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Wednesday, June 10, 2015

Who Killed Alexander the Great?



James Romm examines some intriguing new theories about a long-standing historical mystery.
In Babylon on June 10th, 323 BC, at about 5pm, Alexander the Great died aged 32, having conquered an empire stretching from modern Albania to eastern Pakistan. The question of what, or who, killed the Macedonian king has never been answered successfully. Today new theories are heating up one of history’s longest-running cold cases.
Like the death of Stalin, to which it is sometimes compared, the death of Alexander poses a mystery that is perhaps insoluble but nonetheless irresistible. Conspiracy buffs have been speculating about it since before the king’s body was cold, but recently there has been an extraordinary number of new accusers and new suspects. Fuel was added to the fire by Oliver Stone’s Alexander, released in 2004 with new versions in 2006 and 2008: a film that, whatever its artistic flaws, presents a historically informed theory about who killed Alexander and why.
Few events have been as unexpected as the death of Alexander. The king had shown fantastic reserves of strength during his 12-year campaign through Asia, enduring severe hardships and taking on strenuous combat roles. Some had come to think of him as divine, an idea fostered, and perhaps entertained, by Alexander himself. In 325, fighting almost single-handed against South Asian warriors, Alexander had one of his lungs pierced by an arrow, yet soon afterwards he made the most arduous of his military marches, a 60-day trek along the barren coast of southern Iran.
Consequently, when the king fell gravely ill and died two years later, the shock felt by his 50,000-strong army was intense. So was the confusion about who would next lead it, for Alexander had made no plans for succession and had as yet produced no legitimate heir (though one would be born shortly after his death). The sudden demise of such a commanding figure would indeed turn out to be a catastrophic turning point, the start of a half-century of instability and strife known today as the Wars of the Successors.
Events of such magnitude inevitably prompt a search for causes. It is disturbing to think that blind chance – a drink from the wrong stream or a bite from the wrong mosquito – put the ancient world on a perilous new course. An explanation that keeps the change in human hands may in some ways be reassuring, even though it involves a darker view of Alexander’s relations with his Companions, the inner circle of friends and high-ranking officers that surrounded him in Babylon.
Ancient historians have reached no consensus on the cause of Alexander’s death, though many attribute it to disease. In 1996 Eugene Borza, a scholar specialising in ancient Macedon, took part in a medical board of inquiry at the University of Maryland, which reached a diagnosis of typhoid fever; Borza has since defended that finding in print. Malaria, smallpox and leukaemia have also been proposed, with alcoholism, infection from the lung wound and grief – Alexander’s close friend Hephaestion had died some months earlier – often seen as complicating factors. But some historians are unwilling to identify a specific illness, or even to choose between illness or murder: two Alexander experts who once made this choice (one on each side) later changed their opinions to undecided.
With historical research at an impasse, Alexander sleuths are reaching out for new ideas and new approaches. Armed with reports from toxicologists and forensic pathologists and delving themselves into criminal psychology, they are re-opening the Alexander file as an ongoing murder investigation.
The idea that Alexander was murdered first gained wider attention in 2004, thanks to the ending of Stone’s film. In its epilogue Alexander’s senior general Ptolemy (played by Anthony Hopkins), looking back over decades at his commander’s death, declares: ‘The truth is, we did kill him. By silence, we consented … Because we couldn’t go on.’ Ptolemy then instructs the alarmed scribe recording his words to destroy what he has just written and start again. ‘You shall write: He died of disease, and in weakened condition.’
James Romm talks about the death of Alexander on the History Today Podcast
The idea that Alexander’s generals felt pushed too far by their master and colluded in his murder in order to stop him did not arise out of Stone’s famously plot-prone imagination. There is some evidence that not even Alexander’s senior commanders were willing to follow him anywhere. In India in 325 BC, at the eastern edge of the Indus river system, Alexander’s army staged a sit-down strike, when ordered to march eastward towards the Ganges. Even the highest ranking officers took part in the mutiny. Stone considered this episode a forerunner of the later murder conspiracy, since Alexander was again planning vast new campaigns at the time of his death. ‘I can’t believe that these men were going on with Alexander’ to Arabia and Carthage, he said in a 2008 interview at the University of California, Berkeley.
Stone likewise drew on historical research for the idea that Ptolemy masterminded a cover-up of Alexander’s murder, but the waters he is wading in here are very murky indeed. The account Ptolemy tells his scribe to compose at the end of Alexander apparently represents a controversial ancient document called the Royal Journals. Though now lost it was summarised (in different versions) by Arrian and Plutarch, two Greek writers of the Roman Empire, who endorsed it as the most reliable record of Alexander’s last days. Some scholars, led by the Australian classicist Brian Bosworth, believe the Royal Journals were falsified to make Alexander’s death appear natural, just as Stone’s film represents (though in Bosworth’s view the culprit was Eumenes, Alexander’s court secretary, rather than Ptolemy). Others disagree, taking the Journals to be just what Arrian and Plutarch thought they were, an undoctored, day-by-day eyewitness account. 
The debate over the Royal Journals has huge implications for our understanding of Alexander’s death, because Arrian and Plutarch describe that event very differently to other ancient sources. Both authors say that Alexander became feverish after leaving a drinking party at the home of a friend named Medius. His fever grew worse over the course of 10 or 12 days (the two accounts differ in chronology), leading finally to a paralytic state in which the king could neither move nor speak. As his troops shuffled past his sickbed, Arrian reports, Alexander could only shift his eyes to say farewell to each one. Death followed the next day.
But a variety of other accounts paint a very different picture and it was these that Stone followed in Alexander. In this alternate version Alexander was first stricken in the midst of the drinking party rather than afterward and, more importantly, just as he drained a huge cup of wine. These accounts say that Alexander felt a stabbing sensation in the back after downing the cup and cried aloud. From that point on these sources record a variety of symptoms, including great pain, convulsions and delirium, but they say little or nothing about fever, the keynote of the Plutarch and Arrian accounts.
A stabbing pain following a drink of wine would clearly suggest poison, which is why Plutarch, in his biography of Alexander, vehemently denied that it had occurred. ‘Some writers think they have to say such things, as though composing the tragic finale of a great drama’, he sneered. Apparently the dispute between those who thought Alexander had died of disease and those who suspected murder – essentially, those who did or did not trust the Royal Journals – was already rife in Plutarch’s day. Probably all reports of Alexander’s symptoms were spun one way or the other and none can be trusted absolutely.
For supporters of the poisoning scenario the central question is, of course, ‘whodunnit?’ Stone’s film is remarkably cagey about answering this question. In the scene that portrays the fatal banquet dark looks are exchanged among the Companions to show that they know Alexander’s cup contains poison, but no clue is given as to how it got there. By contrast many Greek and Roman writers were certain they knew not only who did it, but how and with what poison. With remarkable uniformity they pointed their fingers at Antipater, the senior general whom Alexander had left in charge of the Macedonian homeland, and at two of his sons, Cassander and Iollas.
Antipater may indeed have had reason to want Alexander dead in the spring of 323 BC, for the king had just removed him from his post and summoned him to Babylon, perhaps with hostile intent. Antipater stayed put but sent Cassander in his stead. According to several ancient accounts Antipater sent with his son a draught of toxic water, collected from the legendary river Styx (believed to flow above ground in the northern Peloponnese before plunging down into the underworld). The water had to be transported in a hollowed-out mule’s hoof, for it was said to eat right through any other substance but horn. In Babylon, ran the story, Cassander passed this mule’s hoof to his brother Iollas – conveniently enough, Alexander’s wine-pourer – who then slipped the toxin into the king’s drink.
The basic elements of this story are the same in every ancient retelling, but details vary. Some versions mention the philosopher Aristotle as a co-conspirator; he was a known friend of Antipater and probably estranged by that time from his former student Alexander, who had sanctioned the death of his relative Callisthenes. Others make Medius, the host of the final, fatal dinner party and allegedly Iollas’ male lover, a participant in the plot. One very early version, published in an anonymous Greek pamphlet, now known as The Last Days and Testament of Alexander, made Iollas doubly guilty: when the first draught of poison failed to kill Alexander, Iollas administered a second, soaking in Styx water the feather he used to help the king vomit.
Until recently historians dismissed the story of the Styx water-poisoning as a fiction, possibly a political smear designed to harm Antipater and Cassander. Both were contestants for power in the era after Alexander’s death and had many enemies, especially Olympias, Alexander’s vengeful mother (who, perhaps to help foster the idea of Antipater’s family’s guilt, eventually had Iollas’ grave dug up and his ashes scattered to the wind). Even the idea that ordinary Greek river water could have toxic properties seemed absurd. In 1913 the distinguished classicist J.G. Frazer declared that the waters the Greeks identified as the Styx, today called Blackwater or Mavroneri, contained no toxins and there the matter rested for almost a century.
But, in a presentation at a conference in Barcelona in 2010, the historian Adrienne Mayor and the toxicologist Antoinette Hayes proposed that the limestone around Mavroneri could easily have nurtured a lethal bacterium called calicheamicin. Chemical tests are being planned to determine whether such bacteria are still present today (though they may have disappeared over the centuries). Mayor and Hayes argue that ‘calicheamicin could cause illness and death like that described for Alexander’ – including his high fever, usually seen as proof of a natural death.
The research of Mayor and Hayes might suggest that Alexander was murdered, though the authors themselves stop short of that claim. They are more interested in explaining the legend than the death itself. Their thesis that the Styx really was strongly toxic would account for why Antipater and his sons were the ancient world’s prime suspects: Cassander’s journey from Europe to Babylon just a few weeks before the onset of Alexander’s symptoms provided an obvious conduit by which Styx water could have arrived at the king’s banquet table. (Cassander later helped confirm the ancient world’s suspicions about him by usurping the throne of Macedonia and executing Alexander’s mother, wife and son.)
The authors are also interested in how, in the Greek imagination, the mythic resonance of the Styx, a river thought able to stupefy even the gods, made it an ideal weapon for Antipater and his sons to use. ‘Such a sacred drug would lend an aura of divinity to Alexander’, Mayor said recently. ‘An ordinary, common drug would not do. Only a very rare, potent and legendary substance would be appropriate for Alexander.’
It remains to be seen whether such glosses on the legend of Antipater’s conspiracy can help crack the mystery. But it is clear that the Mayor-Hayes approach, matching toxins available to the ancient world with Alexander’s reported symptoms, has become an increasingly popular route into that mystery. Three other investigators have pursued it in recent years, combining it with three new hypotheses about who might have administered the toxin: Ptolemy, one of Alexander’s leading generals, committed the murder with arsenic; Rhoxane, the king’s wife, did it with strychnine; Alexander’s physicians did it, but by accident, with powdered hellebore root.
The last of these theories emerged from the unlikely collaboration of the New Zealand toxicologist Leo Schep and the Scotland Yard detective John Grieve. These two men were brought together in a 2009 television documentary, Alexander the Great’s Mysterious Death. Schep had by that time arrived at the conclusion that powdered white hellebore, used medicinally by the ancient Greeks but lethal in large doses, could best account for Alexander’s recorded symptoms. Grieve then made the guess that the hellebore was not delivered by an assassin, as Schep had supposed, but by Alexander’s doctors, who accidentally overdosed their patient while trying to cure him.
Grieve’s ingenious speculation is only that, but has already won the endorsement of at least one Alexander specialist, the British classicist Richard Stoneman. ‘Hellebore, despite its dangers, was the favourite prescription of many ancient doctors because of its violent purgative effects’, Stoneman notes. ‘But it was easy to get the dose wrong, and Alexander’s doctors might have had access to an unfamiliar strain of the drug in Babylon – or even misread the Babylonian label.’
But the toxicology on which Schep and Grieve rely is evidently not an exact science, especially when practiced at a distance of 2,300 years. The author Graham Phillips submitted the same record of Alexander’s symptoms as Schep’s to the Los Angeles County Regional Poison Center but obtained a very different answer. In his 2004 book Alexander the Great: Murder in Babylon Phillips maintains that only strychnine could have produced a death like Alexander’s.
Following a twisting, at times tortuous, trail of logic Phillips tries to identify Alexander’s murderer by finding out who had access to strychnine. The poisonous plant is rare along Alexander’s route of march and could be harvested only in high elevation regions of the subcontinent (modern Pakistan). Not all of Alexander’s retinue followed him into such areas, allowing Phillips to eliminate potential suspects. He concludes that only one person who might have had a motive to kill Alexander also had the means: Rhoxane, the first of the king’s three wives. She had become enraged at Alexander, Phillips assumes, by his two subsequent marriages to Persian princesses and killed him. This view of Rhoxane as a latter-day Medea revives one popularised in the 17th-century English tragedy by Nataniel Lee, The Rival Queens, but is not supported by evidence. (Oliver Stone, too, portrays Rhoxane as a murderously jealous woman, though he makes her guilty of the death of Hephaestion – in his view, Alexander’s male lover – rather than Alexander himself.)
Arsenic gets the spotlight in a 2004 book, The Death of Alexander the Great by Paul Doherty, novelist and amateur historian. Doherty lays particular stress on a macabre piece of evidence mentioned by Plutarch and the Roman writer Quintus Curtius: Alexander’s body did not decay even after lying exposed to the summer heat of Babylon for a week or more. Doherty cites toxicology studies of the 19th century to show that arsenic poisoning can lead to mummification. However the jury seems to be out on this point and, for obvious reasons, opportunities for field tests are few.
If Alexander’s body really did resist decomposition – and some experts consider the story a fiction – then numerous explanations have to be considered. Those who believe Alexander drank himself to death have claimed that his corpse was more or less pickled in alcohol. Strychnine, hellebore and the calicheamicin bacteria have all been given preservative properties by their various adherents. Defenders of the disease scenario give an entirely different and more disturbing reason for the non-decay phenomenon: Alexander, in their view, only appeared to die on June 11th; he actually entered a deep coma. He may still have been barely alive when embalmers arrived many days later to disembowel him.
Doherty’s book uses some intriguing guesswork to arrive at Ptolemy as its lead suspect. Ptolemy got the best post-Alexander assignment of any of the leading generals, a posting in wealthy Egypt. He eventually established an independent kingdom there that endured for centuries, until finally lost by his descendant Cleopatra in 30 BC. Doherty argues backward from Ptolemy’s later success, reasoning that he who gained the most from Alexander’s death had the greatest incentive to bring it about. It is the same thinking that Oliver Stone used when he made Ptolemy a principal member of the murder plot depicted in Alexander. As the director said in the Berkeley interview: ‘I go back to [the film] JFKCui bono? Who benefits?’
It is startling to think that Ptolemy or Rhoxane, two people normally regarded as dependent on and devoted to Alexander, may have wanted him dead, but those possibilities cannot be ruled out. Neither can Stone’s hypothesis that the entire general staff colluded in Alexander’s murder, at least by not intervening to prevent it (‘By silence we consented’). Indeed John Atkinson, a South African classicist, has put forward a scenario very much like that of Stone’s film in a 2009 journal article entitled ‘Alexander’s Last Days: Malaria and Mind Games?’ (co-authored with two medical specialists, Elsie and Etienne Truter).
Like Stone, Atkinson portrays an Alexander who in his final months was feared and mistrusted by his closest associates. ‘The officers were dealing with a man who had become paranoid and cheap’, he and his co-authors write. ‘Men who valued their own lives would have no wish to be led by one who might again risk his own life and put his men into unnecessary mortal danger.’ In Atkinson’s view the campaigns Alexander had in mind in June 323 BC – including conquest of Arabia, Carthage and the entire Mediterranean coast – were a bridge too far for Alexander’s officers. Having turned him back from the East by mutiny, he argues, these men now felt only death could stop him from taking on the West.
Even while regarding Alexander as a pariah to his own people, Atkinson rejects the idea that he was poisoned, seemingly on the grounds of his symptoms. His verdict is something closer to euthanasia: after the king became ill his inner circle pushed him toward death using the ‘mind games’ of the article’s title. ‘The officers in Alexander’s court had the opportunity to work on his mind and undermine his will to survive’, Atkinson writes. ‘Maybe he reached the point of believing that the only heroic thing left for him to do was to die.’
And so the debate goes on with new paths leading to darker mysteries and raising increasingly difficult questions. Ironically the net result of recent theorising has been to create greater uncertainty than ever, even to break down the longstanding dichotomy between illness and poison scenarios. Mayor and Hayes raise the possibility that Alexander died of an illness but was nonetheless murdered; John Grieve suspects he was poisoned, but by accident. Atkinson makes the case that Alexander’s death was neither entirely criminal nor entirely natural, but something in between.
If the embalmed body of Alexander is ever found – and some researchers continue to hunt for it – we may finally learn what caused his death, but the mummy disappeared from view in the third or fourth century ad (it had been displayed before that in a sumptuous monument at Alexandria). Meanwhile investigators will continue to pore over the records left behind by Plutarch, Arrian, Diodorus, Justin and Quintus Curtius. Unfortunately the pool of textual data is large enough to allow multiple ways of connecting the dots.
With physical remains lacking and written testimony ambiguous the burden of proof in the Alexander case falls heavily on circumstantial evidence and much of this presents a grave challenge to all conspiracy theories. Opponents of such theories have long noted that Alexander himself, during the 10 or 12 days he slid towards death, never gave any sign that he suspected poison, though he had become quick to sniff out and punish traitors in his final years. He would never have gone willingly to his death (as Oliver Stone’s film appears to imply), nor would his enemies have allowed him to linger so long if they had in fact acted against him. A slow decline would allow him to order their executions. To assert that Alexander was poisoned one would have to admit that the job was badly bungled.
The same point could be made about what followed Alexander’s death. The chaos and collapse in the succeeding decades looks nothing like the result of a planned assassination. If the goal of the generals was to ‘go home and spend their dough’, as Oliver Stone asserted in his Berkeley interview, they failed miserably. None ever returned to Macedonia and only Ptolemy succeeded in gaining any measure of peace or security. Many of the others continued fighting and killing each other. Given how central Alexander was to the stability of their world, they had no reason in June 323 BC to expect otherwise.
Any plan to poison Alexander would have been fraught with perils, especially for Macedonian warriors who had no experience with toxins. Conspiracy theories have to assume that Alexander’s generals hated their commander enough to risk everything. It is easier to see them in the way the sources portray them: as a dedicated cadre of elite officers reliant for their fortunes on the survival and success of their king. Thus it is easier, in the end, to believe that Alexander died of disease, despite ingenious and determined recent efforts to prove otherwise.
James Romm is James H. Ottaway Jr Professor of Classics at Bard College in Annandale, New York and the author of Ghost on the Throne: The Death of Alexander the Great and the War for Crown and Empire (Knopf, 2011).
- See more at: http://www.historytoday.com/james-romm/who-killed-alexander-great#sthash.1H2ZwZWr.dpuf

தானியங்கி லிப்ட்களைக் கண்டுபிடித்தவர் first safety device for hoists and elevators.Elisha Graves Otis

லிப்ட் ....நாம் இன்று கட்டிடங்களில் பயன்படுததும் தானியங்கி லிப்ட்களைக் கண்டுபிடித்தவர்....Elisha Graves Otis என்பவரே...இந்த லிப்ட் என்ற அமைப்பு பலகாலங்களாக பயன்பாட்டில் இருந்து வந்தாலும் அதைப் பாதுகாப்பு அம்சங்களோடு நீராவி என்ஜினுடன் இணைத்து தானியங்கியாக செயல்படச் செய்தவர் இந்த Otis தான்...ஒடிஸ் தனது கண்டுபிடிப்பை 1853 ல் நியு யார்க்கில் உள்ள Crystal Palace என்னுமிடத்தில் பார்வைக்கு வைத்தார்....அன்று முதல் பெரும் வரவேற்பைப் பெற்றது...Otis நிறுவனம் இன்றும் லிப்ட் தயாரிப்பில் முன்னணி நிறுவனமாக இருக்கிறது...இன்றும் பல இடங்களில் லிப்டில் ஏறும்போது Otis என்று எழுதியிருப்பதைக் காணலாம்.
Elisha Graves Otis didn't invent the elevator, he invented something perhaps more important-the elevator safety device that eventually made high-rise buildings practical.
Born on a farm near Halifax, Vermont, the youngest of six children, Otis made several attempts at establishing businesses in his early years. However, chronically poor health led to continual financial woes. Finally, in 1845, he tried to change his luck with a move to Albany, New York where he worked as a master mechanic in the bedstead factory of O. Tingley & Company. He remained about three years and during that period invented and put into use a railway safety brake, which could be controlled by the engineer, and ingenious devices to run rails for four-poster beds and to improve the operation of turbine wheels.
By 1852 he had moved to Yonkers, New York, to organize and install machinery for the bedstead firm of Maize & Burns, which was expanding. Josiah Maize needed a hoist to lift heavy equipment to the upper floor. Although hoists were not new, Otis' inventive nature had been stimulated because of the equipment's safety problem. If one could just devise a device that would prevent the elevator from falling if the rope broke! .... He hit upon the answer, a tough, steel wagon spring meshing with a ratchet. If the rope gave way, the spring would catch and hold.
In 1854 Otis dramatized his safety device on the floor of the Crystal Palace Exposition in New York. With a large audience on hand, the inventor ascended in an elevator cradled in an open-sided shaft. Halfway up, he had the hoisting rope cut with an axe. The platform held fast and the elevator industry was on its way. Otis had no way of knowing that this simple safety device was to change the attitude of the public towards be lifted within multi-storied buildings. Elisha Otis followed his demonstration with the patenting of an "Improved Hoisting Apparatus in 1861. Claimed as original were an automatic safety device (same as in 1854), shipper ropes, a combined belt-shipper and brake mechanism and lastly, a counter poise weight (see accompanying graphic).

Mathematics reveals the nature of the cosmos

"Let us discuss the very nature of the cosmos. What you may find in this discussion is not what you expect. Going into a conversation about the universe as a whole, you would imagine a story full of wondrous events such as stellar collapse, galactic collisions, strange occurrences with particles, and even cataclysmic eruptions of energy. You may be expecting a story stretching the breadth of time as we understand it, starting from the Big Bang and landing you here, your eyes soaking in the photons being emitted from your screen. Of course, the story is grand. But there is an additional side to this amazing assortment of events that oftentimes is overlooked; that is until you truly attempt to understand what is going on. Behind all of those fantastic realizations, there is a mechanism at work that allows for us to discover all that you enjoy learning about. That mechanism is mathematics, and without it the universe would still be shrouded in darkness. In this article, I will attempt to persuade you that math isn't some arbitrary and sometimes pointless mental task that society makes it out to be, and instead show you that it is a language we use to communicate with the stars."

Tuesday, June 9, 2015

Brain implant can be injected directly into the brain from a syringe

Brain implant can be injected directly into the brain from a syringe, minimizing damage to brain tissue and can be applied without invasive surgery.
"The flexible mesh imitates the interconnecting structure of the neural network and the softness of brain tissue, and is made of materials that the immune system is less likely to reject, so it seems to create less scarring in the brain when it has been inserted.
The incredibly small mesh implant has "very fine metal lines" of circuitry embedded, with electrodes and sensors mounted at the intersections of the wires. By curling the flexible implant, the researchers were able to fit a 1.5 centimeter wide square of mesh up into a syringe with an opening less than half a millimeter wide.
Once injected into the brain, the mesh unfolds to about 80% of its original shape without loss of function. The external wires of the mesh can then be plugged to a computer to monitor and stimulate individual neurons. "


காமராசர் தூய்மை, வாய்மை, நேர்மை

கற்பனையிலும் இப்படி ஒரு தலைவரை இனிக் காண்போமா???
இன மொழி எல்லைகளை கடந்த எல்லோர் மனதிலும் இடம் பிடித்த விசித்திரங்களின் விசித்திரம் அவர். விழிகளை வியக்க வைத்த வரின் விழிகள் மூடி விட்டன. அவரின் கடைசி நாட்களை கவியரசர் கண்ணதாசன் ,
தங்கமே, தென்பொதிகை சாரலே
சிங்கமே என்றழைத்து
சீராட்டும் தாய் தவிர
சொந்தமென்று ஏதுமில்லை
துணையிருக்க மங்கையில்லை
துயமணி மண்டபங்கள்
தோட்டங்கள் ஏதுமில்லை
ஆண்டி கையில் ஓடிருக்கும்
அதுவும் உனக்கில்லையே காமராசா..”

என்று கவிதைகளால் கண் கலங்கினார்.
தூய்மை, வாய்மை, நேர்மை இந்த மூன்று சொற்கள் இருக்கும் வரைக்கும் கர்மவீரர் காமராசர் பெயர் நிலைத்திருக்கும்.
காமராசர் உயிர் பிரிந்தபோது அவர் வாழ்ந்த வீட்டை வீட்டுக்காரன் எடுத்துக்கொண்டான்....
பயனம் செய்த காரை காங்கிரஸ் அலுவலகம் எடுத்துக்கொண்டது.
உடலை நெருப்பு பற்றிக்கொண்டது...
அவரது மகத்தான வாழ்வை வரலாறு எடுத்துக்கொண்டது...

What is Metal Casting




Casting is a manufacturing process where a solid is melted, heated to the proper temperature (sometimes treated to modify its chemical composition), and is then poured into a cavity or mould, which contains it in the proper shape during solidification. Thus, simple or complex shapes can be made from any metal that can be melted in a single step. The resulting product can have virtually any configuration the designer desires.
In addition, the resistance to working stresses can be optimized, directional properties can be controlled, and a pleasing appearance can be produced.






Cast parts range in size from a fraction of an inch and a fraction of an ounce (such as the individual teeth on a zipper), to over 30 feet and many tons (such as the huge propellers and stern frames of ocean liners). Casting has marked advantages in the production of complex shapes, parts having hollow sections or internal cavities, parts that contain irregular curved surfaces (except those made from thin sheet metal), very large parts and parts made from metals that are difficult to machine. Because of these obvious advantages, casting is one of the most important of the manufacturing processes.
Today, it is nearly impossible to design anything that cannot be cast by one or more of the available casting processes. However, as in all manufacturing techniques, the best results and economy are achieved if the designer understands the various options and tailors the design to use the most appropriate process in the most efficient manner. The various processes differ primarily in the mold material (whether sand, metal, or other material) and the pouring method (gravity, vacuum, low pressure, or high pressure). All of the processes share the requirement that the materials solidify in a manner that would maximize the properties, while simultaneously preventing potential defects, such as shrinkage voids, gas porosity, and trapped inclusions.








Monday, June 8, 2015

JYOTIRLINGAM : SHRI TRIYAMBAKESHWAR KSHETRAM ...VIA NASHIK , MAHARASTHRA


Trimbakeshwar or Tryambakeshwar or Trambakeshwar is an ancient Hindu temple in the town of Trimbak, in the Nashik District of Maharashtra, India, 28 km from the city of Nashik. It is dedicated to Lord Shiva and is one of the twelve Jyotirlingaas. It is located at the source of the Godavari River, the longest river in peninsular India.

In Shiv Mahapuran, once Brahma (the Hindu God of creation) and Vishnu (the Hindu God of preservation) had an argument in terms of supremacy of creation. To test them, Shiva pierced the three worlds as a huge endless pillar of light, the jyotirlinga. Vishnu and Brahma split their ways to downwards and upwards respectively to find the end of the light in either directions. Brahma lied that he found out the end, while Vishnu conceded his defeat. Shiva appeared as a second pillar of light and cursed Brahma that he would have no place in ceremonies while Vishnu would be worshipped till the end of eternity. The jyotirlinga is the supreme partless reality, out of which Shiva partly appears. The jyothirlinga shrines, thus are places where Shiva appeared as a fiery column of light.

Originally there were believed to be 64 jyothirlingas while 12 of them are considered to be very auspicious and holy. Each of the twelve jyothirlinga sites take the name of the presiding deity - each considered different manifestation of Shiva. At all these sites, the primary image is lingam representing the beginningless and endless Stambha pillar, symbolizing the infinite nature of Shiva.

The twelve jyothirlinga are Somnath in Gujarat, Mallikarjuna at Srisailam in Andra Pradesh, Mahakaleswar at Ujjain in Madhya Pradesh, Omkareshwar in Madhya Pradesh, Kedarnath in Himalayas, Bhimashankar in Maharastra, Viswanath at Varanasi in Uttar Pradesh, Triambakeshwar in Maharastra, Vaidyanath at Deoghar in Jharkand, Nageswar at Dwarka in Gujarat, Rameshwar at Rameswaram in Tamil Nadu and Grishneshwar at Aurangabad in Maharastra.


The Nagara style of architecture is what typifies this temple made of black stone. It is enclosed in a spacious courtyard and the sanctum (internally a square and externally a stellar structure) houses a small Shivalingam - Tryambaka. The sanctum is crowned with a graceful tower ,a giant amalaka and a golden kalasha. In front of the garbagriha and the antarala is a mandap with doors on all four sides.

Three out of the four doorways are covered with porches, and the openings of these porches are ornamented with pillars and arches. The roof of the mandapam is formed by curvilinear slabs rising in steps. The entire structure is ornamented with sculptural work featuring running scrolls, floral designs, figures of gods, yakshas, humans and animals

Menstrual Cycle ::


The menstrual cycle is the cycle of natural changes that occurs in the uterus and ovary as an essential part of making sexual reproduction possible. It is also known as Menstruation, Menses, Period. In humans, the length of a menstrual cycle varies greatly among women (ranging from 21 to 35 days), with 28 days designated as the average length. Each cycle can be divided into three phases based on events in the ovary (ovarian cycle) or in the uterus (uterine cycle).
The ovarian cycle consists of the follicular phase, ovulation, and luteal phase whereas the uterine cycle is divided into menstruation, proliferative phase, and secretory phase. Both cycles are controlled by the endocrine system and the normal hormonal changes that occur can be interfered with using hormonal contraception to prevent reproduction.
The menstrual cycle can be described by the ovarian or uterine cycle. The ovarian cycle describes changes that occur in the follicles of the ovary whereas the uterine cycle describes changes in the endometrial lining of the uterus. Both cycles can be divided into three phases. The ovarian cycle consists of the follicular phase, ovulation, and the luteal phase whereas the uterine cycle consists of menstruation, proliferative phase, and secretory phase.
The three phases of Menstrual cycle are :
1. Menstrual Period
✔ On Day 1 of your cycle, the thickened lining (endometrium) of the uterus begins to shed. You know this as menstrual bleeding from the vagina. A normal menstrual period can last 4 to 6 days.
✔ Most of your menstrual blood loss happens during the first 3 days.
✔ This is also when you might have cramping pain in your pelvis, legs, and back. Cramps can range from mild to severe. The cramping is your uterus contracting, helping the endometrium shed.
✔ In general, any premenstrual symptoms that you've felt before your period will go away during these first days of your cycle.
See More [ 2. Follicular Phase, 3. Luteal (premenstrual) Phase ]
Premenstrual Syndrome (PMS) ::
Premenstrual Syndrome (PMS) has a wide variety of symptoms, including mood swings, tender breasts, food cravings, crying, oversensitivity, fatigue, irritability and depression. It is also known as PMS or Premenstrual Tension (PMT) or Premenstrual Dysphoric Disorder (PMDD). PMS symptoms occur 1 to 2 weeks before menstrual period (menstruation) starts. PMS can affect menstruating women of any age and the effect is different for each woman.
Causes
✿ Cyclic changes in hormones.
✿ Chemical changes in the brain.
✿ Depression (Feeling of sadness for periods of at least 2 weeks).
Sign & Symptoms
Symptoms vary from woman to woman. PMS often includes both physical and emotional symptoms, such as :
1. Acne
2. Swollen or tender breasts
3. Feeling tired
4. Trouble sleeping
5. Upset stomach, bloating, constipation, or diarrhea
6. Headache or backache
7. Appetite changes or food cravings
8. Joint or muscle pain
9. Trouble with concentration or memory
10. Tension, irritability, mood swings, or crying spells
11. Anxiety or depression
top 11 tips to maintain this prolem or hygiene during your periods
1. Choose your method of sanitation :
There are a number of ways including the use of sanitary napkins, tampons and menstrual cups to stay clean. So, try to use best, comfortable sanitary napkins, pads.

2. Change regularly :
If sanitary napkin is unchange then more chance to Urinary Tract Infection (UTI), vaginal infections and skin rashes. The standard time to change a sanitary pad is once every six hours, while for a tampon is once every two hours.

3. Wash yourself regularly :
When you menstruate, the blood tends to enter tiny spaces like the skin between your labia or crust around the opening of the vagina and you should always wash this excess blood away. This practice also tends to beat bad odour from the vaginal region.

4. Right washing technique :
Always wash or clean the area in a motion that is from the vagina to the anus. Never wash in the opposite direction. Washing in the opposite direction can cause Bacteria from the anus to lodge in the vagina and urethral opening, leading to infections.
5. Have a bath regularly :
Bathing not only cleanses your body but also gives you a chance to clean your private parts well. It also helps relieve menstrual cramps, backaches, helps improve your mood and makes you feel less bloated. To get some relief from backaches and menstrual cramps, just stand under a shower of warm water that is targeted towards your back or abdomen.

6. Discard your used sanitary product properly :
It is essential to discard your used napkins or tampons properly because they are capable of spreading infections, will smell very foul. Wrapping it well before discarding it ensures that the smell and infection is contained.

7. Reduce salt and caffeine :
Avoid processed and fast foods, with their high-salt composition, and you'll help hold water retention at bay and minimize bloating. Caffeine -- found in your daily ration of coffee, tea or soda -- can irritate the stomach by increasing gastrointestinal acidity, making your cramps worse and adding to the discomfort.

8. Get enough calcium :
Foods rich in calcium -- broccoli, yogurt, cabbage and milk -- will naturally fight muscle spasms and help you avoid cramps. Women need at least 1,200 mg of calcium daily, and choosing to get yours though leafy green veggies like kale and spinach has the added advantage of an extra dose of vitamins that can help lighten your flow.

9. Exercise :
Stretch those abdominal muscles with a gentle yoga workout. While you may not feel energetic enough for your normal fitness routine, increasing the blood flow to your pelvic region will give quick relief from cramps.

10. Use of Medicine :
Menstrual pain and cramps can be reduced by drug treatment with Ibuprofen, Aspirin or Naproxen. If you have a regular menstrual cycle, taking one of these pills one day before your period starts can often get rid of the normal discomfort.

11. Apply some Heat :
Stretch out and relax for a few minutes with a heating pad set on low resting on your abdomen. The heat will loosen tight muscles and ease cramping, while the quiet time lowers anxiety and allows you to recharge and feel less irritated and moody.

References
1. http://www.sheknows.com/health-and-wellness
2. http://www.thehealthsite.com/

ஏராளமான தமிழ் நூல்களை ஆங்கிலத்தில் மொழிபெயர்த்து தமிழுக்கு அருந்தொண்டாற்றிய ஜார்ஜ் உக்லோ போப் (George Uglow Pope)

அவரைப் பற்றிய அரிய முத்துக்கள் பத்து:
l கனடாவின் பிரின்ஸ் எட்வர்ட் தீவில் (1820) பிறந்தவர். தந்தை வணிகர். இவர் குழந்தையாக இருந்தபோது குடும்பம் இங்கிலாந்துக்கு குடியேறியது. ஹாக்ஸ்டன் கல்லூரியில் பயின்ற பிறகு, சமயப் பணிக்காக 1839-ல் தமிழகம் வந்தார். கப்பலில் பயணம் செய்த 8 மாதங்களிலேயே தமிழை நன்கு கற்றார்.
l தூத்துக்குடி அருகே உள்ள சாயர்புரத்தில் ஆரியங்காவுப் பிள்ளை, ராமானுஜக் கவிராயரிடம் தமிழ் இலக்கண, இலக்கியங்களைக் கற்றார். தமிழ், தெலுங்கு, சமஸ்கிருதம், மலையாளம், கன்னடம் ஜெர்மன் ஆகிய மொழிகளைக் கற்றார்.
l தஞ்சை, உதகமண்டலம், பெங்களூருவில் சமயப் பணியோடு, கல்விப் பணி, தமிழ்ப்பணியையும் மேற்கொண்டார்.
l தான் போற்றிக் கொண்டாடும் மேலைநாட்டு மெய்ஞானிகளின் வாசகங்கள் திருவாசகத்தில் இருப்பதைக் கண்டு மகிழ்ந்தார். இந்தியாவில் பல பள்ளிகளைத் திறந்து லத்தீன், ஆங்கிலம், ஹீப்ரு, கணிதம், தத்துவம் ஆகியவற்றைக் கற்பித்தார்.
l இங்கிலாந்தின் ஆக்ஸ்போர்டு பல்கலைக்கழகத்தில் தமிழ், தெலுங்கு பேராசிரியராக 13 ஆண்டுகள் பணியாற்றினார். 1886-ல் தமிழில் முதுகலைப் பட்டம் பெற்றார். அதே ஆண்டில் திருக்குறளை ‘Sacred Kural’ என்ற தலைப்பில் ஆங்கிலத்தில் மொழிபெயர்த்தார்.
l புறப்பொருள் வெண்பா மாலை, புறநானூறு, திருவருட்பயன் ஆகியவற்றைப் பதிப்பித்தார். நாலடியார், திருவாசகத்தை ஆங்கிலத் தில் மொழிபெயர்த்தார். தமிழ் இலக்கணத்தை Elementary Tamil Grammar என்ற பெயரில் 3 பாகமாக எழுதினார்.
l தமிழ்ப் புலவர்கள், தமிழ்த் துறவிகள் பற்றி ஆங்கிலத்தில் நூல்கள் எழுதினார். இவரது நூல்கள் பல பதிப்புகள் வெளிவந்தன. பழைய தமிழ் நூல்களைத் தேடித் தேடிப் படித்தார். பழைய ஏட்டுச் சுவடிகளை சேகரித்தார்.
l தமிழ் இலக்கணம் மூன்று பாகங்கள் மற்றும் தமிழ் செய்யுள்களை தொகுத்து ‘செய்யுள் கலம்பகம்’ என்ற பெயரில் வெளியிட்டார். ராயல் ஏஷியாடிக் சொசைட்டி இவருக்கு தங்கப் பதக்கம் அளித்து சிறப்பித்தது. கணியன் பூங்குன்றனாரின் ‘யாதும் ஊரே யாவரும் கேளிர்’ பாடலையும் இளம் பெருவழுதி எழுதிய ‘உண்டாலம்ம இவ்வுலகம்’ பாடலையும் ஆங்கிலத்தில் மொழிபெயர்த்தார்.
l இவர் தமிழுக்கும் சைவ சமயத்துக்கும் ஆற்றிய அருந்தொண்டு அளப்பரியது. திருவாசகம் மீதான இவரது காதல் அபரிமிதமானது. தமிழகத்தில் உள்ளவர்களுக்குக் கடிதம் எழுதும்போது முதலில் ஒரு திருவாசகப் பாடலை எழுதிவிட்டுதான் தொடங்குவார் என்று கூறப்படுகிறது. ஒருமுறை அவ்வாறு பாடல் எழுதியபோது, உள்ளம் உருகி கண்ணீர் பெருகி கடிதத்தின் மீது விழுந்தது என்பார்கள்.
l தமிழுக்குப் பெரும் தொண்டாற்றிய ஜி.யு.போப் 88 வயதில் (1908) மறைந்தார். இங்கிலாந்தின் மத்திய ஆக்ஸ்போர்டு பகுதியில் உள்ள செயின்ட் செபல்கர் தோட்டத்தில் இவரது கல்லறை உள்ளது. ‘நான் ஒரு தமிழ் மாணவன்’ என்று தனது கல்லறையில் பொறிக்கப்பட வேண்டும் என்று கூறியிருந்தார். ஆனால், அந்த ஆசை நிறைவேறவில்லை.

What is a laser distance meter









SUMMARY A Laser Distance Meter sends a pulse of laser light to the target and measures the time it takes for the reflection to return. For distances up to 30m, the accuracy is É3mm. On-board processing allows the device to add, subtract, calculate areas and volumes and to triangulate. You can measure distances at a distance. Compared with a good, old-fashioned tape there’s no contest. A Laser Distance Meter wins on every count: speed , accuracy, safety, versatility, convenience and functionality. Ultrasonic devices offer many of the same features but are less accurate.

Basic Principles A Laser Distance Meter* sends out a finely focussed pulse of light to the target and detects the reflection. The meter measures the time between those two events, and converts this to a distance. The formula is simple: Distance = Ä (Speed x Time). However the speed of light is 300,000 km per second, so to resolve differences of (say) 1 cm, the meter must measure time intervals of the order of billionths of a second. But don’t worry – the technology is well established and reliable! A laser distance meter can measure distances of up to 30m with an accuracy of É3mm. An Ultrasonic Distance Meter works on a similar principle, but instead of light it uses sound with a pitch too high for the human ear to hear. The speed of sound is only about ⅓ of a km per second, so the time measurement is easier, but there are other issues, as we shall see below. * Note that we are not looking at laser ‘range finders’ – these are much less accurate, and are typically used in golf, hunting and forestry.

பெண்களை புரிந்து கொள்ள நாம் இன்னும் வெகுதூரம் செல்ல வேண்டி இருக்கிறது.


அனைவரும் கேட்க வேண்டிய அருமையான பேச்சு. பெண்களை புரிந்து கொள்ள நாம் இன்னும் வெகுதூரம் செல்ல வேண்டி இருக்கிறது. 

"எல்லா மதங்களும் பெண்களுக்கு எதிரானவை, ஆனால் மதங்களுக்கு ஆதரவானர்கள் பெண்கள்தான்"..

நன்றி சொல்வேந்தர்.

ஒரு 14 நிமிடங்கள் செலவளித்து கேட்டு, பகிருங்கள்.

Eight Gorgeous Vintage Cars












The Four Levels of Intuition


Learning to develop and trust our intuitive intelligence is more important now than it ever has been before. According to a recent UCLA study, we are exposed to a tsunami of information that amounts to over 174 newspapers full of data per day. That is more than 5 times the amount of information we were exposed to just 20 years ago. Included in this deluge of data are countless opinions, endless streams of expert advice and a myriad of gurus and guides telling us what we should be doing in order to live our best lives.
The reality is that the only guidance system we need to assist us in living our best life is the wisdom held within our natural intuitive intelligence. When properly developed it can and will lead us to the choices, ideas and innovations that will guide us towards what is truly in our best interest and help us create the highest good in our lives. Intuition is a subtle language so understanding the various ways it communicates makes having a deep and meaningful relationship with it rewarding, reliable and much more fun. Intuition operates in our body and nervous system on levels that range from basic, binary, survival-based communications to complete conversations that are elegant, sophisticated, and evolved.
Level 1: Gut Instinct
Attributes: safety, security, and survival.
We have all heard of this level of intuition, and most of us can recall a time when we have recognized it or felt its presence in our lives. Gut instinct may be the best known and most mainstream interpretation of intuition, but it is only a small part of the entire intelligence system. We should not depend on it alone to guide us to our highest potential or outcome. Gut instinct is simple, basic, and binary, which means it communicates through the feeling of opposites and uses impressions such as yes or no, stop or go, safe or unsafe, to convey its message. When your gut instinct is operating, it will answer such questions as: “Is this choice/person/relationship in my best interests? Can I thrive in this environment? Will this situation meet my deepest needs?”
Level 2: Heart-Based Intelligence
Attributes: courage, compassion, and communication.
The intelligence in the heart encourages us to adopt the practice of courage, compassion, and care and use them to communicate and connect with all other life forms in our environment. It guides us to what is appropriate to say or do in moments of need and allows us to connect and communicate in often unspoken ways and to bond with people, animals, and places in ways that cannot be described by words or rational thought. This center of wisdom prompts us to ask the questions, such as: “Is my life filled with beauty? Do I love what I do? How can I discover my joy? What would I do if I were not afraid? Am I bringing the best of myself to my life and the world?”
Level 3: Visionary Power
Attributes: imagination, visionary certainty, and creative possibility.
The third level of intuitive intelligence is found in the mystical and often misunderstood power of extrasensory perception (ESP), expanded spiritual vision, lucid dreaming and other elevated psychic events. This is the level of intuition where extraordinary solutions, alternate ways of doing things, and groundbreaking new ideas are commonplace. When this center of wisdom is active it guides us to ask questions such as: “What do I see as a solution or possibility? Is there something I am overlooking? What dreams do I have for my future that I haven’t given myself permission to make into reality?”
Level 4: The Connection to Universal Wisdom
Attributes: Universal awareness and unity consciousness
The fourth level of intuitive intelligence is the most nonphysical of the group. This intelligence is often activated during deep meditation or advanced awareness practices, and it is sometimes reported after near-death experiences or times of great stress or trauma. The highest level of intuition that humans can reach while in physical form is the one that allows us to access the realm of all things and to become consciously aware of our connection to and ability to create with the intelligence that is the source our reality. When we are aligned with this level of intelligence, we recognize that all things in life are valuable and appropriate and that we have the power within us to change and heal our lives if we so choose.
Here there are no questions. There is only consciousness.
As you become familiar with these levels of communication, your rapport with this natural form of intelligence will grow, evolve and expand and it will not matter what the rest of the world is telling you to do. With the direct guidance of your own wisdom you will be able to navigate any situation with a sense of joy, ease and great satisfaction.
Simone Wright

Sunday, June 7, 2015

Ancient Siddhnath Temple

Ancient Siddhnath Temple, Omkareshwar
Its main feature
is a frieze of elephants carved on a stone slab at its outer
perimeter. Ornately carved figures adorn the upper portion of the temple and its roof. The temple is encircled by verandahs with columns carved with circles, polygons and squares. It was severely damaged consequent to the Muslim invasion of Muhammad Gazni.

12 Common Symbols in Dreams and What They Mean

The dream is a little hidden door in the innermost and most secret recesses of the soul, opening into that cosmic night which was psyche long before there was any ego- consciousness, and which will remain psyche no matter how far our ego-consciousness extends.” ~ Carl Jung
Dreams give us an opportunity to look into our subconscious mind and may allow for a deeper understanding of personal psychological transformation during waking life. Much of the scientific study about the interpretation of the messages that we are given in our dreams has been based on the work of Carl Jung, a well-respected psychologist and psychiatrist, who believed that dreams are filled with symbols that stem from the unconscious.
Interpreting your own dreams can give you an interesting glimpse into the totality of the psyche. If you’re ready for a peek, keep a journal next to your bed and write down what you remember about your dreams as soon as you wake up (because most often you will forget your dream within a few minutes of being awake). To improve your ability to remember your dreams, each night set an intention that you will remember your dreams. Also, it may help to stay free of drugs and alcohol and to limit what you eat 2 or 3 hours before your bedtime.
Below are twelve very common symbols found in dreams and a short description of what each one means. Dream analysis can be an interesting and fun method of self-reflection and conscious personal development, but always remember that all dreams are very personal and esoteric in nature. Carl Jung states:
“It is plain foolishness to believe in ready-made systematic guides to dream interpretation. No dream symbol can be separated from the individual who dreams it, and there is no definite or straightforward interpretation of any dream.” – Man and His Symbols
1. Being Chased – Something Needs Attention
We often remember dreams where we were being chased because it makes us anxious and fearful. The message in these types of dreams is usually about what you are running from. The mind is giving you a hint that something needs your attention, something that you are not addressing, but should.
2. People – Characteristics of the Self
Seeing people in a dream is a representation of the various aspects of the Self. This may give the dreamer ideas of which personal characteristics need attention. If you dream of specific people, this may indicate which interpersonal issues you need to work through, or if you’re detached from a specific aspect of yourself.
3. House – Dreamer’s Mind
There are several layers of consciousness that comprise the mind. Within a dream, a house is believed to be a representation of the dreamer’s mind, with its different floors and rooms relating to the various aspects of the psyche. For example, a basement can represent something that’s been neglected or is not being amply acknowledged by the dreamer in waking life; and bedrooms can represent intimate thoughts, feelings and memories. The activity in the house signifies how the dreamer utilizes the structure of the mind to acquire and interpret information.
4. Food – Knowledge
In the physical world, food nourishes and energizes our bodies. In the dream world, food is a representation of the nourishment of our minds, or, simply put, knowledge. Dreaming about food can also be interpreted that the mind is ‘hungry’ and is seeking new insights and intellect.
5. School – Learning
When a school or classroom is present in a dream, or you dream about the various aspects of schooling such as taking a test, it signifies the learning process. This could be interpreted as a need to learn something from a situation, past or present, or that you are in need of some self-examination.
6. Nudity – Honesty and Openness
When someone appears nude in a dream, it means that a certain aspect or emotion of the dreamer is being expressed openly and without limitation, even to the point that the dreamer feels exposed or vulnerable.
7. Sex – Sexual Expression, Unification and Creation
When one dreams of sexual intercourse, it may represent the unification of unconscious desires and emotions with conscious recognition. Dreaming about sex can also symbolize creation of new intimate relationships with others or with the Self. In many instances, sex dreams are simply an outlet for sexual expression.
8. Vehicles – Giving or Receiving Experience
Vehicles in a dream symbolize a means for experiencing what is happening in our conscious life, how much control we think we have over the path that the experience presents, and the obstacles we are facing. The type and size of vehicle can indicate different messages. For example, large vehicles can symbolize the organization that is enabling the experience, such as your church or company, an ambulance would indicate a need for healing, and a police car would indicate a need for discipline.
9. Baby – Something New
Dreaming about a baby often represents a new idea or development or the potential for growth in a specific area of your conscious life.
10. Death – Change
In the language of the mind, death usually represents the shift from one state of being to another. Although many may perceive death in a dream as frightening or negative, it usually correlates to a dramatic change or transition that is happening in the dreamer’s life.
11. Animals – Dreamer’s Habits
Considering that the function of animals is mostly based on instinct, the presence of animals in a dream is a representation of the dreamer’s habits. Dreaming about animals can be very helpful in gaining insight into our daily patterns as well as our deepest desires. The type of animal, what it is doing and its habitat can all affect the message that is being communicated by the unconscious mind.
12. Falling – Return to Being Awake / Control
Usually, if you are falling during a dream, it symbolizes the process of returning to the state of awake consciousness. Most often than not, the dreamer does not ‘hit bottom’ but will awaken or stop dreaming beforehand. Some believe that if you are falling uncontrollably in a dream, it represents that you don’t feel in control of a certain aspect of your waking life or are afraid to let go of something.
What to learn more about interpreting your dreams?
Check out:
The Dreamer’s Dictionary, Barbara Condron
Man and His Symbols, Carl Jung
Anna Hunt