Jacob Wagner’s extensive technical background has prepared him to work on a wide array of subject matter including chemical, materials, optical, computer program, digital logic, manufacturing, processing, mechanical, and polymer related inventions.
Jacob has experience assisting in the preparation of original domestic patent applications, responses to domestic Office actions from originally-filed applications, and responses to foreign Office actions from China, Japan, Korea, Singapore, and the European Patent Office. Additionally, Jacob has conducted state-of-the-art investigations on potentially inventive concepts.
Currently, Jacob is a patent agent and a law student, and is expecting to graduate from law school with a law degree in 2020.
Jacob is a member of the ABA (American Bar Association), OSBA (Ohio State Bar Association), CMBA (Cleveland Metropolitan Bar Association), CIPLA (Cleveland IP Law Association), and IPTLA (University of Akron’s IP and Trademark Association).
- ME Sharp, FX Vazquez, JW Wagner, T Dannenhoffer-Lafage, GA Voth, “A bottom-up approach for multi-configuration coarse grained molecular dynamics,” in preparation.
- T Dannenhoffer-Lafage, JW Wagner, GA Voth, “Reactive multi-state coarse-graining method,” in preparation.
- Y Han, J Jin, JW Wagner, GA Voth, “Quantum theory of multiscale coarse-graining,” Journal of Chemical Physics 148 (2018): 102335.
- JW Wagner, T Dannenhoffer-Lafage, J Jin, GA Voth, “Extending the range and physical accuracy of coarse-grained models: Order parameter dependent interactions,” Journal of Chemical Physics 147 (2017): 044113.
- JW Wagner, JF Dama, AEP Durumeric, GA Voth, “On the representability problem and the physical meaning of coarse-grained models,” Journal of Chemical Physics 145 (2016): 044108.
- JW Wagner, JF Dama, GA Voth, “Predicting the sensitivity of multiscale coarse-grained models to their underlying fine-grained model parameters,” Journal of Chemical Theory and Computation 11 (2015): 3547.
- S Jamali, A Boromand, S Khani, JW Wagner, M Yamanoi, J Maia, “Generalized mapping of multi-body dissipative particle dynamics onto fluid compressibility and the Flory-Huggins theory,” Journal of Chemical Physics 142 (2015): 164902.
- JW Wagner, “The sensitivity and representability of coarse-grained models,” Ph.D. thesis in Chemistry at the University of Chicago, 2017.
- JW Wagner, R Huang, M Yamanoi, J Maia, “Simulation of droplet breakup by dissipative particle dynamics,” Senior thesis in Physics at Case Western Reserve University, 2012 – Best Senior Thesis.
- JW Wagner, S Jamali, M Yamanoi, J Maia, “Mapping of multi-body dissipative particle dynamics onto the Flory-Huggins theory,” Senior thesis in Polymer Science & Engineering at Case Western Reserve University, 2012 – Outstanding Senior Award.