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When Genesio Morlacci left $2.3 million to a small college here, many people were astonished at the wealth amassed by a man who operated a dry-cleaning shop and later worked as a part-time janitor in retirement.But to those who knew Morlacci well, his bequest came as no surprise. He was a fellow who felt that if you didn t need it, you shouldn t buy it, said Joe Marra, his former attorney. Gene, as he was known, wanted to help others obtain the formal education he never had, Marra added.Morlacci died last month at age 102. The University of Great Falls has announced that his endowme
stanley water bottle nt will generate roughly $100,000 a year for scholarships at the Roman Catholic school, a quiet campus with about 800 students. He worked very hard for this, 18- and 20-hour days, and during each of those working hours, he was doing something good for a student he will never meet, university president Eugene McAllister said. Morlacci, a widower, did not have any children. He gave the college nearly all he saved through work, investments and old-fashioned thrift - he was known to remove worn collars from his shirts, then sew them back on, with the frayed side down.On the rare occasion when a story like Morlacci s pops u
stanley usa p, people find it inspiring, explained Michael Solomon of The Chronicle of Philanthropy.In 1995, offers of matching funds came into the University of Southern Mississippi after an elderly laundry woman - Oseola McCarty - announced sh
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A new exoplanet model developed by Nicolas B. Cowan of the Center for Interdiscipl
stanley drinking cup inary Exploration and Research in Astrophysics and Dorian Abbot of the University of Chicago, has shown that some 8220 uper-earths
stanley cup may resemble our planet a lot more than previously thought. According to the model, these planets may have oceans and continents. By definition, a super-earth is more massive than our planet yet less massive than Uranus鈥攐r somewhere between 2 and 14 times the mass of the earth. Cowan and Abbott model of such a planet suggests that more of its water may be tied up in the mantle than previously thought. Where earlier models of super-earths revealed worlds covered with planet-wide oceans, in the new model having less water on the surface means that more land would be visible. This is similar to what has happened here on the earth, where the immense pressures at the bottoms of the oceans forces water deep into the underlying mantle. According to Cowan and Abbot, even if an exoplanet had up to 80 times the amount of wa
stanley thermos mug ter on the earth, there would still be exposed continents. If this model reflects reality and as yet no planet has been found that confirms it , then this would be important for the evolution of life on these worlds. As we know from our experience on our our planet, the presence of both continents and oceans is an important driver in a planet climate and weather systems. The mixture of oceans and land masses also affects in the
