilians-Universität NATO Fellowship; Ph.D. University of Delaware; EXAFS at Brookhaven National and Cornell University Synchrotron; former Global Head New Technologies Thyssenkrupp (we did IPO as Nucera); co-started Nuvera Fuel Cells; Director of Portfolio Growth ExxonMobil/Technip 50/50 licensing JV; advisor to PsiQuantum; 60 patents, publications, books and Open Access articles.