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by Jason Padgett
$4.95
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Product Details
Our greeting cards are 5" x 7" in size and are produced on digital offset printers using 100 lb. paper stock. Each card is coated with a UV protectant on the outside surface which produces a semi-gloss finish. The inside of each card has a matte white finish and can be customized with your own message up to 500 characters in length. Each card comes with a white envelope for mailing or gift giving.
Design Details
This captivating illustration presents Pi, geometrically depicted as 720sin(Pi/720), with a radius of one, as if it were light. Jason meticulously... more
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2 - 3 business days
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Canvas Print
Framed Print
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Greeting Card
iPhone Case
Throw Pillow
Duvet Cover
Shower Curtain
Tote Bag
Round Beach Towel
Zip Pouch
Beach Towel
Weekender Tote Bag
Portable Battery Charger
Bath Towel
Apparel
Coffee Mug
Yoga Mat
Spiral Notebook
Fleece Blanket
Tapestry
Jigsaw Puzzle
Sticker
Ornament
This captivating illustration presents Pi, geometrically depicted as 720sin(Pi/720), with a radius of one, as if it were light. Jason meticulously sketched it using pencil and paper, subsequently inverting the colors to enhance visibility from his perspective.
Within this drawing, Jason emphasizes the absence of perfect circles throughout the universe. Circles are inherently composed of triangles, just like all other shapes, and are profoundly intertwined with the number Pi. The closer you cram triangles within a given perimeter, the more the resulting shape approximates a circle, yet never truly attains it. This elucidates why Pi extends to infinity. Pi represents the circumference of a circle (the distance around its perimeter) divided by its diameter (the distance from one side, through the center, to the opposite side). With the addition of more triangles, the circumference incrementally expands (though by diminishing increments), while the diameter remains constant. For ins...
Introducing Savant Jason D. Padgett, a remarkable artist whose work takes us on a journey beyond conventional perception. As the author of the celebrated book "Struck by Genius," which has been optioned for a major motion picture, Jason's artistic talent and unique perspective have captivated audiences worldwide. What makes his artistic exploration even more extraordinary is his personal experience with motion blindness, a condition that has profoundly shaped his artistic vision. Jason's hand-drawn drawings are a testament to his meticulous attention to detail and his ability to capture the essence of his extraordinary perceptions. Despite his motion blindness, he has honed his craft to convey intricate interplays of light, gravity, and...
$4.95
Alex Mir
Wonderful drawing, Jason! Congratulations on your sale!
Gary F Richards
Congratulations on your sale of this wonderful artwork! F/L
Alan Salinger
Congratulations on your sale
Prashant Rahenwal
Hi Jason, According to my darivation from the triangle side length the value of Pi = 180*x/asind(x), where x is the ratio of triangle side length to the diameter of cricle. From this we can say the even if we get limit of side of traingle upto microscopic level like u say plank length, but we can't have limit of macroscopic scale... The variable x defines the infiniteness of universe and we will not have value of Pi upto certain decimal places. It will not not stop until we get physical limits in both directions micro and macro.
Julie Palencia
Congratulations on your recent sale.
Lucia Hoogervorst
Congratulations on your sale,Jason.
Bill Cannon
Congrats on your sale!!!
Jon Burch
Congratulations on your sale!
Odon Czintos
Congratulation for your sale.........................Odon.
JISS JOSEPH
beautiful work....congrats on your sale
Bill Cannon
Congratulations on your sale!!
Cuauhtemoc Ramirez
Thanks for sharing!
Robert Meanor
Fascinating indeed...
Joy DiNardo Bradley DiNardo Designs
Great work, great education!
Natalie Holland
Fascinating! Love this one! Jason, thank you for your comments on my work.
L BARTEL PhD
By far the best explanation of Pi that I've ever read! To see it as a shape and use the equation myself nearly brought tears to my eyes. I will use this to teach many students. Keep up the amazing work!
Nancy Griswold
Really interesting, I read the caption too. Thanks for posting this in the group, I am not a mathemetician, but I do understand the concept about the triangles. Mathematical shapes are universally repetative throughout nature and art...this is all very interesting material you are presenting.