Tuesday 23 june 2009 2 23 /06 /Jun /2009 08:07

            Chilies, cayenne pepper, chili pepper or powder, paprika and hot red pepper come from one or more of the several varieties of the capsicum pepper, which was one of the taste surprises from New World brought to Europe by the Spanish in the sixteenth century.

            What is it in these peppers that give the mouth sensations of heat? The answer is a powerful; chemical, the alkaloid capsaicin. Capsaicin has several; components that affect areas of the mouth and troth differently, ranging from a rapid sharp pungency to a longer lasting, less intense bite. The proportion of these components present in different varieties of peppers may give them their different sensory mouth prints.

            About 90% of the HOT ingredient resides in the white part of the capsicum, to which the seeds are attracted, with the rest of the capsaicin located in the seeds and the fruit. So for a mild dish add only the outside of the whole pepper, but if you want your mouth to explore the limits of its hot threshold the inside edge of the chili is the way to go.

By Randolph D'souza - Posted in: Food & Drink - Community: World Wide News
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Monday 22 june 2009 1 22 /06 /Jun /2009 08:31

            The point is often made that, if we can establish December 25 as the day for celebrating Christ birth, why can’t we set a date for Easter, the commemoration of His Resurrection? In some years, the clamour to have a fixed date becomes louder, because Easter is either very early or very late. In fact, in Western countries the feast can occur at any weekend between March 22 and April 25.

            Originally, Easter had nothing to do with the Christian calendar. Our word for the festival comes from Eastre or Ostara, the goodness of spring among Germanic tribes of northern Europe. Pagan tribes rejoiced at the coming of spring, which is why many of our Easter customs, such as the giving of eggs, have pagan not Christian origins.

            Many Europeans take their word for Easter from the Hebrew word Pesach, which means Passover, the French for example call the festival Paques and the Italians Pasqua. Jews celebrate the Passover, an eight-day festival, to commemorate their fight from slavery in Egypt. Easter is associate with the Jewish Passover, because Christ was arrested, tried and crucified that time. The Jewish calendar is based on lunar (not solar
) months, and the Passover always begin on the day of the first full Moon after March 21, the northern spring equinox.

            Easter’s date fluctuates, because it is linked with the Passover. For centuries, the date has caused argument and doubt even among leaders of various churches. Early Christian celebrated Easter during the Passover, Later clerics wanted to give Easter’s holy days special significance, and tried to separate them from Jewish festival. AD 325, the day marking Christ’s Resurrection, would always be a Sunday but after the start of the Passover.

            Because some churches use different calendars, Easter’s date may vary from country to country by a matter of weeks. According to the Gregorian calendar, which most of us follow, Easter Day is the first Sunday after the first Full Moon on or after March 21. If there is a full Moon on Sunday, March 21, Easter is the following Sunday.

            However the Eastern Orthodox Churches, strongest in Eastern Europe and the eastern Mediterranean, use the Julian calendar to decide when Easter falls. (For fixed feast such as Charisma’s they follow the Gregorian calendar.) The Orthodox Easter can occur up to five weeks after the Western.

            Church leaders have tried many times to solve the problems caused by this movable feast. An obvious solution would be to fix the date, but Easter could then fall in the middle of the week. In 1963, The Roman Catholic Church recommended a set date, but none of the other denominations agreed with the suggestion.

            Another, more sweeping, proposal is for the world to have a new calendar by which, year in and year out, any date would fall on the same day of the week. By this system, Easter would always be Sunday, April 8, about midway between it’s current extremes. To many people that sounds like a perfect compromise, but to the world’s decision makers the idea has all the appeal of a stale HOT CROSS BUN.

By Randolph D'souza - Posted in: Customs & Strange Beliefs - Community: World Wide News
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Saturday 20 june 2009 6 20 /06 /Jun /2009 10:53

            By the early nineteenth century, Christmas was no longer a festive event in the lives of many people. In Britain, it had still not recovered from its banning by the Puritans, an edict long since revoked but still lingering in it’s somber effects. Christmas was a one-day holiday, generally regarded as a time for quiet pursuits. In many American homes too, it was a solemn feast, with ought to much sign of its current jollity and show of benevolence.

            So why do we celebrate with such gusto today? It may be a cynical view, but it is often said that Charles Dickens invented our modern Christmas. That is an exaggeration, but it is true that the novelist gave new life to a festival that seemed to be fading away.

            In 1843, Dickens wrote A Christmas Carol, the first of a series of annual Christmas books that were aimed, he said ‘to awaken loving and fore bearing thoughts’  In his stories, Dickens combined a rousing celebration of the old merry making Christmas with the idea of Christmas as an occasion that united families in a sprit of charity and love. He depicted Christmas as being warm and cozy for some and miserably cold and hungry for others. Constantly troubled by the poverty, injustice and divisions in society, he saw his Christmas stories as a means of brining the depressed working classes out of the cold and into the warm embrace of the nation.

            His public readings, which he first gave in 1853, attracted enthusiastic audiences. In Birmingham, 2000 working people, admitted at a reduced price at his request, cheered a three-hour reading of A Christmas Carol, interpreting it as the work of a man who understood and spoke out for them. When Queen Victoria, too, asked to hear Dickens read the story of Scrooge and Tiny Tim, it seemed that the nation was truly united in a sprit of goodwill.

            Internationally, Dickens’s stories were just as successful. A Christmas Carol is said to have had such an influence on one American factory owner the he added a day to his worker’s holiday.

            Dickens is said to have fashioned not only the style of our modern Christmas but the myth – in Britain, if not else ware – that the typical Christmas is white. Climatologists say that Dickens’s childhood there were eight white Christmases in a row, which undoubtedly influenced the way the he, followed by millions of Christmas cards, portrayed the British Christmas. But only two or three times this century has snow fallen ‘deep and crisp and even’ over most of Britain on Christmas Day.

By Randolph D'souza - Posted in: Customs & Strange Beliefs - Community: World Wide News
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Saturday 20 june 2009 6 20 /06 /Jun /2009 07:47

            The colour of beer or of any translucent liquid depends on how much of it you look through. A single drop f beer looks colourless. A glass of it may, according to the brew, appear to be an amber yellow or dark brown. Beer that is yellow in a tumbler would look red in a barrel-sized container of clear glass. The forth or head on a glass of beer looks white because each bubble consists of carbon-dioxide gas inside a minute quantity of beer. The light reaching your eye passes through insufficient beer to turn yellow. In other words it doesn’t have time to change colour.

You may notice a similar phenomenon with water. A single drop of water is quiet clear, so should a glass of it be, if the supply is pure. However if you look through a tube of water several meters long, it has a tinge of blue, the longer the tube, the darker the shade of blue. If you went deep into the ocean, you would find it gradually getting darker, the water above would have absorbed all the light. In an ocean of beer, the light would change from yellow to read, then from dark red to black. But the foam of beer and that on the sea look equally white because the light from each has passed through too little liquid.

Take a pinch of salt, sprinkle it into a glass of beer, and immediately you will see bubbles forming along the path of each falling grain of salt. The bubble has nothing to do with any chemical reaction between the beer and the salt – as you can easily prove by dropping in grains of a substance that doesn’t dissolve.

The bubbles come from carbon dioxide dissolved in beer at about twice atmospheric pressure. They won’t form in the beer with ought any inducement. They need something to cling to – what scientist call a ‘nucleation site’. If your glass is flawed in some way or the beer contains a speck of cork or impurity, bubbles will form at the site. The principal applies equally to all kinds of carbonated drinks. You may have noticed that, in glasses designed with a pebble like finish, bubbles will stream from each nodule in the glass.

If you want to experiment, sprinkle some clean sand into the beer. As the grains fall, they will collect bubbles. Unlike the salt, which dissolves in the beer, the sand collects at the bottom of the glass and continues to send up bubbles. With ought some inducement, the dissolved carbon dioxide does not have the energy to start a bubble -  In other words, to push aside a tiny volume of beer and fill the space with gas. Once a
bubble gets started at a nucleation site, more carbon dioxide comes to the party, pushing into the bubble and expanding it. It’s just like blowing up a balloon: the hardest part always is in getting it started.

By Randolph D'souza - Posted in: Food & Drink - Community: World Wide News
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Friday 19 june 2009 5 19 /06 /Jun /2009 08:32

Champagne was once drunk almost exclusively by the aristocracy. The Industrial Revolution of the nineteenth century created a fast growing group of manufactures, and brought wealth to people who had never had it before. Because of its touch of class, champagne became the drink for special occasion – to open a new factory, launch a ship, toast a bride, and mark a christening.

Charles-Camille Heidsieck, the founder of the Heidsieck champagne company, was an enthusiastic promoter of champagne as the drink to have when celebrating. He travelled much of the world in the mid-nineteenth century extolling the many virtues of champagne, and soon became known as ‘Champagne Charlie. A popular song of the same name ensured even more promotion for the bubbly wine and its tireless advocate.

The instant effervescent sparkle of champagne seemed to suit it ideally to joyful times, and its delicacy made it acceptable at any hour. It has remained a favorite ever since. It needs little promotion, so it escapes the high costs of advertising that beset many of its rivals. But top-quality champagne is expensive to make. The grapes are costly and the wine needs the skill of highly paid experts to bring it to perfection. A major factor, however, is time. Fine champagnes are aged in the bottle for at least six years before the grower can begin to recoup his initial costs.

Even supposing costs could be reduced, would the price be allowed to fall? Many in the industry believe that champagne’s price helps to maintain its allure. Who, after all, would want to mark a special occasion with something as cheap, say as a bottle of beer?. Next time you have a glass of champagne or, indeed, any fizzy drink - watch the bubbles. As they rise, they grow bigger, floating upwards like little balloons, because the carbon dioxide gas inside them is lighter than the liquid. Once a bubble forms, it collects more of the carbon dioxide dissolved in the drink, and continues to grow.

Not only does each bubble grow, but it gathers more buoyant force, which tends to speed its ascent the higher it goes. That is why; if you watch bubbles rising from one spot in your glass, you will see that they gradually get farther apart. However the faster a bubble tries to rise, the greater the drag force on it from the surrounding liquid. If you have ever tried pushing your hand or a paddle through water, you will know that the faster you push the harder it becomes. So it is with the bubble. The drag force acts like a speed cop, bubbles of certain size can rise so fast and no faster.

Home – brewers and ginger – beer makers know the perils of fermentation. With ought due care, bottles may blow their corks or explode as the gas pressure builds up. That indeed was an early problem of champagne production. Corks replaced ill- fitting wooden bungs as a way of keeping the wine sparkle. The Benedictine monk Dom Perignon introduced corks to the champagne region of northeastern France in the seventeenth century.

Some say that the ides came from England where they were already in use, others that Dom Perignon copied Spanish pilgrims, who sealed their gourds with corks. Until that time wooden staples wrapped in oil-soaked hemp stoppered the bottles and kept bubbles from escaping, but as winemakers grew more skilful; at producing bubbles more bottles burst. At one time the loss was as high as 80%.

Then after the Napoleonic War’s, a druggist named Francois de Chalons found a way to assess the amount of sugar in the wine and to gauge how effervescent it would be. He knew that the sugar produced carbon dioxide, which remains dissolved in the wine. He found that he could control not only the amount of gas but also the wine sweetness. From his work comes the dryness or sweetness of a wine: brut, sec, demi-sec and sweet.

Champagne has a pressure five to six time’s that of normal atmosphere – far too great foe a normal bottle to resist. After the pioneer work of Francois de Chalons, champagne was put into stronger bottles, capable of retaining the sparkle with ought bursting.

 

By Randolph D'souza - Posted in: Food & Drink - Community: World Wide News
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