Explore Golden Ratio Tattoo, Fibonacci Spiral, and more!

Resultado de imagen de tatuaje orphan black

So this spiral, this is the golden ratio and it’s a mathematical pattern that just repeats itself in nature… in flower petals and honey bees and, you know, the stars in the.

Orphan Black Promotional Photography: Tatiana Maslany and Michael Huisman

Orphan Black Promotional Photography: Tatiana Maslany and Michael Huisman Everyone needs to watch Orphan Black!

"Look. So this spiral, this is the golden ratio and it’s a mathematical pattern that just repeats itself in nature… in flower petals and honey bees and, you know, the stars in the galaxy and.. and in every molecule of our DNA." - Cosima Niehaus

So this spiral, this is the golden ratio and it’s a mathematical pattern that just repeats itself in nature… in flower petals and honey bees and, you know, the stars in the galaxy and. and in every molecule of our DNA.

All these observations seem to support our original hunch: Cosima is the best clone. | Cosima Is The Best Clone On "Orphan Black" Because Science Says So

In fact, despite her borderline genius intelligence – this woman stays humble.

Actress Tatiana Maslany plays several genetically identical clones in this series, but that doesn& mean one doesn& clearly stand out above the rest.

golden spiral shell tattoo - Google Search

alexedanvers: “ “Look. So this spiral, this is the golden ratio and it’s a mathematical pattern that just repeats itself in nature… in flower petals and honey bees and, you know, the stars in the galaxy and. and in every molecule of our DNA.

Cosima Niehaus

Orphan Black's Season 2 Pictures Are as Dark and Sexy as the Show

alexedanvers:  “ “Look. So this spiral, this is the golden ratio and it’s a mathematical pattern that just repeats itself in nature… in flower petals and honey bees and, you know, the stars in the galaxy and.. and in every molecule of our DNA.” -...

alexedanvers: “ “Look. So this spiral, this is the golden ratio and it’s a mathematical pattern that just repeats itself in nature… in flower petals and honey bees and, you know, the stars in the galaxy and. and in every molecule of our DNA.

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