Post # 1
My Fiance and I are looking for science-themed readings for our ceremony since we’re nerdy and both scientists. We’re having trouble finding something that can sound like it’s talking about love and/or attraction and still will be accessible to our guests. Any ideas would be greatly appreciated!
Post # 3
Hi I have a couple you could check out. They may not be science-y but I guess you could consider them nerdy!
Gravitation cannot be held responsible for people falling in love. How on earth can you explain in terms of chemistry and physics so important a biological phenomenon as first love? Put your hand on a stove for a minute and it seems like an hour. Sit with that special girl for an hour and it seems like a minute. That’s relativity. -Albert Einstein
Love is a temporary madness; it erupts like volcanoes and then subsides. And when it subsides you have to make a decision. You have to work out whether your roots have so entwined together that it is inconceivable that you should ever part. Because this is what love is. Love is not breathlessness, it is not excitement, it is not the promulgation of eternal passion. That is just being in love, which any fool can do. Love itself is what is left over when being in love has burned away, and this is both an art and a fortunate accident. Those that truly love have roots that grow towards each other underground, and when all the pretty blossoms have fallen from their branches, they find that they are one tree and not two.
Louis de Bernieres (from Captain Corelli’s Mandolin)
WHAT IS AN ARCH? The arch is nothing else than a force originated by two weaknesses, for the arch in buildings is composed of two segments of a circle, each of which being very weak in itself tends to fall; but as each opposes this tendency in the other, the two weaknesses combine to form one strength.
OF THE KIND OF PRESSURE IN ARCHES. As the arch is a composite force it remains in equilibrium because the thrust is equal from both sides; and if one of the segments weighs more than the other the stability is lost, because the greater pressure will outweigh the lesser.
ON THE STRENGTH OF THE ARCH. The way to give stability to the arch is to fill the spandrels with good masonry up to the level of its summit.
— Excerpt from The Notebooks of Leonardo Da Vinci: Theoretical Writings on Architecture, edited by Jean Paul Richter, 1880.