Quantum Frontiers Workshop

A workshop focused on theoretical aspects of quantum information science, including metrology, resources theories, relativistic quantum information, and quantum foundations.

February 8, 2018
9:45 am - 6:00 pm
Location
Wilder 202 in AM, Wilder 104 in PM
Sponsored by
Society of Fellows
Audience
Alumni, Faculty, Postdoc, Staff, Students-Graduate, Students-Undergraduate
Registration required
More information
Alexander Smith

Workshop description:

This workshop will bring together theorists working across diverse subfields of quantum information science to share their research with the aim of making new connections and fostering collaboration. The workshop will take place in Wilder 202 before lunch and Wilder 104 after lunch.

To participate in the workshop or for more information, contact Alexander Smith at alexander.r.smith@dartmouth.edu.

Speaker list and workshop schedule:

9:45am    Quantification and manipulation of magic states
                Mehdi Ahmadi, Santa Clara University

10:25am  The Wigner flow for open quantum systems
                Miles Blencowe, Dartmouth College

11:05am  Coffee break

11:25am  Experimental tests of pseudo-superdeterministic theories
                Ian Durham, Saint Anselm College

12:05pm  Reflections on quantum systems and subsystems, entanglement, and all that
                Lorenza Viola, Dartmouth College

12:45pm  Lunch at Class of 1953 Commons, 104 Paganucci Lounge

2:30pm    Multitaper spectral estimation using a qubit sensor
                Leigh Norris, Dartmouth College

3:10pm    Quantum metrology under spatially and temporally correlated quantum noise
                Felix Beaudoin, Dartmouth College

3:50pm    Fault-tolerant quantum computation with non-deterministic entangling gates
                Mercedes Gimeno-Segovia, University of Bristol

4:30pm    Coffee break

4:50pm    Operational definition of the equivalence principle using quantum systems
                Roberto Onofrio, Dartmouth College

5:30pm    Massive Unruh particles cannot be directly observed
                Andrzej Dragan, University of Warsaw

6:10pm    Fermion algebra for qubits
                James D. Whitfield, Dartmouth College

7:30pm    Dinner at Pine Restaurant

Location
Wilder 202 in AM, Wilder 104 in PM
Sponsored by
Society of Fellows
Audience
Alumni, Faculty, Postdoc, Staff, Students-Graduate, Students-Undergraduate
Registration required
More information
Alexander Smith