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- Minimum distance in a classical lattice from algebraic number fields
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- Home
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Student life & resources
Postgraduate research
- Info for new students
- Current research students
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- Postgraduate events
- Postgraduate student awards
- Michael Tallis PhD Research Travel Award
- Information about research theses
- Past research students
- Resources
- Entry requirements
- PhD projects
- Obtaining funding
- Application & fee information
Student services
- Help for postgraduate students
- Thesis guidelines
- School assessment policies
- Computing information
- Mathematics Drop-in Centre
- Consultation
- Statistics Consultation Service
- Academic advice
- Enrolment variation
- Changing tutorials
- Illness or misadventure
- Application form for existing casual tutors
- ARC grants Head of School sign off
- Computing facilities
- Choosing your major
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Abstract:
In algebraic number theory, given a number field, the lattice derived from its embeddings by using its ring of integers is used to prove that the class number of the number field is finite. In this talk, we reconsider this lattice by studying its minimum distance. For example, we show that when the number field has few non-real embeddings, the minimum distance of the lattice can be computed exactly. (This is joint work with Artūras Dubickas and Igor E. Shparlinski.)
Speaker
Min Sha
Research Area
Pure Maths Seminar
Affiliation
UNSW
Date
Tue, 31/05/2016 - 12:00pm to 1:00pm
Venue
RC-4082, The Red Centre, UNSW