On the autumn of 1911, just as the dawn of quantum mechanics and Einstein’s groundbreaking theory of relativity were unsettling our understanding of existence, some of the world’s most influential physicists were summoned to Brussels for the Solvay Conference — an invitation-only gathering that would become a turning point for modern physics and our basic understanding of reality. The conference was such a towering success that it became a regular event, with twenty-five installments over the next century. The most famous was the fifth, convened in 1927 and chaired by the Dutch Nobel laureate Hendrik Lorenz, whose transformation equations had become the centerpiece of Einstein’s theory of special relativity. Of the 29 attendees that year, 17 would become Nobel laureates; Marie Curie, the sole woman since the inaugural gathering, would become the only scientist to win two Nobel Prizes in two different disciplines. (It was at the first Solvay Conference that Curie had met Einstein — the inception of a lifelong friendship in the […]
Every night during breeding season, the male túngara frog of Central America will stake out a performance patch in the local pond and spend unbroken hours broadcasting his splendor to the world.
The mud-brown frog is barely the size of a shelled pecan, but his call is large and dynamic, a long downward sweep that sounds remarkably like a phaser weapon on “Star Trek,” followed by a brief, twangy, harmonically dense chuck.
Unless, that is, a competing male starts calling nearby, in which case the first frog is likely to add two chucks to the tail of his sweep. And should his rival respond likewise, Male A will tack on three chucks.
Back and forth they go, call and raise, until the frogs hit their respiratory limit at six to seven rapid-fire chucks