The 800-yr-old heart of Dublin’s client saint has been recovered by police, six years after it turned into stolen from a cathedral within the metropolis.
The relic – the heart of St Laurence O’Toole – changed into taken from Christ Church Cathedral in 2012. It has no financial cost but is “a priceless treasure” for the church, stated the cathedral’s dean, the Very Rev Dermot Dunne.
The robbery of the relic, which has been kept in a timber heart-fashioned container within a small iron-barred cage, sparked a six-yr research by way of gardaí.
The relic became offered to the archbishop of Dublin, Michael Jackson, on Thursday evening by way of Garda assistant commissioner Pat Leahy.
A choir sang to mark the coronary heart’s go back, with churchgoers queuing up to trap a glimpse and deliver prayers of thank you. Jackson thanked people who had helped get better the object and defined its return as a comfortable second for the humans of the town.
Its return “brings remarkable joy to the human beings of Dublin as Dubliners,” he stated.
“For those people associated with the life of the dioceses, it brings once more to the fore the near relationship between Glendalough and Dublin, a relationship of greater than 800 years. Laurence left the monastic metropolis of Glendalough of which he became abbot to become archbishop of Dublin, consequently cementing a vibrant relationship that keeps unabated to this day.”
Leahy recommended officers who had “stored their radars on and their minds open in this ongoing investigation”. No arrests have been made, gardaí said.
The church said there could now be a shrine within the cathedral to St Laurence, who died in 1180.
Far away in the semi-darkness of a perpetual dusk, there is a frigid domain in our Solar System’s outer fringes where our Sun can shine with only a frail, faint fire. Here, in this region of icy, dancing bodies, there resides a little world with a big heart. The dwarf planet Pluto, a denizen of the Kuiper Belt–the home of a swarming sea of frozen comet nuclei–has, ever since its discovery, captured the imagination and affection of humanity. Perhaps this is because it is so remote from Earth and the golden, melting heat of our brilliant Star. On July 14, 2015, NASA’s New Horizons spacecraft, at last, reached this strange world, circled by an extraordinary quintet of moons, and began to uncover some of the very well-kept secrets of this icy world. In November 2016, planetary scientists announced that their new research reveals fascinating clues about Pluto, indicating that this frozen sphere at the outer limits of our Solar System is much more active than anyone had ever imagined–and may harbor a subsurface ocean beneath its secretive big heart.
Indeed, the presence of a liquid ocean situated deep beneath Pluto’s frozen, icy surface is the best explanation for certain mysterious features unveiled by New Horizons, according to two new studies. The possibility that Pluto contains a subsurface ocean is not a new idea, but this research provides the most detailed investigation offered yet of its possible starring role in the evolution of certain important and unexplained features on Pluto–such as its low-lying, vast plain named Sputnik Planitia (Sputnik Planum).
Sputnik Planitia is a 1,000-kilometer-wide basin located within a big heart-shaped feature observed on Pluto’s surface, and the new research suggests that it could be in its current location because accumulation of ice made the ice dwarf planet that is Pluto roll over, thus forming cracks and tensions in the crust that suggest the possible presence of a liquid subsurface ocean.
Sputnik Planitia, which forms one side of Pluto’s famous big heart-shaped feature observed in the first New Horizons images, is mysteriously well-aligned with Pluto’s tidal axis. The probability that this is a mere chance occurrence is only about 5%. Hence, the alignment indicates that extra mass in that particular location interacted with tidal forces between Pluto and its largest moon Charon to reorient Pluto. This reorientation placed Sputnik Planitia directly opposite the side facing Charon. However, a deep basin seems unlikely to provide the additional mass necessary to result in that particular kind of reorientation.
“It’s a big, elliptical hole in the ground, so the extra weight must be hiding somewhere beneath the surface. And an ocean is a natural way to get that,” commented Dr. Francis Nimmo in November 16, 2016, University of California, Santa Cruz Press Release. Dr. Nimmo is the professor of Earth and Planetary Sciences at UC Santa Cruz and first author of a paper on the new findings published in the November 16, 2016 issue of the journal Nature. A second paper, appearing in the same issue of Nature, led by Mr. James Keane at the University of Arizona in Tucson, also proposes that this reorientation occurred and points to fractures on Pluto as evidence that this happened.
Dancing In The Dark
Where Pluto resides in our Solar System’s deep freeze, our Sun appears in its murky sky as if it were just an especially large Star floating around in a strange sea of starlight. Mystery tickles the imagination, and Pluto has been an intriguing mystery for almost a century. Situated as it is, far from our Sun, Pluto remained unexplored until the New Horizons spacecraft successfully accomplished its historic closest approach to Pluto, at about 7,750 miles above its secretive surface–about the same distance that it is from Mumbai, India to New York City–making it the first space mission to finally explore this brave new world so far from Earth.
Pluto, Charon, and the other four relatively small moons belonging to the Pluto system reside in the frigid Kuiper Belt–a dimly lit and distant domain beyond the beautiful dark blue ice giant planet Neptune, the outermost of the eight major planets orbiting our Sun. In this previously unknown and unexplored region of our Solar System, a dazzling and icy host of tiny worldlets do a mesmerizing ballet around our distant Star. Pluto is a relatively large denizen of the Kuiper Belt, and it was originally classified as the ninth major planet from our Sun soon after its discovery in 1930. However, a better understanding of the true nature of the Kuiper Belt, and its heavy population of icy inhabitants forced astronomers to come to the realization that Pluto–a beloved, frozen, small “oddball”–is only one of the at least several large denizens of the Kuiper Belt. This realization prompted the International Astronomical Union (IAU) to formally define the term “planet” in 2006–and, as a result, poor Pluto was unceremoniously booted out of the pantheon of major planets, and re-classified as a mere dwarf planet–specifically, an ice dwarf due to its frozen nature. Nevertheless, Pluto still remains a small world of mystery and affection–and debate, since its re-classification as an ice dwarf is not universally accepted among astronomers.
The Pluto saga began when a young farmer’s son from Kansas, the astronomer Clyde Tombaugh (1906-1997) had bestowed upon him the difficult task of hunting for the elusive and possibly non-existent Planet X. According to theory, Planet X is an elusive giant planet that keeps itself well-hidden from the prying eyes of curious astronomers, where it lurks in the cold twilight zone of our Solar System’s outer limits. Tombaugh, who used a telescope in Flagstaff, Arizona, did indeed discover a faint tiny pinpoint of light. However, in one of the many instances of scientific serendipity, Tombaugh did not find what he was looking for. He found something else. What Tombaugh found was not Planet X–it was the little world now known as Pluto!