Uploaded March 2025 | Updated September 2026, 1 hour ago
“Quantum Keys and No More Spies: How Qubits Secure Our Ties”
featuring MOST Fellow Sarah Chehade
How do you keep your secrets? In a quantum world, secrets are protected by mathematical physics; quantum encryption is nearly unbreakable, thanks to special mathematical properties like superposition and entanglement. Whether you’re brand new to quantum concepts or just curious about the quantum future, join us for an introduction to the fascinating world of qubits and quantum cryptography.
MOST provides opportunities for students to explore engaging math with dynamic, early-career female mathematicians. To learn more about MOST, visit momath.org/most. This program is funded by Simons Foundation International and administered by the Simons Foundation’s Science, Society & Culture division.
“Quantum Keys and No More Spies: How Qubits Secure Our Ties”
featuring MOST Fellow Sarah Chehade
How do you keep your secrets? In a quantum world, secrets are protected by mathematical physics; quantum encryption is nearly unbreakable, thanks to special mathematical properties like superposition and entanglement. Whether you’re brand new to quantum concepts or just curious about the quantum future, join us for an introduction to the fascinating world of qubits and quantum cryptography.
MOST provides opportunities for students to explore engaging math with dynamic, early-career female mathematicians. To learn more about MOST, visit momath.org/most. This program is funded by Simons Foundation International and administered by the Simons Foundation’s Science, Society & Culture division.
