T he Prefect of the Congregation for the Doctrine of the Faith, Cardinal Salvatore Felici, was working at his huge desk in his opulent office in the Palazzo della Sacra Inquisizione. A forbidding grey-and-ochre palace, it still went by the name of the Sacred Inquisition. Felici’s father, Alberto, had been a trusted advisor to Pope Pius XII and the cardinal was carrying on in his family’s tradition of service to the Holy Church.
Tall and powerfully built, Cardinal Felici was proud of his good head of fine black hair, flecked with grey and combed straight back under his scarlet zucchetto, the distinctive skull cap of the College of Cardinals. He had a long rectangular face, and a large aquiline nose. His piercing grey eyes were hooded, underscored by dark circles, but, like a peregrine falcon, Salvatore Felici missed nothing. His anger rose as he again scrutinised an article by the Guatemalan archaeologist, Dr Weizman, dutifully forwarded to his office by the papal nuncio in Guatemala City. Felici’s red pen was poised to strike as he absorbed her assertions on the existence of a lost codex, and tried to decipher the intermeshing glyphs on Aleta’s diagram of the Mayan calendars: Unlike our own linear calendars, the Mayan calendars, as the diagram shows, measured time in short and long cycles which enabled them to accurately predict major recurring events. The Mayan short- and long-count calendars intermeshed like gears in a gearbox. The larger wheel, the Haab, was based on cycles of the earth, using eighteen months with twenty days in a month giving 360 days. A short nineteenth month consisted of the extra five days, totalling 365. The smaller gear, the sacred Tzolk’in, was based on the cycles of the Pleiades star cluster in the constellation Taurus, so prominent in the night skies of planet earth. The twenty-first of December 2012 heralds a rare once-in-26 000 years meshing of calendar gears that can predict four days, 4000 or 40 000 days in advance. We are living in the Mayan end times, an end time that is dictated precisely by the movement of the planets. The great 26000-year cycle, or 25625 years to be precise, consists of five smaller cycles, each 5125 years in length, and the Maya discovered that our sun, which they called Kinich-Ahau, synchronises with the centre of our galaxy once in each of the smaller cycles. There is an abundance of evidence that proves the accuracy of Mayan predictions. Over a thousand years before it occurred, the Maya predicted the solar eclipse on 11 August 1999 down to the last second – 11:03:07 universal coordinated time – an eclipse that was the most watched in history and the first visible in the United Kingdom since