Development and Electronic Characterization of Graphene-Based Hall Effect Devices
Location: C2-361
The Institute for Quantum Computing (IQC) is excited to welcome back Luke Schaeffer as Assistant Professor this September, with the Cheriton School of Computer Science as his home department.
Dynamic nuclear polarization and nanometer-scale magnetic resonance imaging creates unprecedented opportunities to study biological structures.
While truly functional quantum computers are still in development as a future technology, this does not mean that researchers cannot take advantage of quantum properties in the nearer term.
This week, 24 graduates from the Institute for Quantum Computing (IQC) will cross the stage at convocation, earning their University of Waterloo graduate degrees from engineering, math and science.
The second annual Quantum Connections Conference highlighted the need for collaboration to address quantum's societal impact.
On World Quantum Day, the Institute for Quantum Computing celebrates progress and momentum.
Join us for Quantum Connections May 1-2, 2024. This year we’re highlighting Quantum Perspectives: the impacts and outlooks driving our future.
Quantum-Nano Centre, 200 University Ave West, Room QNC 0101 Waterloo, ON CA N2L 3G1
Quantum computing promises to advance our computational abilities significantly in many high-impact research areas. In this period of rapid development, the experimental capabilities needed to build quantum computing devices and prototypes are highly specialized and often difficult to access. In this public talk, we'll discuss how to build quantum computing devices one atom a time using the ion-trap approach. We'll show how we build quantum bits out of individually isolated atoms, explore how we use them to simulate other complex systems, and showcase how we're building open-access hardware to advance research in this exciting field.
Researchers from IQC, MIT, and the University of Illinois at Urbana-Champaign have developed a technique for better identification and control of microscopic defects in diamond, as detailed in PRX Quantum, paving the way for the creation of larger qubit systems for enhanced quantum sensing. This breakthrough, led by Alexandre Cooper-Roy, represents a significant advancement in quantum sensing, offering potential revolutionary impacts across various industries and scientific fields.