INNOVATION LABS AT NEW YORK INSTITUTE OF TECHNOLOGY & NYIT QUANTUM COMPUTING CLUB:
THE POSSIBILITY OF THE INTERDISCIPLINARY STRATEGY The New York Institute of Technology discussed the success of the Quantum Computing Club domino-effect in creating a culture of "ancilla qubit" minded students by combining the large majority of electrical computing students & NYIT's large architecture program to create beautiful results achieved only by the integration of an interdisciplinary method displayed by the QRG*. The resulting research, scholarship, and creative work of the students and its members has influenced in changing the dynamics of engineering institutions that are maintained into the following academic years.
Advisors/Professors 12.1%
Information Technology 12.1% Biomedical Engineering 6.1% Mechanical Engineering 6.1%
Architecture 21.2%
Electrical & Computer Engineering 18.2% Finance 9.1% Computer Science 15.2%
Results INTERDISCIPLINARY BY MAJOR
Late last year, and even since before, students began planning to form a quantum computing club at the university for those exclusively passionate about the large impacts that the paradoxically small & perhaps underrated developments in quantum/photonic technology discoveries would lead to, especially in the realm of paradigm processing & social decision making on top of numerous other areas of life. As we learn more of upcoming developments & discoveries in lowering the threshold to error to lead to more precise applications using quantum circuits, we hope we can one day contribute as well to engineer positive applications for everyone in the world.
WWW.THEQRG.ORG
Classical Computing & the classical scientific method
MAX PLANCK INSTITUTE POSTER PRESENTATION
quantamnyc@nyit.edu *For more information:
|
Quantum-Computing & the interdiciplinary strategy
NYIT COLLEGE OF INTERDISCIPLINARY STUDIES/COMPUTING SCIENCES