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DESCRIPTION:   'Title: Quantum attacks on next-gen cryptosystems: lattices\
 ,\n   annealers\, notebooks\n   When: Saturday\, Aug 12\, 11:00 - 12:30 PD
 T\n   Where: LINQ - 3rd flr - Quantum Village - [1]Map\n\n   Description:\
 n   In this workshop we will develop quantum algorithms to solve a\n   com
 puter science problem called the shortest lattice problem (SVP).\n   SVP i
 s geometrically simple - given a description of a mathematical\n   lattice
  (a repeating pattern of points in N-dimensional space)\, can\n   you find
  the shortest distance between any two points - i.e. the\n   shortest vect
 or? This problem is NP hard and we believe it is\n   resistant to quantum 
 computers.\n\n   Based upon the results of “Two quantum Ising algorithms
  for the\n   shortest-vector problem”\, we will explain the principle of
  quantum\n   adiabatic computation\, of Hamiltonian minimization\, and of 
 how to map\n   mathematical problems into a Hamiltonian ready to be plugge
 d into a\n   quantum computation framework.\n\n   During the course of the
  workshop\, participants will fill in functions\n   in a Jupyter notebook 
 to construct lattices\, convert them into a\n   Hamiltonian\, and describe
  quantum annealing dynamics. They will then\n   (hopefully) be able to sub
 mit these queries to a D-Wave QPU to which\n   will sample short vectors f
 or them\, and we will visualize as a group\n   the results returned.\n\n  
  This exercise will get participants directly interacting with a QPU\,\n  
  understanding some of the benefits and limitations of annealing-based\n  
  quantum computation\, and will learn about an exciting computer science\n
    problem and how it directly feeds into our security architecture\,\n   
 (e.g. Kyber!)\n\n   '\n\n   1. #Linq\n\n\n
DTEND:20230812T193000Z
DTSTART:20230812T180000Z
LOCATION:QTV - LINQ - 3rd flr - Quantum Village
SUMMARY:Quantum attacks on next-gen cryptosystems: lattices\, annealers\, n
 otebooks
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