महामहिम जोश के वर्गीज

सीसीईटी के शुरुआत से लेकर अब तक जितने डायरेक्टर और प्रिंसिपल रहे हैं,

सारे सलाहकार,टी पी मैथ्यू ,प्रोफेसर केसी मनी का उत्थान एवं निराकरण देखा हैl पहले  प्रोफेसर  का इंटरव्यू  करते फिर जोइनिंग रिपोर्ट नहीं भेजते l आप तो प्रधानमंत्री मोदी को भी नहीं छोड़ते NBA INSPECTION समय फोटो लगाते हैं फिर गायब कर देते हैं यह कैसी दूरदर्शिता का समावेश है समझना बड़ा मुश्किल हैI 

Dr Rajeshwar Singh, www.drrajeshwar.in  

हवन का महत्व *****


पूजा पाठ अनुष्ठान होने के पश्चात वैदिक काल से ही हवन करने का विधान है। किंतु हवन के पश्चात स्वास्थ्य पर क्या असर पड़ता है इसको जाने।
फ़्रांस के ट्रेले नामक वैज्ञानिक ने हवन पर रिसर्च की। जिसमे उन्हें पता चला की हवन मुख्यतः आम की लकड़ी पर किया जाता है। जब आम की लकड़ी जलती है तो फ़ॉर्मिक एल्डिहाइड नामक गैस उत्पन्न होती है जो की खतरनाक बैक्टीरिया और जीवाणुओ को मारती है तथा वातावरण को शुद्द करती है। इस रिसर्च के बाद ही वैज्ञानिकों को इस गैस और इसे बनाने का तरीका पता चला। गुड़ को जलाने पर भी ये गैस उत्पन्न होती है।
(
) टौटीक नामक वैज्ञानिक ने हवन पर की गयी अपनी रिसर्च में ये पाया की यदि आधे घंटे हवन में बैठा जाये अथवा हवन के धुएं से शरीर का सम्पर्क हो तो टाइफाइड जैसे खतरनाक रोग फ़ैलाने वाले जीवाणु भी मर जाते हैं और शरीर शुद्ध हो जाता है।
(
) हवन की महत्ता देखते हुए राष्ट्रीय वनस्पति अनुसन्धान संस्थान लखनऊ के वैज्ञानिकों ने भी इस पर एक रिसर्च की क्या वाकई हवन से वातावरण शुद्द होता है और जीवाणु नाश होता है अथवा नही. उन्होंने ग्रंथो. में वर्णित हवन सामग्री जुटाई और जलाने पर पाया की ये विषाणु नाश करती है। फिर उन्होंने विभिन्न प्रकार के धुएं पर भी काम किया और देखा की सिर्फ आम की लकड़ी किलो जलाने से हवा में मौजूद विषाणु बहुत कम नहीं हुए पर जैसे ही उसके ऊपर आधा किलो हवन सामग्री डाल कर जलायी गयी एक घंटे के भीतर ही कक्ष में मौजूद बॅक्टेरिया का स्तर ९४ % कम हो गया। यही नही. उन्होंने आगे भी कक्ष की हवा में मौजुद जीवाणुओ का परीक्षण किया और पाया की कक्ष के दरवाज़े खोले जाने और सारा धुआं निकल जाने के २४ घंटे बाद भी जीवाणुओ का स्तर सामान्य से ९६ प्रतिशत कम था। बार बार परीक्षण करने पर ज्ञात हुआ की इस एक बार के धुएं का असर एक माह तक रहा और उस कक्ष की वायु में विषाणु स्तर 30 दिन बाद भी सामान्य से बहुत कम था।
यह रिपोर्ट एथ्नोफार्माकोलोजी के शोध पत्र (resarch journal of Ethnopharmacology 2007
एथ्नोफार्माकोलोजी के शोध पत्र (resarch journal of Ethnopharmacology 2007) में भी दिसंबर २००७ में छप चुकी है।
रिपोर्ट में लिखा गया की हवन के द्वारा सिर्फ मनुष्य बल्कि वनस्पतियों फसलों को नुकसान पहुचाने वाले बैक्टीरिया का नाश होता है। जिससे फसलों में रासायनिक खाद का प्रयोग कम हो सकता है।
क्या हो हवन की समिधा (जलने वाली लकड़ी):- 
समिधा के रूप में आम की लकड़ी सर्वमान्य है परन्तु अन्य समिधाएँ भी विभिन्न कार्यों हेतु प्रयुक्त होती हैं। सूर्य की समिधा मदार की, चन्द्रमा की पलाश की, मङ्गल की खैर की, बुध की चिड़चिडा की, बृहस्पति की पीपल की, शुक्र की गूलर की, शनि की शमी की, राहु दूर्वा की और केतु की कुशा की समिधा कही गई है।
मदार की समिधा रोग को नाश करती है, पलाश की सब कार्य सिद्ध करने वाली, पीपल की प्रजा (सन्तति) काम कराने वाली, गूलर की स्वर्ग देने वाली, शमी की पाप नाश करने वाली, दूर्वा की दीर्घायु देने वाली और कुशा की समिधा सभी मनोरथ को सिद्ध करने वाली होती है।
हव्य (आहुति देने योग्य द्रव्यों) के प्रकार :
प्रत्येक ऋतु में आकाश में भिन्नभिन्न प्रकार के वायुमण्डल रहते हैं। सर्दी, गर्मी, नमी, वायु का भारीपन, हलकापन, धूल, धुँआ, बर्फ आदि का भरा होना। विभिन्न प्रकार के कीटणुओं की उत्पत्ति, वृद्धि एवं समाप्ति का क्रम चलता रहता है। इसलिए कई बार वायुमण्डल स्वास्थ्यकर होता है। कई बार अस्वास्थ्यकर हो जाता है। इस प्रकार की विकृतियों को दूर करने और अनुकूल वातावरण उत्पन्न करने के लिए हवन में ऐसी औषधियाँ प्रयुक्त की जाती हैं, जो इस उद्देश्य को भली प्रकार पूरा कर सकती हैं।
होम द्रव्य :
होमद्रव्य अथवा हवन सामग्री वह जल सकने वाला पदार्थ है जिसे यज्ञ (हवन/होम) की अग्नि में मन्त्रों के साथ डाला जाता है।
(
) सुगन्धित : केशर, अगर, तगर, चन्दन, इलायची, जायफल, जावित्री छड़ीला कपूर कचरी बालछड़ पानड़ी आदि
(
) पुष्टिकारक : घृत, गुग्गुल ,सूखे फल, जौ, तिल, चावल शहद नारियल आदि
(
) मिष्टशक्कर, छूहारा, दाख आदि
(
) रोग नाशकगिलोय, जायफल, सोमवल्ली ब्राह्मी तुलसी अगर तगर तिल इंद्रा जव आमला मालकांगनी हरताल तेजपत्र प्रियंगु केसर सफ़ेद चन्दन जटामांसी आदि.
उपरोक्त चारों प्रकार की वस्तुएँ हवन में प्रयोग होनी चाहिए। अन्नों के हवन से मेघमालाएँ अधिक अन्न उपजाने वाली वर्षा करती हैं। सुगन्धित द्रव्यों से विचारों शुद्ध होते हैं, मिष्ट पदार्थ स्वास्थ्य को पुष्ट एवं शरीर को आरोग्य प्रदान करते हैं, इसलिए चारों प्रकार के पदार्थों को समान महत्व दिया जाना चाहिए। यदि अन्य वस्तुएँ उपलब्ध हों, तो जो मिले उसी से अथवा केवल तिल, जौ, चावल से भी काम चल सकता है।
सामान्य हवन सामग्री :
तिल, जौं, सफेद चन्दन का चूरा , अगर , तगर , गुग्गुल, जायफल, दालचीनी, तालीसपत्र , पानड़ी , लौंग , बड़ी इलायची , गोला , छुहारे नागर मौथा , इन्द्र जौ , कपूर कचरी , आँवला ,गिलोय, जायफल, ब्राह्मी.  
।।जय श्री हरि।।

 

Scientific aspects of Yagya

 1.Our ancient texts are full of legends wherein ancient sages performed Yagyas and the demons (asuras) tried to destroy them. The demons then had to pay a hefty price as the godly, valiant prince used to guard the Holy fire and eliminate the nuisance. Whether these are just folklores, myths, legends or history is a debate for some other day, but there is no denying the fact that Yagya was related to slaying negativity since the Vedic times. Let’s explore how and why…

2.How it works

There are two basic energy systems in the physical world: heat and sound. In performing Yagya, these two energies, namely, the heat from Yagya’s fire and the sound of the chanting of the Gayatri and other Vedic Mantras, are blended together to achieve the desired physical, psychological and spiritual benefits.

3.The aroma of Yagya

The surroundings and the smell of a Yagya can be smelt even at a huge distance. In addition to steam, smoke is also given out in plentiful quantities and solid particles existing in a highly divided state offer adequate surface for mechanical diffusion. Thus smoke also functions as a medium for circulation of aromatic substances depending on temperature and direction of the wind.

4.The science behind using fatty substances (Ghee)

Ghee helps in rapid combustion of cellulose of wood and keeps the fire alight. When all the volatile substances are diffused in the surrounding atmosphere, these are further subjected to photochemical reactions in the sunlight. This may be the reason why it has been recommended that Yagya should be performed in the presence of strong sunlight.

5.The shape of the Agni Kunda

The word ‘pyramid’ means the fire in the middle’. This ancient-word meaning for pyramid is closely connected with the enigmatic energies springing from its central shape. The pyramid shape is generally thought to generate and store a special energy field, which possess bacteriostatic properties. The inverted pyramid shape allows controlled generation and multidirectional dissipation of energy. It acts as an initiator of unusual energy fields and spreads them in its surrounding atmosphere

 

6.Chanting of Sanskrit

The power of sound vibrations is long since acknowledged in the field of science. These vibrations can penetrate the energy spheres at the subtle and cosmic levels. All the alphabets of the Sanskrit language are endowed with special vibrational powers, which set out harmonious wave patterns when pronounced. It is interesting to note that an American Scientist has established that recitation of Gayatri Mantra produces 110,000 sound waves per second.

7.Purification of environment

Till recently it was accepted that research into science can furnish answer to all of man’s problems. Today we find increasing number of diseases including malfunctioning of body organs due to increasing severity of pollution in the atmosphere. Experimental studies show that the incidence of physical ailments, sickness and disease are reduced in the houses, where the Yagya is regularly performed.

8.The Hindu fire ritual is a healing process

Yagya creates a pure, nutritional and medicinal atmosphere. It renews the brain cells, revitalizes the skin, purifies blood and prevents growth of pathogenic organisms. Agnihotra is basically a healing process. ‘Heal the atmosphere and the healed atmosphere will heal you’. Purification of environment through the constituent electrons of the substances fumigated in the Yagya is an obvious effect of this process.

9.Scientific research

According to Dr. Shirowich, a Russian scientist, (i) Cow’s milk contains great power of protection from atomic radiation; (ii) Houses having cow-dung covered floors enjoy complete protection from atomic radiation; (iii) If cow’s ghee is put into Yagya fire, its fumes lessen the effect of atomic radiation to a great extent. The medicinal fumes emanating from Yagya have been observed by researchers in the field of microbiology to be clearly bacteriolethal in nature.

10.Removal of foul odors

While performing Yagya, volatile oils get diffused in the surrounding atmosphere along with steam and smoke. Since these oils have distinct good smell, the foul odors are automatically replaced. This aroma can be experienced easily in the surroundings when Yagya is performed due to diffusion of substances like pine, terpinol and oils of sandal-wood, camphor and clove.

11.Removal of Bacteria

As stated under products of combustion, the partial oxidation of hydrocarbons and decomposition of complex organic substances produce formal aldehyde which is a powerful antiseptic. It is also interesting to note that germicidal action of formaldehyde is only effective in the presence of water vapor which is also produced in large quantities during Yagya. The use of formaldehyde spray for disinfecting of walls, ceiling etc., is common and such a spray is automatically produced when Yagya is performed.

12.Disinfectants and antibiotics

The oxidation of hydrocarbons also produces formic acid and acetic acid both of which are good disinfectants. Use of formic acid for preservation of fruits and that of acetic acid in preserving vinegar is a common practice. The antiseptic and antibiotic effects of fumes of Yagya have also been examined by conducting suitable experiments and it has been established that fumes emitted in Yagya are powerful antibiotic.

13.Removal of insects

There are non-bacterial parasites like flies, ringworm, dice, fleas etc., which are immune to bactericides, which are also harmful to other living beings. Such insects, which are generally immune to ordinary reagents either get killed or are driven away, when they come in contact with the fumes of volatile oils like camphor diffused in the environment.

14.Spiritual significance of Yagya

The heat endowed in yagya is a source of immense energy. As this fire inflames, melts or sublimates all the gross substances inside, we too should burn out all our vices, ill-tendencies, lethargy, dullness and despair and energize our personality with the warmth of new zeal, alacrity, awareness and hope. The heat and energy of the yagya should be reflected in the active flow of our blood, our industriousness and our nimble and vigilant courage to fight against all evils.

15.It represents…

The ash produced by fire reminds us of the ephemeral and transient nature of life. We tend to forget this eternal fact and continue on the path of cravings and attachments…adding to our mistakes, infirmities and sins too. While putting the Yagya – bhasm on our head after the Yagya, we should ponder over the end of our present life and realize the importance of the time and breaths available to us now.

16.The sacred texts

The Yajur-Veda contains the knowledge of the principles and methods of performing yagyas as part of spiritual and scientific experiments for global welfare. The Sam-Veda focuses on the musical chanting patterns of the mantras that deal with the subtle forms of yagya pertaining to mental oblation in the deeper core of emotions.

17.Yajur Veda

The hymns nos. 1 to 29 in chapter 18 of the Yajur Veda describe Yagya as the basis of good agriculture, physical, mental and spiritual and intellectual progress, prosperity in the botanical kingdom of the earth, prosperity in food and cereals produce, good health and pure environment through removal of pollution.

18.Four hundred types of Yagyas

Four hundred yagyas are described in the Vedas, of which 21 are deemed compulsory. These compulsory Yagyas are also called nityakarmas. The rest of the yagyas are optional and are performed for kamyakarma (particular wishes and benefits). The Aupasana Yagya, though not a part of these 21, is still compulsory .

19.Rules of Yagya

Out of the 21 nityakarmas, only the Agnihotra and the Aupasana are to be performed twice daily, at dawn and at dusk. The remaining Yagyas are performed over the course of the year. The more complicated the Yagya, the less frequently it is performed. The most complex ones need to be performed only once in a lifetime.

20.Kinds of Yagyas

The first seven Yagyas are called Paka-Yagyas or cooked sacrifices. The next seven are called Havir-Yagyas or oblations (burnt offerings) related Yagyas and the remaining seven are called Soma-Yagyas.

Aphrodisiac Foods-natural love drug

 

Ginseng

Studies have found Asian and American varieties of the Ginseng herb to help libido and sexual performance. Dr. Josh Axe, D.N.M, C.N.S., D.C. explains, “Ginsenglikely affects the central nervous system, 

Apples

Dr. Steve McGough, doctorate in human sexuality, adds that apples have also been associated with increased sex drive. A 2014 study suggested that eating an apple a day correlated with better sexual quality of life in young women

Saffron

McGough also notes that there’s some impressive evidence for saffron’s effect on sex drive. Saffron’s history as an aphrodisiac dates back to Cleopatra, who reportedly bathed in saffron-infused milk for its aphrodisiac qualities. Recent studies have also shown that saffron also helps increase sperm motility in infertile men and can decrease some of the sexual side effects from taking certain antidepressant

Hot Chilies

Diana Hoppe, an MD and author of Healthy Sex Drive, Healthy You: What Your Libido Reveals About Your Life, says capsaicin, the stuff responsible for making chili peppers spicy, stimulates nerve endings on the tongue, which releases epinephrine (adrenaline) — the chemical that increases your heart rate and releases endorphins (natural opiates found in your body). Just make sure you’re eating them and not actually just, like, rubbing chili pepper on your partner’s body — the shit will sting

Asparagus

The high amount of vitamin E in asparagus can increase blood and oxygen flow to the genitals, Dr. Hoppe explains. There are also high levels of potassium — which is linked to sex hormone production. Plus, if the suggestive phallic shape of things also helps get you in the mood, then hey, good for you!

Avocados

A sexy fun fact about your favorite $2 add on at Chipotle: The Aztec word for avocado is “ahuacatl,” which means “testicle.” But besides the sex-thetic appeal, Dr. Hoppe says avocados also contain high levels of folic acid, vitamin B9 (provides the body with more energy) and vitamin B6 (which helps increase testosteroneproduction).

Bananas

Your least favorite phallic fruit to eat in public, Dr. Hoppe says bananas contain bromelain enzyme — believed to increase a man’s sex drive — as well as high levels of potassium, riboflavin, and vitamin B2 (supes important to keep your energy levels up while you bone

Chocolate

According to Dr. Hoppe, chocolate contains phenylethylamine — a stimulant that elicits excitement and a sense of well-being. The natural caffeine doesn’t hurt either. Make sure to get dark chocolate that’s at least 75 percent cacao to get the heart bennies too.

Pomegranates

What can’t this superfood do (besides not cost an arm and a leg)? Poms are hella full of antioxidants, which are important to decrease inflammation and plaque from building in your arteries, and help deliver more blood flow to all areas of your body, including your genitals. Dr. Hoppe adds that there have also been some studies that suggest pomegranate juice may be helpful with erectile dysfunction (for that $8/bottle pricetag, it better, honestly).

Red Wine

Not only can it help you get in the mood, the resveratrol in red wine is a powerful antioxidant, which, again, helps decrease inflammation and helps quite literally get your blood pump

Almonds/Walnuts

Not only have these been a symbol of fertility in art forever, they’re a prime source of beneficial fatty acids like omega-3, which, again, help with hormone production. Dr. Hoppe also adds that the aroma of almonds is purported to arouse passion in women

Vanilla

Vanilla doesn’t just smell sexy, Dr. Hoppe says it can also create an overall calming effect. No wonder all those late-night scoops of vanilla feel so damn good.

Watermelon

Besides conjuring up sexy memories of summer flings gone by, watermelon is also high in citruline, a phytonutrient, Dr. Hoppe says, that increases the amount of nitric acid in the body, which in turn increases blood flow, blood vessel relaxation, and sexual arousal.

Honey

TBT to ancient Greece, when Hippocrates used to prescribe honey for sexual vigor. This “liquid gold,” as Dr. Hoppe calls it, contains boron, which helps regulate hormone levels and nitric oxide (which helps increase blood flow during arousal). Nitric oxide also helps open up blood vessels involved in creating erections and clitoral engorgement

Coffee

Similarly to chocolate, coffee’s caffeine increases stamina and can elevate mood (because who could be happy while struggling to keep their eyes open?). Dr. Hoppe also adds that coffee increases dopamine levels in the brain, the stuff that increases desire and pleasure.

Strawberries

While the legend says that strawberries originated from the heart-shaped tears of Aphrodite after she learned of her lover, Adonis’s death, modern-day strawberries are anything but a bummer. Dr. Hoppe says they’re loaded with vitamin C, which is important for the production of sex hormones and chemical neurotransmitters in the brain to increase libido. Plus, vitamin C can help keep your immune system up.

Cherries

Another sexy fruit! Not only do they contain potassium and vitamin C, Dr. Hoppe explains that they also contain anthocyanins (the stuff responsible for giving them their red color), powerful antioxidants that reduce inflammation and help maintain a healthy sex drive.

Whipped Cream

Just kidding! If anyone says this, they’re a liar. Dr. Hoppe says there’s no evidence of its aphrodisiac qualities (sorry, Josh from freshman year, you were wrong!), although she does mention that the light creamy texture could make for some creative lovemaking scenarios. Either way, you do you

Future space missions-nano-materials role

Future space missions aim to reach Mars and beyond, but many challenges must be overcome before this can be achieved – and nanomaterials will play a critical role. From bio-nano robot-laced spacesuits, to radiation shielding, to new means of travelling into space, research employing nanomaterials is underway.

 

Space travel

At present, 95% of the weight of a spacecraft at launch is fuel, leaving only 5% for the craft itself, payload and astronauts. Launching – and manoeuvring in space – relies on a chemical propulsion. But is there an alternative?

Electric propulsion (EP) uses electrical power to accelerate the propellant and could significantly reduce the volume of the propellant required to get into space, offering a chance to increase the payload or decrease launch mass. NASA’s Deep Space 1 and the ESA’s SMART-1 launches successfully demonstrated EP as their primary propulsion system.

A nanotechnology EP concept could utilise electrostatically charged and accelerated nanoparticles as a propellant – such a method would consume less fuel than chemical rockets and utilise electricity gathered from solar cells to generate electrical fields that push ions away from the spacecraft. It would employ a microelectromechanical system (MEMS) to accelerate nanoparticles, helping to reduce the weight and complexity of the thrusters. Furthermore, millions on micron-sized nanoparticle thrusters could fit on a square centimetre, meaning highly scalable thruster arrays could be fabricated with the ability to vary the number of MEMS devices drawn on depending on the requirements of the spacecraft.

But there could be another way to get into space – a space elevator. Such a structure requires an incredibly long cable – approximately 90,000 km – and would need to be stronger than any cable found on Earth. Carbon nanotubes (CNTs) are a promising candidate. A CNT cable could be tethered to an asteroid in orbit and an anchor station on Earth while cars powered by solar cells travel up and down much like a vertical monorail. Many engineering challenges must be overcome before such an elevator could be established – namely how to get a 90,000km cable from A to B!

CNTs could also be used in lightweight sails that utilise the pressure of light reflecting on solar cells to propel spacecraft; this would negate the need to carry extra fuel for missions as only fuel for lift-off, docking and landing would be required. Such sails would need to be large yet light, and at present, how to unfold such a thin and fragile structure in space is proving challenging.

Protecting spacecraft and astronauts

NASA believes the risk of exposure to space radiation is the most significant issue restricting humans’ capacity for long-duration spaceflight. Nanotechnology could contribute to improving the spacecraft themselves, while also protecting both astronauts and equipment.

Nanotechnology could make spaceflight more practical: CNT composites could reduce the weight of spacecraft by providing a lightweight skin and internal structures while also maintaining or increasing structural strength. The future may also see self-healing spacecraft employing nanotechnology to repair damage sustained from meteors striking the craft, for example.

Multifunctional hulls are being designed that offer radiation protection and are low weight and structurally stable. Nanomaterials like boron nanotubes could be used in nanosensor-integrated hulls which, in addition to offering effective shielding and energy storage, could alert astronauts to stresses or damage in the spacecraft’s skin or improve onboard systems like life support by quickly reporting changes in levels of trace chemicals in the air.

Onboard electronic equipment also requires protection, and it’s been noted that electronic devices become more tolerant to radiation the smaller they are. Multi-quantum wells or dot devices are more radiation tolerant than larger, conventional devices. Quantum dots could be used in anti-satellite weapon countermeasures; a decoy of such dots of differing shapes and sizes engineered to emit radiation with a profile similar to that of the satellite could protect it from missile attacks.

Spacecraft and equipment aren’t the only things requiring protection – astronauts do too. Future spacesuits could feature layers of bio-nano robots which respond to damage in the suit, for example sealing a puncture in the outer layer. Robots in the inner layer could react if the astronaut is in trouble, providing drugs in a medical emergency for example.

There are still many other ways nanotechnology could help space travel – a network of nanosensors could explore large areas of planets like Mars for traces of water or other chemicals for example – but there many more challenges to overcome before we see some of these ideas launching into orbit.

References 

https://www.nanowerk.com/nanotechnology-in-space.php

http://www.understandingnano.com/space.html

http://www.understandingnano.com/column-space.htm

https://www.livescience.com/33410-how-to-launch-rocket-space.html