
Lisa Lambert
Lisa Lambert is the CEO of Quantum Industry Canada, a non-profit consortium dedicated to advancing Canada's quantum technology sector. She advocates for the urgent transition to post-quantum cryptography, particularly for critical infrastructure like government and banking systems, in light of the impending cybersecurity challenges posed by quantum computing.
Not in the pool (under ¢1).
Recent news mentions
Lisa Lambert organizes the Survivor pool and manifests the winner in her mind.
Survivor 50: How I picked the winner four times in the last six seasonsLisa Lambert is the Tony Award-winning co-creator of Canada’s first hit Broadway musical The Drowsy Chaperone.
How Survivor helps friends stay connected– and remember those they lostLisa Lambert reported on the US House's expected approval of a resolution to release Epstein files.
US House expected to approve resolution to release Epstein filesLisa Lambert reported on the lifting of flight restrictions by the US transportation department.
US lifts restrictions on flights in time for Thanksgiving travel
Lisa Lambert stated that the quantum strategy should focus on scaling companies and supporting Canadian technologies.
Ottawa launches AI task force, moves up deadline to deliver updated national strategyLisa Lambert is the chief executive officer at Quantum Industry Canada.
Why quantum technology matters for defenceLisa Lambert is the CEO of Quantum Industry Canada and hosted the June conference that attracted significant attendance.
How Canada became a leader in quantum tech, one of the most promising and potentially terrifying technologies of the futureLisa Lambert is the chief executive officer of Quantum Industry Canada.
The future is quantum. Canada must seize and industrialize it
Additional reporting by Lisa Lambert.
Billionaire Isaacman takes big step toward leading NasaLisa Lambert, CEO of Quantum Industry Canada, says the nature of the quantum threat also depends on the relevance and sensitivity of data organizations collect.
Promise of quantum computing requires new forms of protection















































