Steiner abstract
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(New page: We use lifts calculated with centerfocus to identify components of the center-variety in degree 3 over <math>F_{29}</math>. <br> Then we analyze the components by checking if the different...) |
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| + | =="Examining components of the Poincaré center variety with interpolation"== | ||
| + | ====Johannes Steiner, Bachelor thesis 2011==== | ||
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| + | <br> | ||
We use lifts calculated with centerfocus to identify components of the center-variety in degree 3 over <math>F_{29}</math>. <br> | We use lifts calculated with centerfocus to identify components of the center-variety in degree 3 over <math>F_{29}</math>. <br> | ||
Then we analyze the components by checking if the differential forms are Darboux-integrable and comparing them to the families of {Zoladek's} lists. <br> | Then we analyze the components by checking if the differential forms are Darboux-integrable and comparing them to the families of {Zoladek's} lists. <br> | ||
Finally we make an attempt to parametrize the componoents of codimension 11. | Finally we make an attempt to parametrize the componoents of codimension 11. | ||
Current revision
"Examining components of the Poincaré center variety with interpolation"
Johannes Steiner, Bachelor thesis 2011
We use lifts calculated with centerfocus to identify components of the center-variety in degree 3 over F29.
Then we analyze the components by checking if the differential forms are Darboux-integrable and comparing them to the families of {Zoladek's} lists.
Finally we make an attempt to parametrize the componoents of codimension 11.
