Most people, including many scientists and electrical engineers, have never heard of Wilhelm Josef Sinsteden.  He invented the lead-acid battery and published his findings in 1854.  In 1860 an improved construction by Gaston Raimond Planté was the first commercially viable version.  It is probably the wide marketing and adoption of the Planté cell which has led to so many books and articles - even a majority of scientific papers - stating that Planté invented the first of these batteries, usually giving 1859 as the date. 

The well-known moral dilemma about sacrificing a few to save many has now been answered by extraction of empirical data from conceivable parallel worlds via obvious-operators instantiated in neural networks that were tuned by evolutionary algorithms into weak quantum measurement of counterfactuals. The scientists came up with an intriguing variation of the traditional setup:

There are three gondolas suspended from cables over an abyss, all attached to one main beam which will break soon if not at least one gondola’s cable is cut.

The gondolas are prepared as follows:

In a previous article, I demonstrate how to build an alcohol burner for a home chemistry set. In my article, I mention that "second-hand stores like Goodwill, Salvation Army, and local mom&pop shops are treasure troves of things to hack or repurpose."

I would like to mention too that close-out stores like Dollar General are also fertile ground for modding.

With the Higgs boson in the bag, the game called "global fit" that particle physicists have been playing for a couple of decades has changed significantly. The knowledge of the Higgs boson mass provided by the measurements obtained by the ATLAS and CMS experiments, added to dozens of  other measurements of critical observable properties of subatomic particles that have been measured at LEP/SLC, LEPII, the Tevatron, and the LHC itself, allow us to constrain some of the fundamental parameters of the Standard Model more than direct experimental determinations do.

But what the heck is a global fit ?

Mammals have the ability to adapt to a range of the temperature. While physiological homeostasis has a lot to do with this, part of the reason why mammals can adapt to cold temperatures is the presence of energy-burning brown fat cells. Unlike the large fat storage units in white fat cells (the cell type responsible for obesity), brown fat cells have the capacity to generate heat and provide insulation from cold. Recently, scientists discovered a population of fat cells with the properties of brown and white fat cells, a population dubbed the beige (brite cells) that emerges in mammalian fat as a result of cold adaptation.

When we say "off the grid," we often mean off the power grid.