PROGRAM

Bridges 2017
FAMILY DAY & MATH-ART EXPO
30 July
, 2017, 2.00 pm – 6.00 pm, University of Waterloo, Ontario, Canada
Davis Centre (Address: 200 University Avenue West, Waterloo)

Admission is free!

Questions, comments & more information:
Kristóf Fenyvesi, PhD – Director of Community Events, Bridges Organization
E-mail: info@familyday.hu

Our goal is to offer a math-art-experience, an on-site immersion into the funworld of mathematics and arts.

PROGRAMS

Room: DC 1304

2.00-4.00 PM Poetry Afternoon coordinated by Sarah Glaz
http://www.math.uconn.edu/~glaz/Mathematical_Poetry_at_Bridges/Bridges_2017/The-program-and-the-poets-2017.html
The poetry reading at Bridges 2017 features poetry with strong links to mathematics, a great variety of topics, and a wide range of poetic styles.

Room: DC 1302

2:00-3:30 PM; 4:30-6:00 PM Bridges 2017 Short Film Festival coordinated by Bianca Violet
http://gallery.bridgesmathart.org/exhibitions/2017-bridges-conference-short-film-festivalThe festival presents an annual reel of mathematical short films, videos and animations that have been created for educational, corporate and artistic purposes, or just for fun. This year’s program was juried by Aubin Arroyo, Kim Davidson, Chantal Landry, Jos Leys, Ana Cristina Oliveira, and Bianca Violet (chair).

Room: DC 1331

4.00-6.00 PM How to Write a Story Using Vector Theory
by Cynthia Clay
Creative writing workshop to help storytellers create exciting stories by using mathematics.

 

 

Davis Centre’s Atrium

2.00-6.00 PM Zometool Event: Zome Multidimensional Tilings
by Micho Durdevich, Paul Hildebrandt and Samuel Verbiese

www.zometool.com

Use Zometool, the popular mathematical construction system, to build 3D models that are projections of high-dimensional mathematical objects.

2.00-6.00 PM Persian Patterned Polyhedra
by Eve Torrence

We will build dodecahedra and icosahedra from punch out card stock sheets. These polyhedra are decorated with Persian patterns designed by Bridges founder Reza Sarhangi.

 

 

2.00-6.00 PM The Playful Side of Mathematical Art
by Kate Jones and Alex Streif
www.gamepuzzles.com


A unique collection of beautiful puzzles will be available for participants of all ages to find solutions–easy ones for kids, difficult ones for experts (teen to Ph.D.). Players will create beautiful designs and learn about combinatorics. Recreational math as art, “for the joy of thinking”, will give everybody an unforgettable experience.

 

 

2.00-6.00 PM “X-mas in July”: Kirigami Workshop
by Corinna Beuermann-Kulp
http://www.mathewerkstattdidaktischesmaterialbasteln.de
Kirigami is the Japanese art of paper cutting. You are invited to make several 3D pop-up Christmas decoration and to try the “STEAM Kindergarten suitcase”, and many other interesting tools.

2.00-6.00 PM The Musical Instruments’ Keyboard as You Have Never Seen It Before
by Samuel Verbiese
Samuel Verbiese wants to joyfully share with the Bridges community during the cool Family-Day an improbable and breathtaking discovery he made recently related to the visual ‘wallpaper effect’ at the base of stereograms.

2.00-6.00 PM Coloring Infinity: a Study on The Dougherty Set
by Buddy James & Theo Dougherty
https://www.facebook.com/loveiswatching/
Regular 8.5 x 11 prints of The Dougherty Set will be provided to be colored for the first time in public! New discoveries are found daily. This dynamic geometry is literally fruiting daily, showing how artistic intention can lead to new scientific and mathematical discoveries.

2.00-6.00 PM 3D Geometric Art
by Mircea Draghicescu
Participants can assemble (and take home!) their own geometric art objects using the provided plastic pieces. Suitable for children 8 and up (requires some manual dexterity) and adults.

 

2.00-6.00 PM Navigational Puzzles in the Hyperbolic Plane
by Dorota Celinska and Eryk Kopczynski


The participants will play puzzles based on navigation in hyperbolic geometry, on our computers. The puzzles will take place in the world of HyperRogue, and thus the players will see various shapes typical for hyperbolic geometry, such as horocycles, infinite trees, and tessellations.

2.00-6.00 PM LEGO Broccoli
by Sunil Singh
Let’s build together Sierpinski Pyramids (Level 4/ maybe 5) using LEGO pieces!

 

2.00-6.00 PM (A-)periodic Puzzles
by Uli Seidel
www.seidel.graphics

Uli Seidel offers two different puzzles – one with dinosaurs (periodic pattern, symmetry group pg) and another with many birds (aperiodic Penrose tesselation). There will be stamps available with both motifs so children can create and colour their own puzzles.

2.00-4.00 PM Playing in the Lux Dimension
by Mike Acerra
www.luxblox.com


Meet the Lux inventor, Mike Acerra and play with the Lux blocks to learn how Lux works and what can be made with these 21st century construction elements. This activity is for builders of all ages.

2.00-4.00 PM 4DFrame Mechatronics
by Hogul Park
http://www.4dframe.com/

Meet the inventor, Ho Gul Park  to design, build and code your own robot using 4Dframe Mechatronics.

2.00-4.00 PM Building with Z-bent Springs
by James Mallos
http://weaveanything.blogspot.hu/
Participants build small polyhedra by weaving colorful helical plastic pieces together in a manner inspired by DNA nanotechnology. Learn about ‘strand exchange’ and Euler circuits. Free play for younger participants– but as an advanced activity we will try to assemble the polyhedron encoded by a long ‘scaffold strand’ of ‘DNA’. Participants take home what they make.

2.00-4.00 PM Geometry Through Time
by Roger Burrows
www.rogerburrowsimages.comAuthor of popular math-art coloring books, Roger Burrows invites everyone to a travel through time and cultures, led by ancient geometrical ideas.

2.00-4.00 PM Mathematics and origami
by Natalija Budinski and Miroslav Novta
Origami in maths learning? Participants will experience how origami techniques can be simply implemented to fold polyhedra, which can be used in teaching geometry.

 

2.00-4.00 PM Imaginary Cube Puzzle
by Hideki Tsuiki
https://www.i.h.kyoto-u.ac.jp/users/tsuiki/3H6T/index-e.htmlIt is simply a fun to solve puzzles. However, Imaginary Cube Puzzle has a unique beautiful solution and one needs to find geometrical properties of the pieces to come to the solution. One can observe mathematical beauty and feel mathematical surprise as well as the sense of fulfillment when it is completed.

2.00-4.00 PM Polyhedra Party
by Stacy Speyer
www.polyhedra.stacyspeyer.net
Come to color and construct your own geometric form from the collection of patterned nets called Cubes and Things. We will have scissors, markers, crayons, tape, and a polyhedra enthusiast to help you make these cool shapes!

2.00-3.00 PM Paper Quilt fun with Irrational Numbers
by Elaine F. Ellison
www.mathematicalquilts.com
Participants will measure a historic quilt pattern and discover irrational numbers. Then we will trace triangular shapes on sticky foam material. The foam material will be attached to the pattern.

4.00-6.00 PM Treasures Inside the Bell by Carlos E. Puente
puente.lawr.ucdavis.edu/books_treasures.htm

People of all ages are welcome to create beautiful patterns.

 

 

 

4.00-6.00 PM Poly-Universe & caraWonga Mandalas
www.poly-universe.comwww.carawonga.com
by Experience Workshop (www.experienceworkshop.org)


Experiment with the PolyUniverse artistic game, explore symmetric and chaotic x. It’s possible that some will resemble even flowers or crystals! Millions of variations and it depends on your imagination how the final picture will look like!

Discover symmetries and visual illusions with caraWonga MANDALAS! Create a mandala from the textile stickers, which can be put on the wall, can become a colorful pad, can be used to decorate the planter, the edge of the mirror or our children’s school locker. Only our imagination limits what we create.

4.00-6.00 PM Re-Bot Experience Workshop: Don’t throw it out, create a robot!
by Gábor Vecsei
http://facebook.com/rebotkit
Come and build various robots from recycled materials and code them with your smart phone!

4.00-6.00 PM Polyhedra on a Shoe String: String and Finger Geometry
by Karl Schaffer
http://www.mathdance.org/

String figures, the imaginative designs created with simple loops of string, are found among the world’s most ancient cultures, but these loops may also be used to create remarkable polyhedral structures. Participants will use large loops of rope and string to form polyhedra and other geometric designs, and morph one to another in surprising ways. Similar geometric and polyhedral designs can be created with fingers and arms.

Jardin Galerie’s Children and Youth Art Exhibit
Curated by John Hiigli (Jardin Gallery, New York) and Kristóf Fenyvesi (Experience Workshop)

Jardin Gallery and Experience Workshop presents a screened exhibition of mathematically inspired children artworks from all over the world.

One Response to PROGRAM

  1. Geoff Connors says:

    Can’t wait to see Veronika Irvine’s bobbin lace! Combining not only art, math and computer modelling – but a age old skill as well. Exciting stuff! From my engineering background, I also enjoy envisioning the industrial applications of Veronika’s lace ‘structures’.

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