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Monday, June 15, 2015

நீரிழிவு நோய்யை கட்டுபடுத்தும் காய்கறிகள்:-


தற்போது நீரிழிவால் பாதிக்கப்பட்டுள்ளோரின் எண்ணிக்கையில் இந்தியா முதலில் உள்ளது. ஏனெனில் இந்தியர்கள் எந்த ஒரு உணவிலும் சரியான கட்டுப்பாட்டுடன் இல்லாததால், பாரபட்சமின்றி நோய்கள் உடலைத் தாக்குகின்றன. அவ்வாறு தாக்கும் நோயில் ஒன்று தான் நீரிழிவு. அதிலும் அந்த நோய் வந்தால், அதற்கான டயட சார்ட்டை தயார் செய்வது என்பது மிகவும் கடினம். பழங்கள் மற்றும் காய்கறிகள் உடலுக்கு ஆரோக்கியத்தை தந்தாலும், நீரிழிவு நோயளிகளுக்கு சில நேரங்களில் அவை கெடுதலை விளைவிக்கும். ஏனெனில் நிறைய காய்கறிகளில் இரத்தத்தில் உள்ள சர்க்கரையின் அளவை அதிகரிக்கும் பொருள் உள்ளது.

உதாரணமாக, உருளைக்கிழங்கு, கேரட், பீட்ரூட் போன்ற காய்கள் அனைத்தும் உடலுக்கு மிகவும் சிறந்தவை. ஆனால், அது நீரிழிவு உள்ளவர்களுக்கு சிறந்தது அல்ல.
ஆகவே இந்த நோயால் பாதிக்கப்பட்டவர்கள், எந்த ஒரு உணவை உண்ண வேண்டுமென்றாலும், மிகவும் கவனமாக இருக்க வேண்டியுள்ளது. அதிலும் உண்ணும் காய்கறிகள் மற்றும் பழங்களில் மிகவும் கவனத்துடன் இருக்க வேண்டும். இந்த நோயால் பாதிக்கப்பட்டவர்கள், நிச்சயம் இனிப்பு உள்ள உணவுகளை முற்றிலும் தவிர்க்க வேண்டும். காய்கறிகள் தான் என்று அலட்சியமாக இருக்க வேண்டாம், அவற்றிலும் இனிப்புகள் அதிகம் இருக்கும் காய்கறிகளும் உள்ளன.
எனவே நீரிழிவால் பாதிக்கப்பட்டவர்கள், எந்த காய்கறிகளை சாப்பிட்டால், இரத்தத்தில் உள்ள சர்க்கரையின் அளவைக் கட்டுப்படுத்த முடியும் என்பதைப் பார்ப்போமா!!!
பாகற்காய்
நீரிழிவு நோயாளிகளுக்கு பாகற்காய் ஒரு வரப்பிரசாதம் என்று சொல்லலாம். ஏனெனில் இந்த பாகற்காய் ஜூஸை காலையில் எழுந்ததும் வெறும் வயிற்றில் குடித்து வந்தால், இரத்தத்தில் உள்ள சர்க்கரையின் அளவு கட்டுப்படும்.
வெந்தயக் கீரை
கீரை வகைகளில் வெந்தயக் கீரையை சாப்பிட்டு வந்தால், நீரிழிவைத் தடுக்கலாம். இந்த கீரையில் உள்ள லேசான கசப்பு சுவையானது, இரத்தத்தில் உள்ள குளுக்கோஸின் அளவை குறைக்கிறது.
வெண்டைக்காய்
வெண்டைக்காயை நறுக்கும் போது வரும் ஒருவித பசை போன்ற நீர்மம், நீரிழிவைக் கட்டுப்படுத்தும். அதற்கு இரவில் தூங்கும் போது வெண்டைக்காயை இரண்டாக கீறி, ஒரு டம்ளர் நீரில் ஊற வைத்து, அதிகாலையில் எழுந்ததும், வெறும் வயிற்றில் குடிக்க வேண்டும்.
சுரைக்காய்
இன்சுலின் குறைபாட்டினால் வரும் நீரிழிவை, சுரைக்காயின் சாற்றை எடுத்து, காலையில் குடித்து வர சரியாகும்.
லெட்யூஸ் (Lettuce)
இந்த பச்சை இலைக் காய்கறியில் நார்ச்சத்து அதிகமாகவும், சர்க்கரையின் அளவு குறைவாகவும் உள்ளது. ஆகவே இதனை சாப்பிடுவது நல்லது.
காலிஃப்ளவர்
மற்ற காய்கறிகளைப் போன்று, காலிஃப்ளவர் இனிப்பு சுவையற்றது. ஆகவே இதனை அதிக அளவில் உணவில் சேர்த்து வந்தால், உடலானது நன்கு ஆரோக்கியமாக இருக்கும். இனிப்பு சுவை இல்லாத காய் என்பதால, நீரிழிவு நோயாளிகளுக்கு மிகவும் ஏற்றது.
பூசணிக்காய்
அனைவருக்குமே பூசணிக்காய் இனிப்பு சுவையுடையது என்பது தெரியும். ஆனால் அவற்றில் கிளைசீமிக் இன்டெக்ஸ் மிகவும் குறைவாக இருக்கும். எனவே தான் இது நீரிழிவு நோயாளிகளுக்கு ஏற்ற ஒரு காய்கறி.
பிரெஞ்சு பீன்ஸ்
பிரெஞ்சு பீன்ஸில் உள்ள ஊட்டச்சத்துக்கள், உடலில் இன்சுலின் அளவை அதிகரிக்கிறது. எனவே இதனை நீரிழிவு உள்ளவர்கள் உண்டால், நீரிழிவைத் தடுக்கலாம்.

சர்க்கரை நோய் உள்ளவர்களுக்கு படும் காயங்கள் விரைவில் ஆறிட sugar patients wounds relief oil
100 மில்லி தேங்காய் எண்ணெயில் ஒரு கைபிடி அளவு சிகப்பு அரளிப் பூவை போட்டு ஒரு கண்ணாடி பாட்டிலில் 3-5 நாள் வெயிலில் வைக்கவும்
நன்றாக சாரு எண்ணெயில் இறங்கிவிடும் .பிறகு ஒரு மெல்லிய துணியில் வடிகட்டி பூவை பிழிந்து எடுத்துவிடவும் .இப்போது பாட்டிலில் எண்ணெய்யை பத்திரமாக வைத்துக்கொண்டு மேல் பூச்சாக உபயோகப்படுத்தவும் .நாள்பட்ட பெரிய புண்ணையும் எந்நிலையில் ஆற்றிடும் தன்மை வாய்ந்தது
இது கடுமையான விஷம் ,மிகவும் கவனமாக மேல் பூச்சாக மட்டும் உபயோகப்படுத்தவும் .குழந்தைகளுக்கு எட்டாத இடத்தில் வைக்கவும்

Friday, June 12, 2015

Oru Koppai Theneer - Short Film

Shirdi Sai Baba Bhajan | Guru Ruthe Nahi Thor Re Sai | Full Devotional Song

What is the Mind and what is Thought?


Many make the mistake to think that the Mind is thought. No, it isn't. What we call thought is a product of the Mind and for the time being, from the human brain. So the human being, for the time being, has the need of the human brain to produce thought. Why? Because: he or she is under the domain of the human brain. Definitely, the Mind is not this little handful of clay in our skull called the material brain.

I repeat – the Mind is not a handful of earth in the skull we call brain, just as a battery is not electricity, since a battery may be charged or discharged (while electricity is everywhere). So, we have to study the nature of the Mind in all of its vibrations and frequencies. It needs much study.
What is thought? 

Many will say, “Don’t we know what thought is? Thinking means to know what thought is.” But I tell you that you do not know what thoughts really are, because you have not yet analyzed this question.  What is the nature of thought? What do you think thought is?  Thought is a concentration to gain knowledge of a condition or an object.   To have the phenomenon of thought, we must have a being which we can call self-awareness, which is thinking – which is the thinker.  But if we make an analysis, what is self-awareness? Is it not simply a formation of Divine Thought around a Being? This needs much study.

We have to analyze what thought is. Then we must ask ourselves from where we draw the power to form images and pictures from noetical substance through precise thoughts, which are maybe more real than material objects in the three-dimensional world. We call this process visualization.
Again what is thought? We have said that everything is Mind as Super-substance, substance and super-matter. We are not concerned now with the lowest vibration of Mind, which is called matter. Yet, everything is Mind.

Thought is a form and thinking is a way to obtain, from the boundless ocean of formless Mind in its unexpressed and already existing condition. And we give it, in a certain way – form.  We “formulate” it, and we bring it as a noetical image or mental picture within our inner world, our noetical world. But we also project it as an elemental into the environment around us.   Have you ever thought about this?

We said that thought is the formation of Mind, Mind in a certain form, as specific pictures or images. Until now, man has learned to create these images completely mechanically. And these images are the product of his aims, his wishes, and his desires that are found in life and in his environment.

What are we in relation to the Mind?


Are we the Mind? No, we are using the Mind! We are not the thought, we are not the emotions and we are not our bodies.  So, in our course of studies we must study to control the material body. Study everything possible about the material body and the work of the Archangels. Study the etheric double. Control it. Use it. Study the emotional body, which is sometimes torturing us by uncontrolled desires and emotions. We have to control them and know them…then what? We'll know that we are not our emotions. Our emotions are our expression. Are we our thoughts? No!   Now, what is feeling? What is thought? And what is the relationship between them?  We can never have a feeling without some thought with it; just as we can never have a thought without some feeling with it.  Now, we have to separate these two conditions although they are made up from the same substance. We see that any thought image or elemental needs for its continuous life a cohesive power, which means it must have in itself, feeling and desire.
We make the mistake to make the Mind a slave of the emotions. We enslave the Super-substance of the Mind formulating it into elementals, a mixture of emotions and desires, and thoughts. So, we have to study how we create the elementals that are composing our personality.  

What will we find? We will find that our personality is composed of those elementals (of our impressions, likings and disliking and thoughts) and that we make the terrible mistake to think that these elementals (composing the Present-Day-Personality) are – our Self.   Now, by introspection, studying things, we start to find out that, "Yes, now – who am I who is thinking behind this all, not being influenced by the time-and-place/space impressions, studying the nature of my so-called desires, thoughts, becoming their master?"

What will be the gain of this study? You will find who you are, what you are. You'll become the master of Mind-matter. You'll become the master of your Mind-emotions. You'll know what they are. You'll be able to change and reshape them. Then, you'll become the master of your Mind as reasonable thought, not allowing it to become a slave of your emotions. Then you'll become the master of life – of your destiny.

Of course, the Researcher of Truth will see, when he proceeds, that he can finally make use of Mind in a way that an ordinary man will not know. And this way or method is powerful; thought now is power, tremendous power. We call it “Creative Thought.”  

 Daskalos      

Neptune’s Horses - By Walter Crane




The Minaret of Samarra, Iraq.


Spiraling up from the ground, the remaining minaret of the Great Mosque of Samarra is the the most prominent of the remaining structures of a mosque that was once the largest in the world.
Known as the malwiya or the snail shell minaret, this 180 foot tower was the main focal point of the mosque, that covered 42 acres at its peak. In the mid-9th century, the great work was commissioned by the Abbasid caliph Al-Mutawakkil who allegedly rode a white donkey up the spiraling paths to the top.
Over time, the mosque was slowly destroyed and fell into disuse by the 11th century. However, it's memory was always preserved in the malwiya minaret that towered over Samarra. The pillar was given something of a new life during the war in Iraq, as US troops used it for observation. Sadly, in 2005, the famous minaret was partially destroyed during a bombing raid by insurgents. After 1000 years of proudly standing in the medieval Abbasid capital, it finally began to crumble under the firepower of modern weaponry.
Conflicting stories exist as to why the tower was attacked. Some claim the attack was directed against US forces, while others such as Tony Blair assert that the bombing was carried out to instigate secular warfare. If the latter is true, the lifespan of the minaret could be dramatically shortened given the uncertain and unstable political situation in Iraq.

Ancient city of Polonnaruwa, Sri Lanka. World Heritage Site.




Thursday, June 11, 2015

What is Antepartum Haemorrhage (APH) ::




Antepartum haemorrhage (APH) is defined as bleeding from the birth canal or genital tract after the 24th week (some authors define this as the 20th week, others up to the 28th week) of pregnancy. APH complicates 3–5% of pregnancies and is a leading cause of perinatal and maternal mortality worldwide.
CAUSES
No definite cause is diagnosed in about 40% of all women who present with Antepartum Haemorrhage. Some causes are :
1. Placenta praevia
2. Placental abruption - most common pathological cause
3. Local causes e.g. vulval or cervical infection, trauma or tumours
4. Vasa praevia (bleeding from fetal vessels in the fetal membranes)
5. Uterine rupture
6. UTI
CLINICAL FEATURES
1. Bleeding, which may be accompanied by pain (suggestive of abruption) or be painless (suggesting praevia)
2. Uterine contractions may be provoked
3. Malpresentation or failure of the fetal head to engage
4. There may be associated signs of fetal distress
5. If severe bleeding : the mother may show signs of hypovolaemic shock
MANAGEMENT
1. The mainstays of management are resuscitation and accurate diagnosis of the underlying cause.
2. Severe bleeding or fetal distress: urgent delivery of the baby, irrespective of gestational age.
3. Admit to hospital, even if bleeding is only a very small amount. There may be a large amount of concealed bleeding with only a small amount of revealed vaginal bleeding.
4. No vaginal examination should be attempted, at least until a placenta praevia is excluded by ultrasound. It may initiate torrential bleeding from a placenta praevia.
5. Resuscitation can be inadequate because of underestimation of blood loss and misleading maternal response. A young woman may maintain a normal blood pressure until sudden and catastrophic decompensation occurs.
6. Take blood for FBC and clotting studies. Crossmatch, as heavy loss may require transfusion.
7. Gentle palpation of the abdomen to determine the gestational age of the fetus, presentation and position.
8. Fetal monitoring.
9. Arrange urgent ultrasound.
10. With every episode of bleeding, a rhesus-negative woman should have a Kleihauer test and be given prophylactic Anti-D immunoglobulin.
11. Further managenent :
- Further management will depend on fetal distress, the cause of the antepartum haemorrhage (APH), the extent of bleeding and gestation.
- In slight haemorrhage with blood loss less than 500 ml and no disturbance of maternal or fetal condition, ultrasound shows the placenta not lying in the lower uterine segment, no retroplacental clots, the patient may be discharged or have the baby induced, if it is after 37 weeks and other conditions are suitable. 
- Placenta praevia : separate


COMPLICATIONS
1. Maternal Complications :-
- Anaemia
- Infection
- Maternal shock
- Renal tubular necrosis
- Consumptive coagulopathy
- Postpartum haemorrhage
- Psychological sequelae
- Placenta accreta
2. Fetal complications :-
- Fetal hypoxia
- Small for gestational age and fetal growth restriction
- Prematurity (iatrogenic and spontaneous)
- Fetal death 

MNEMONIC
1. Antepartum hemorrhage (APH): major differential
APH
Abruptio placentae
Placenta previa
Hemorrhage from the GU tract 

Continuous liquid interface production 3D printing Additive manufacturing processes

Additive manufacturing processes such as 3D printing use time-consuming, step wise layer-by-layer approaches to object fabrication. We demonstrate the continuous generation of monolithic polymeric parts up to tens of centimeters in size with feature resolution below 100 micrometers. Continuous liquid interface production is achieved with an oxygen-permeable window below the ultraviolet image projection plane, which creates a “dead zone” (persistent liquid interface) where photopolymerization is inhibited between the window and the polymerizing part. We delineate critical control parameters and show that complex solid parts can be drawn out of the resin at rates of hundreds of millimeters per hour. These print speeds allow parts to be produced in minutes instead of hours.


According to Carbon3D’s CMO/CSO Rob Schoeben, the fundamental difference between existing SLA printers and Carbon3D’s device is that CLIP gets rid of the layers that characterize 3D printers across all seven technologies that exist today. Yes, the computer model of the item to be printed still has to be sliced so the Carbon3D device knows where to image the resin. And, yes, as with other SLA printers such as EnvisionTEC’s, the device uses a digital light projection (DLP) chipset to project the image onto the resin.
So, what’s the difference?
Chemistry, or more to the point, the relationship between oxygen and light. Mr. Schoeben says that oxygen is the enemy of polymerization—you want to keep oxygen away from the resin as much as possible because it inhibits curing. By employing a unique oxygen permeable window at the base of the resin bath, and controlling the oxygen flux through the window, a “dead zone” of oxygen that is 20-40 microns thick is created along the window. Oxygen still exists in the resin above the dead zone, but in small amounts which don’t inhibit polymerization.
The polymerization of the resin is initiated by the DLP. As a continuous sequence of UV images are projected, the object is drawn from the resin bath. However, polymerization does not happen one discrete layer at a time, but rather happens continuously allowing cross-linking of polymer chains across layers due to a gradient of polymerization.  What that means is that the resulting part is molecularly consistent in every direction with no physical layers. According to Mr. Schoeben, CLIP-grown parts are smooth on the outside and rock solid on the inside.
So, how fast is fast?
Determining the speed or throughput of any 3D printer of any technology, much less comparing two manufacturer’s printers using the same technology, is a complicated issue because of many variables. Mr. Schoeben said that Carbon3D is capable of printing at a vertical rate of “100s of mm/hour to 1,000s of mm/hour.” The Eiffel Tower shown in the Carbon3D video online is 55 mm (2.17 inches) tall and took 6.5 minutes to print. That’s an average of approximately 500 mm/hr. In comparison, Formlabs’ Form 1+ prints at 10-30 mm per hour along the Z axis at 100 micron resolution.
Users familiar with SLA printers know that the printed piece must be cleaned and even post-cured after printing. Today, the Carbon3D parts are cleaned with isopropyl alcohol, although the company is researching additional cleaning processes. Post-curing of its parts to give them additional mechanical properties will be possible as well.
Carbon3D’s exhibit at TED included a microscope for attendee’s to see the fine detail of a 3D printed micro-needle array on a transdermal patch. While the demonstrated 3” x 4” resin bath inherently limits the build size, larger resin baths will likely be available eventually. One of the keys to further development in that area is ensuring sufficient resin flow for larger or more detailed builds. And while dealing with the thermal heat building up from the rapid chemical reaction when printing so fast is a non-trivial factor. Mr. Schoeben indicated that is not an issue at current speeds.
What does this mean?
Carbon3D will be coming to the market with its first printer within the next twelve months. The printer is being tested by beta customers in the automotive, special effects and footwear industries. Based in Redwood City CA, Carbon3D’s plans to build its printers there.
Near term, Carbon3D could have a place in marketing and engineering departments where very rapid prototyping and production of concept models is important. Of course the part can be painted afterward, offering additional uses in the movie and television industries, too. The company expects the range of resins will expand and anticipates uses in creating injection mold tooling at some point. Ultimately, Carbon3D could enable volume production of finished goods that are produced quickly and have compelling mechanical properties.
Gartner anticipated the significant expansion of SLA printers that has occurred beginning in 2014. We noted the trend and factored it into our October 2014 Forecast: 3D Printers, Worldwide, 2014. SLA printer shipments worldwide are projected to increase at a 105.6% CAGR through 2018.
SLA never generated the hype that material extrusion printers did, that is until Formlabs’ Kickstarter campaign generated $2.94 million in orders. Other providers have also come on the scene, such as Full Spectrum Laser and XYZprinting. More will arrive, too, as Autodesk’s open hardware/open software/open materials SLA printer “Ember” gets into the market.
Yes, watching a 3D printer from any of the seven technology platforms is captivating and even mesmerizing at first. Carbon3D’s rapid and fluid CLIP process goes beyond that, making its development and ultimate market introduction worth watching.

A 12th Student from Baripada - Orrisa drives Auto Rickshaw for her Educational Expenses


We feel real admiration when we see someone not just named after an idol but also emulating the spirit of that idol. This is exactly what Jhansi Rani Panda is doing; she was named after Rani Laxmi Bai and is living upto it. This 19 year old from Odisha's Mayurbhanj district drives an auto-rickshaw to meet her family's financial expenses and pursues her higher education at the same time.
Poor financial condition forced her to take this decision a few months ago. Her father Ajay Kumar Panda, a bus driver, found it difficult to manage the six-member family with a meagre monthly income of Rs 6,000. The crisis threatened to disrupt Jhansi’s education. But refusing to relent under the pressure a determined Jhansi decided to take it as challenge and learned to drive auto in few months, a second hand auto given by her relatives. She drives nearly 20 km a day from 3 pm to 6 pm after college hours and earns around Rs. 200 per day.
There were initial protests but later on small city digested the fact that a girl drives auto well and got used to it. Jhansi says “I face a lot of teasing. Male counterparts pass comments every day, particularly when I cross any crowded place. But I am used to it now and the comments do not bother me any more”.
“We all nurse a dream of making it big in life. But financial constraints sometimes act as roadblocks in achieving our goals. There is no point in cribbing about financial constraints blocking our goal. It is better to take them head on and try to sort them out .The true test of character is to overcome adversity and pursue one’s dream. That’s why I took up the job of driving auto-rickshaw,” says Jhansi who aspires to become a Mathematics professor as it is her favourite subject since childhood.
As a token of appreciation, Chittaranjan Mohapatra, her land owner has stopped charging rent for the two rooms in his house where the family lives. And Arun Datta, one of Panda's teachers in the college, has started giving her free tuition too.
When you are ready to do anything to achieve your dreams all the powers in the universe help you. Panda is really an inspiration and icon for the youth. No excuses should stop you from pursue your dreams. We salute Jhansi Rani Panda for her spirit and wish her all the best for her future.

சிவ தாண்டவங்கள்




சிவ தாண்டவங்கள் எண்ணிக்கையில் அடங்காதவை.
பஞ்ச சிவதாண்டவங்கள் –
சப்த சிவதாண்டவங்கள் –
ஆனந்த தாண்டவம்
கௌரி தாண்டவம்
சந்தியா தாண்டவம்
ஊர்த்துவ தாண்டவம்
காளிகா தாண்டவம்
சம்கார தாண்டவம்
திரிபுர தாண்டவம்

நவ சிவதாண்டவங்கள் –
நவராத்திரியின் முதல் நாள் : ஆனந்த தாண்டவம்.
நவராத்திரியின் இரண்டாம் நாள் : ஸந்தியா தாண்டவம்.
நவராத்திரியின் மூன்றாம் நாள் : திரிபுரதாண்டவம்.
நவராத்திரியின் நான்காம் நாள் : ஊர்த்துவ தாண்டவம்.
நவராத்திரியின் ஐந்தாள் நாள் : புஜங்க தாண்டவம்.
நவராத்திரியின் ஆறாவது நாள் : முனி தாண்டவம்.
நவராத்திரியின் ஏழாவது நாள் : பூத தாண்டவம்.
நவராத்திரியின் எட்டாவது நாள் : சுத்த தாண்டவம்.
நவராத்திரியின் ஒன்பதாம் நாள் : சிருங்காரத் தாண்டவம்.

நூற்றியெட்டு சிவதாண்டவங்கள் –
தாளபுஷ்பபுடம்
வர்திதம்
வலிதோருகம்
அபவித்தம்
ஸமானதம்
லீனம்
ஸ்வஸ்திக ரேசிதம்
மண்டல ஸ்வஸ்திகம்
நிகுட்டம்
அர்தத நிகுட்டம்
கடிச்சன்னம்
அர்த்த ரேசிதம்
வக்ஷஸ்வஸ்திகம்
உன்மத்தம்
ஸ்வஸ்திகம்
ப்ருஷ்டஸ்வஸ்திகம்
திக் ஸ்வஸ்திகம்
அலாதம்
கடிஸமம்
ஆக்ஷிப்த ரேசிதம்
விக்ஷிப்தாக்ஷிப்தம்
அர்த்த ஸ்வஸ்திகம்
அஞ்சிதம்
புஜங்கத்ராசிதம்
ஊத்வஜானு
நிகுஞ்சிதம்
மத்தல்லி
அர்த்த மத்தல்லி
ரேசித நிகுட்டம்
பாதாப வித்தம்
வலிதம்
கூர்நிடம்
லலிதம்
தண்டபக்ஷம்
புஜங்கத்ராஸ்த ரேசிதம்
நூபுரம்
வைசாக ரேசிதம்
ப்ரமரம்
சதுரம்
புஜங்காஞ்சிதம்
தண்டரேசிதம்
விருச்சிக குட்டிதம்
கடிப்ராந்தம்
லதா வ்ருச்சிகம்
சின்னம்
விருச்சிக ரேசிதம்
விருச்சிகம்
வியம்ஸிதம்
பார்ஸ்வ நிகுட்டனம்
லலாட திலகம்
க்ராநதம்
குஞ்சிதம்
சக்ரமண்டலம்
உரோமண்டலம்
ஆக்ஷிப்தம்
தலவிலாசிதம்
அர்கலம்
விக்ஷிப்தம்
ஆவர்த்தம்
டோலபாதம்
விவ்ருத்தம்
விநிவ்ருத்தம்
பார்ஸ்வக்ராந்தம்
நிசும்பிதம்
வித்யுத் ப்ராந்தம்
அதிக்ராந்தம்
விவர்திதம்
கஜக்ரீடிதம்
தவஸம்ஸ்போடிதம்
கருடப்லுதம்
கண்டஸூசி
பரிவ்ருத்தம்
பார்ஸ்வ ஜானு
க்ருத்ராவலீனம்
ஸன்னதம்
ஸூசி
அர்த்தஸூசி
ஸூசிவித்தம்
அபக்ராந்தம்
மயூரலலிதம்
ஸர்பிதம்
தண்டபாதம்
ஹரிணப்லுதம்
பிரேங்கோலிதம்
நிதம்பம்
ஸ்கலிதம்
கரிஹஸ்தம்
பர ஸர்ப்பிதம்
சிம்ஹ விக்ரீடிதம்
ஸிம்ஹாகர்சிதம்
உத் விருத்தம்
உபஸ்ருதம்
தலஸங்கட்டிதம்
ஜநிதம்
அவாஹித்தம்
நிவேசம்
ஏலகாக்ரீடிதம்
உருத்வ்ருத்தம்
மதக்ஷலிதம்
விஷ்ணுக்ராந்தம்
ஸம்ப்ராந்தம்
விஷ்கம்பம்
உத்கட்டிதம்
வ்ருஷ்பக்ரீடிதம்
லோலிதம்
நாகாபஸர்பிதம்
ஸகடாஸ்யம்
கங்காவதரணம்

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."