Spencer W. McBride 
Joseph Smith for President [PDF ebook] 
The Prophet, the Assassins, and the Fight for American Religious Freedom

By the election year of 1844, Joseph Smith, the controversial founder of the Church of Jesus Christ of Latter-day Saints, had amassed a national following of some 25, 000 believers. Nearly half of them lived in the city of Nauvoo, Illinois, where Smith was not only their religious leader but also the mayor and the commander-in-chief of a militia of some 2, 500 men. In less than twenty years, Smith had helped transform the American religious landscape and grown his own political power substantially. Yet the standing of the Mormon people in American society remained unstable. Unable to garner federal protection, and having failed to win the support of former president Martin Van Buren or any of the other candidates in the race, Smith decided to take matters into his own hands, launching his own bid for the presidency. While many scoffed at the notion that Smith could come anywhere close to the White House, others regarded his run-and his religion-as a threat to the stability of the young nation. Hounded by mobs throughout the campaign, Smith was ultimately killed by one-the first presidential candidate to be assassinated. Though Joseph Smith’s run for president is now best remembered when it is remembered at all for its gruesome end, the renegade campaign was revolutionary. Smith called for the total abolition of slavery, the closure of the country’s penitentiaries, and the reestablishment of a national bank to stabilize the economy. But Smith’s most important proposal was for an expansion of protections for religious minorities. At a time when the Bill of Rights did not apply to individual states, Smith sought to empower the federal government to protect minorities when states failed to do so. Spencer W. Mc Bride tells the story of Joseph Smith’s quixotic but consequential run for the White House and shows how his calls for religious freedom helped to shape the American political system we know today.