| Perimeter Institute

EN
FR

A A

Connect with us:Connect with us via email Visit Perimeter on Twitter Visit PI Outreach on Facebook Visit PI Outreach on YouTube Visit Perimeter on Google+Subscribe to RSS

Primary tabs

Week of November 11, 2018

	S	M	T	W	T	F	S


All day


Before 1am 1am 2am 3am 4am 5am 6am 7am 8am 9am 10am 11am 12pm 1pm 2pm 3pm 4pm 5pm 6pm 7pm 8pm 9pm 10pm 11pm		> 1211:00amSCIENTIFIC SEMINAR Cobordism and topological quantum field theory ■ Cobordism and topological quantum field theory > 122:00pmSCIENTIFIC SEMINAR On braided commutative algebras ■ On braided commutative algebras > 123:30pmSCIENTIFIC SEMINAR Geometry from Entanglement in Double Trace States ■ Geometry from Entanglement in Double Trace States	> 139:00amCONFERENCE Quantum Matter Day ■ Quantum Matter Day > 1311:00amSCIENTIFIC SEMINAR Large-Scale Structure with 21cm Intensity Mapping ■ Large-Scale Structure with 21cm Intensity Mapping > 131:00pmSCIENTIFIC SEMINAR Flavor-specific scalars and dark sectors ■ Flavor-specific scalars and dark sectors > 132:30pmSCIENTIFIC SEMINAR Anomalies, 2-groups, 6d susy ■ Anomalies, 2-groups, 6d susy	> 142:00pmSCIENTIFIC SEMINAR Reproducibility despite exponential divergence in the Newtonian few-body problem ■ Reproducibility despite exponential divergence in the Newtonian few-body problem > 144:00pmSCIENTIFIC SEMINAR Quantum computing with 3-d surface codes ■ Quantum computing with 3-d surface codes > 147:30pmCULTURAL EVENT LEILA JOSEFOWICZ, VIOLIN AND JOHN NOVACEK, PIANO ■ LEILA JOSEFOWICZ, VIOLIN AND JOHN NOVACEK, PIANO	> 151:00pmSCIENTIFIC SEMINAR Gravitational Waves from Dynamically-formed Binary Mergers ■ Gravitational Waves from Dynamically-formed Binary Mergers > 152:30pmSCIENTIFIC SEMINAR Natural dynamics of the cosmological constant ■ Natural dynamics of the cosmological constant	> 161:00pmSCIENTIFIC SEMINAR Uncovering Low-Mass Hidden Sectors at Colliders ■ Uncovering Low-Mass Hidden Sectors at Colliders > 162:00pmSCIENTIFIC SEMINAR Chiral spin liquid phase of the triangular lattice Hubbard model: evidence from iDMRG in a mixed real- and momentum-space basis ■ Chiral spin liquid phase of the triangular lattice Hubbard model: evidence from iDMRG in a mixed real- and momentum-space basis