Showing posts with label Science. Show all posts
Showing posts with label Science. Show all posts

Wednesday, May 04, 2016

NASA, FAA Demonstrate Wireless Communication with Aircraft

May 3, 2016 RELEASE 16-013
The next steps for AeroMACS will include end-to-end testing
For the first time ever, a team of engineers at NASA’s Glenn Research Center conveyed aviation data--including route options and weather information--to an airplane over a wireless communication system for aircraft on the ground.

The demonstration, which was conducted at Glenn’s Communications, Navigation and Surveillance (CNS) test bed in collaboration with the Federal Aviation Administration and Hitachi, LTD on Feb. 11, demonstrated two technologies that could change airport operations worldwide.

“This was the first time we provided this type of information to an airplane over a ground wireless network,” said Paul Nelson, Glenn’s project manager for Cyber-Security and Secure Communications, Navigation and Surveillance (CNS).

The team used an Aircraft Access to System Wide Information Management (SWIM), or AAtS, prototype technical solution to convey the aviation information to an FAA Bombardier Global 5000 test aircraft taxiing 60 to 70 miles per hour on the Cleveland Hopkins International Airport runway. They sent the information over a new wireless communication system called Aeronautical Mobile Airport Communications System, or AeroMACS.

The prototype AeroMACS hardware was developed by Hitachi. The system is based on WiMAX wireless communication standards, but uses different frequencies to enable connectivity on the ground. AAtS is an FAA technology demonstration and prototype initiative that enables solutions for connecting aircraft and flight crews to common-sourced aeronautical, weather and flight information. The AeroMACS demonstration enabled connectivity to allow updates to weather, airport status and flight and flow information prior to takeoff.

Until now, pilots have relied on voice communication with air traffic control or their airline operations center for this type of information because traditional wireless technologies don’t support high data throughputs. Together, AAtS and AeroMACS will improve situational awareness and reduce the potential for human error by giving pilots access to the information they need to make decisions. The trials consisted of three test cases designed to evaluate performance of both the AAtS and AeroMACS technologies. The trials demonstrated that AeroMACS can simultaneously transport multiple services seamlessly.
“It performed very well; it passed the test,” said Rafael Apaza, the AeroMACS technical lead. “We were able to send multiple applications to the aircraft at the same time and exchange surveillance and advisory flight information with fixed facilities without losing any data. This wireless communications capability will deliver great benefits to U.S. airport operations.”

In addition to improving safety, Nelson said the new wireless technology could allow airports to grow and change more affordably by replacing old underground systems.

“Airport communication systems use a lot of underground cables, which makes repairs and changes difficult,” he said. “Replacing and eliminating the underground infrastructure with wireless technology will reduce maintenance costs and downtime and allow airports to enhance capabilities more quickly.”

Glenn began investigating wireless communication technology for airports in 2004 and has worked with government and industry partners worldwide to develop AeroMACS and the wireless network standards. 

The next steps for AeroMACS will include end-to-end testing involving multiple airports and evaluation of security measures.

The FAA Bombardier Global 5000 test aircraft used in the wireless communication system demonstration.
Credits: NASA

Saturday, November 07, 2015

The launch currently is targeted for Thursday, Dec. 3

Sat, Nov 7, 2015 at 12:41 PM
The spacecraft will carry more than 7,000 pounds of cargo
Inside the high bay in the Payload Hazardous Servicing Facility at NASA's Kennedy Space Center in Florida, was used to remove the protective covering from the Orbital ATK Cygnus pressurized module. The spacecraft will carry more than 7,000 pounds of cargo on the next resupply flight to the International Space Station. The launch currently is targeted for Thursday, Dec. 3 aboard a United Launch Alliance Atlas V 401 rocket from Space Launch Complex 41 at Cape Canaveral Air Force Station, Florida.
Credits: NASA/Kim Shiflett

Tuesday, February 05, 2013

Brain size and behavior


A Whole New Meaning for Thinking on Your Feet 
Nephila clavipes, a big tropical spider, has plenty of
room in its body for its brain. 
Credit: Pamela Belding.
Smithsonian researchers report that the brains of tiny spiders are so large that they fill their 
body cavities and overflow into their legs. As part of ongoing research to understand how 
miniaturization affects brain size and behavior, researchers measured the central nervous systems of nine species of spiders, from rainforest giants to spiders smaller than the head of a pin. As the spiders get smaller, their brains get proportionally bigger, filling up more and more of their body cavities. 
“The smaller the animal, the more it has to invest in its brain, which means even very tiny 
spiders are able to weave a web and perform other fairly complex behaviors,” said William Wcislo, 
staff scientist at the Smithsonian Tropical Research Institute in Panama. “We discovered that the 
central nervous systems of the smallest spiders fill up almost 80 percent of their total body cavity, including about 25 percent of their legs.” 
Some of the tiniest, immature spiderlings even have deformed, bulging bodies. The bulge 
contains excess brain. Adults of the same species do not bulge. Brain cells can only be so small 
because most cells have a nucleus that contains all of the spider’s genes, and that takes up space. The diameter of the nerve fibers or axons also cannot be made smaller because if they are too thin, the flow of ions that carry nerve signals is disrupted, and the signals are not transferred properly. One option is to devote more space to the nervous system.  
“We suspected that the spiderlings might be mostly brain because there is a general rule for all 
animals, called Haller’s rule, that says that as body size goes down, the proportion of the body taken up by the brain increases,” said Wcislo. “Human brains only represent about 2-3 percent of our body mass. Some of the tiniest ant brains that we’ve measured represent about 15 percent of their biomass, and some of these spiders are much smaller.” 
Brain cells use a lot of energy, so these small spiders also probably convert much of the food 
they consume into brain power. 
The enormous biodiversity of spiders in Panama and Costa Rica made it possible for 
researchers to measure brain extension in spiders with a huge range of body sizes. Nephila clavipes, a Smithsonian Institution   News Dec. 12, 2011 SI-528-2011 2 rainforest giant weighs 400,000 times more than the smallest spiders in the study, nymphs of spiders in the genus Mysmena.  
The Smithsonian Tropical Research Institute, headquartered in Panama City, Panama, is a unit 
of the Smithsonian Institution. The Institute furthers the understanding of tropical nature and its 
importance to human welfare, trains students to conduct research in the tropics and promotes 
conservation by increasing public awareness of the beauty and importance of tropical ecosystems. 


Website: www.stri.si.edu 

Spiders carefully move their legs
The web-weaving behavior 
A research on brains and spiders

Friday, January 11, 2013

2nd International Yoga Conference

Fri, Jan 11, 2013 at 11:30 AM
Indian Cardiac Surgeon Dr. H S Delivers Key Note Address
Ludhiana, 11th Jan, 2012 (Shalu Arora and Rector Kathuria): The 2nd International Yoga Conference on Yoga for Health organised by the Patanjali Research Foundation in Haridwar.  Amongst a galaxy of International speakers from USA (Brigham’s Hospital, Boston), UK, Europe (Portugal and Germany) , China and Australia – an Indian surgeon made India proud by delivering one of the most appreciated key note lectures . Dr Harinder Singh Bedi – Head of Cardio Vascular & Thoracic Surgery at the prestigious Christian Medical College & Hospital in Ludhiana , Punjab delivered his oration on ‘Yoga and Heart – Improving Cardiac Surgery Outcomes with Yoga–the Science and the Art “ . Dr Bedi is a pioneer of beating heart bypass surgery having published the first series of his technique in 2000 with publications in the major medical journals and presentations all over the world. Dr Bedi said that beating heart surgery has  made bypass a very safe and consistent procedure. However lung complications continue to slow the recovery in patients all over the world . With a view to reducing these Dr Bedi started using pranayam techniques in his patients before and after major heart surgeries . The results were dramatic and significantly much better as patients  could be removed from artificial ventilation much earlier and spent lesser time in the  ICU and hospital . The morbidity was considerably improved over patients who did not undergo yoga therapy and was much better than the best International standards. The address  was received very well and Dr Bedi got a standing ovation by the International audience . Swami Ramdev was all praise for the excellent scientific study conducted at CMC and congratulated Dr Bedi on the excellent results in his patients . The telecast was live and beamed to all countries in the world .
Dr Bedi is  one of the  few heart surgeons who has understood the importance of using traditional Indian yogic  systems to improve the  outcomes in heart disease patients . He has documented the effects of yoga on the  heart and lungs and presented his findings at various super-specialist meetings and conferences all over the world . Initially sceptical surgeons have been amazed by the results and have started using the beneficial effects in their patients  too. Dr Bedi explained that after major heart surgeries the lungs  do not function well and the patients are not able to cough out secretions resulting in low oxygen levels and pneumonia . With  the addition of simple yogic techniques by a full time yoga teacher – Mr Nirmal Singh – under medical supervision – patients are able to breathe well very soon leading to reduced infection rates and quicker recovery .
Dr Abraham G Thomas – Director of Christian Medical College & Hospital – said that the CMC & H is one of the very few Institutes in the world which has encouraged the addition of yoga therapy to improve the  well being of their patients . With a strong research oriented and patient centred compassionate approach to disease treatment and prevention the CMC was committed to bring the best medical care to the people of this region.

Thursday, February 23, 2012

Virtual Labs Project Launched

A collection of ninety-one virtual laboratories
The Union Minister for Human Resource Development and Communications and Information Technology, Shri Kapil Sibal launching the Virtual Labs under National Mission on Education through Information and Communication Technology (NMEICT), in New Delhi on February 23, 2012. (PIB photo) 23-February-2012
The  Union Minister for Human Resource Development, Government of India today launched Virtual Labs—a collection of ninety-one virtual laboratories containing hundreds of experiments in nine disciplines of science and engineering. As part of Ministry of Human Resource Development(MHRD)’s National Mission on Education through Information and Communication Technology (NMEICT), Virtual Labs is part of a comprehensive undertaking to provide easily accessible and high quality education throughout India.

Virtual Labs’ primary focus is to provide graduate and undergraduate college and university students with the ability to perform their required laboratory experiments using only the World Wide Web, a standard computer, and an Internet connection. Virtual Labs allow students to practice and better learn the science and engineering behind the experiments that they are required to perform. Virtual Labs also allows the sharing of costly equipment across the country, and in very rural areas, students will be able to perform experiments that they would not otherwise be able to access.

Nearly 300 department heads, faculty, and staff representing 152 institutions have been trained across India. Over 20 Nodal Centres have been created, institutions who have expressed their interest to champion Virtual Labs in their organisations and geographical areas.

The Pilot Phase of the Virtual Labs project started in April 2009.  During this phase, approximately twenty labs were developed as proof of concept.  The Main Phase began in April 2010.  So far, over 80 Virtual Labs have been developed, and are undergoing field trials in various parts of the country.

Two types of virtual labs have been developed under this project. In the Simulation Based Virtual Labs the experiments are modeled using mathematical equations.  The simulations are carried out remotely at a high-end server, and the results are communicated to the student over the internet.  Simulation based Virtual Labs are scalable and can cater to a large number of simultaneous users.

Using the Remote Triggered Virtual Labs the actual experiments are triggered remotely.  The output of the experiment (being conducted remotely) is communicated back to the student over the internet.  This class of Virtual Labs gives the student the output of real-time experiments.  Typically, time-slots are booked before conducting such experiments.

All Virtual Labs can be accessed through a common website:  www.vlab.co.in . At the user end, a PC and broadband connectivity enables the user to access Virtual Labs.

These Virtual Labs will be very useful for Engineering College Students who do not have access to good lab-facilities, High-school students, whose inquisitiveness will be triggered, possibly motivating them to take up higher-studies, Researchers in different institutes who can collaborate / share equipment and engineering colleges, who can benefit from the content and related teaching resources.
Currently 85 Virtual Labs have been developed comprising of 769 experiments. Trainings and workshops have been held all over India to disseminate knowledge of these Virtual Labs. Future efforts will involve development of virtual labs in different subjects and wide dissemination of this knowledge.

A Collaborative Platform for Development of Virtual Labs has been created that assists the faculty with authoring and maintaining Virtual Labs. The platform hosts over 825 experiments developed by many of the partner institutions. The Collaborative Platform provides the server side architecture for ensuring that virtual labs run securely, can effectively serve thousands of students simultaneously, and reserve time slots for experiments that require scheduling. The Collaborative Platform also provides tools to help teachers monitor their students’ progress and make changes to the instructional material.

Student interest in Virtual Labs has also been enthusiastic. The Virtual Labs site (vlab.co.in) has had 233,570 site visits and 1,034,443 page visits in just the last 6 months. There are over 4500 registered users from 134 countries and handles around 100GB of traffic per month with visitors from India, United States, Malaysia, Philippines, United Kingdom, Australia, Canada, Germany, Pakistan and so on.

With the launch of Virtual Labs Indian students will have easy access to an encyclopedia of science and engineering knowledge presented in a way that is engaging, immersive, and enjoyable. Virtual Labs will allow students to explore, discover, and learn wherever they are and at their convenience.

List of Virtual Labs that are ready
A.        Electronics & Communications      
·         Virtual Advanced Lab for Interactive Design and Test in Electronics
·         Virtual Microwave Laboratory
·         Wireless Lab
·         Engineering Electro-magnetics Laboratory
·         Queuing Networks Modelling Lab
·         Hybrid electronics Lab
·         RF microwave characterization Lab
·         Transducer and instrumentation virtual lab
·         Electronic design using DSP,FPGA,CPLD and Micro controllers through simulation and direct access of the hardware
·         Digital Electronic Circuits Laboratory
·         Digital Signal Processing Laboratory
·         Fading Channels and Mobile Communications
·         Basic Electronics
·         Systems, communication and control laboratory
·         Speech Signal Processing Laboratory
·         Digital VLSI Design Virtual lab
·         Signals and Systems Laboratory
·         Electromagnetic Theory
·         Virtual Electric Circuits
      
B.        Computer Science & Engineering      
·         Problem Solving
·         FPGA & Embedded systems lab
·         Computer Architecture & organization
·         Advanced Network Technologies
·         Software Engineering
·         Data Structures
·         Computer Programming
·         Data Mining
·         Databases
·         Computer Organization
·         VLSI
·         Digital Logic Design
·         Speech Signal Processing
·         Mobile Robotics
·         Computer Graphics
·         Image Processing
·         Pattern Recognition
·         Artificial Neural Networks
·         Virtual Advanced VLSI Lab
·         Cryptography Lab

C.        Electrical Engineering      

·         Sensors Modeling & Simulation
·         Industrial Automation Laboratory
·         PLC
·         Analog Signals, Network and Measurement Laboratory
·         Real Time Embedded Systems Laboratory
·         Electrical Machines Laboratory
·         Creative Design, Prototyping & Experiential Simulation Lab
·         Ergonomics Lab for Assessing Physical Aspects of Design
·         Virtual English and Communication
·         Virtual Anthropology Lab

D.        Mechanical Engineering
·         Metal Forming Lab
·         Vibration and Acoustics
·         Micromachining laboratory
·         Kinematics & Dynamics of Mechanisms
·         Mine Automation and Virtual Reality

E.         Chemical Engineering     
·         Process control, reaction engineering and unit operations lab
·         Chemical Engineering
·         Simulation of Control of Magnetic Levitation System
·         Virtual Lab for Mass Transfer

F.         Biotechnology and Biomedical Engineering   
·         Bioreactor Modeling & Simulation lab
·         Biomedical and Signal processing Laboratory
·         Virtual Proteomics Laboratory
·         Neurophysiology (pilot)
·         Neuron Simulation Lab (pilot)
·         Biochemistry Virtual Lab I
·         Biochemistry Virtual Lab II
·         Population Ecology I
·         Population Ecology II
·         Immunology Virtual Lab I
·         Immunology Virtual Lab II
·         Microbiology Virtual Lab I
·         Microbiology Virtual Lab II
·         Molecular biology Virtual Lab I
·         Molecular biology Virtual Lab II
·         Cell biology Virtual Lab I
·         Cell biology Virtual Lab II

G.        Civil Engineering
   
·         Strength of Materials Lab
·         Fluid Mechanics Lab
·         Soil Mechanics Lab
·         Basic Structural Analysis Lab
·         Surveying Lab

H.        Physical Sciences     
·         Physical sciences
·         Virtual Advanced Mechanics Lab
·         Virtual Optics Lab
·         Virtual Electricity & Magnetism Lab
·         Virtual Heat & Thermodynamics Lab
·         Virtual Modern Physics Lab
·         Virtual Harmonic Motion and Waves Lab

I.          Chemical Sciences      
·         Analytical Lab
·         Virtual Chemistry Lab
·         Virtual Lab in “Charge and Particle size Determination in Colloidal Systems”
·         Virtual Lab in “Absorption Spectroscopy”
·         Virtual Lab in “CD Spectroscopy”
·         Physics of Biomolecules
·         Physical chemistry lab
·         Physical Chemistry
·         Organic Chemistry
·         Inorganic Chemistry
                                                                                        23-February-2012 16:43 IST

Launch of the Virtual Labs

National Mission on Education
The Union Minister for Human Resource Development and Communications and Information Technology, Shri Kapil Sibal addressing at the launch of the Virtual Labs under National Mission on Education through Information and Communication Technology (NMEICT), in New Delhi on February 23, 2012. The Minister of State for Human Resource Development, Dr. (Smt.) D. Purandeswari and the Principal Director General (M&C), Press Information Bureau, Smt. Neelam Kapur are also seen. [PIB photo] 
(23-February-2012)

Saturday, February 18, 2012

An interactive session cum demonstration

Energy conservation under the National Environment Awareness Campaign
The Bharat Jan Gyan Vigyan Jatha (BJGVJ) Distt. Ludhiana organized an interactive session cum demonstration on energy conservation under the National Environment Awareness Campaign today at GMT College of Education Ludhiana. Highlighting the need of energy conservation President of the Jtaha Maj.Sher Singh Aulukh called upon the students and the faculty members to develop habits not to waste the energy which is so important for a developing country like India. The Jatha will organize lectures cum demonstrations on this issue in several institutions. Dr.Arun Mitra – General Secretary said that renewable energy resources should be utilized to meet our energy needs. India has abundant of solar, wind, biomass, urban and industrial waste and microhydel resources which can be tapped with more Research and Development. Taking a critical view of the pursuit of nuclear energy, he said that this is neither economical nor safe any nuclear accident can lead to havoc as has been seen in Three Mile island, Chernobyl and Fukushima nuclear accidents. On the other side renewable resources are transparent and non hazardous. Sh.Anupam Nanda in charge Punjab Energy Development Authority Ludhiana held a quiz among the students and ask them to use renewable energy resources. He informed about various subsidy schemes by the government. Er.Gurvant Singh – General Secretary Small Scale Industries and Traders Association gave a live demonstration on production of electricity through renewable resources.



Principal of the college Dr.Shikha and Teacher in charge Mrs.Bhupinder Kaur lauded the role of jatha in promoting healthy environment.

Wednesday, January 11, 2012

Floriculture–a Gainful Livelihood Option

Rai has sold roses worth Rs.1.60 lakh 
Special feature PIC, Khamdong       Success Story          Suman Gazmer*
A progressive farmer from Radang in East Sikkim, Bishnu Kumar Rai has embraced floriculture as a livelihood option since 2008. He cultivates roses in a 650 sq feet land and a green house provided by the State horticulture department.

Rai was  first introduced to floriculture by his wife who attended a  week long  training programme supported by the State horticulture department on General Green House Management at the Horticulture training centre, Talegaon Dabhade in Pune. Later, he acquired further knowledge on floriculture by attending a training programme organized by the department and started reaping the dividends. He has constructed a 80 X 18 feet green house with his own contribution and help from State horticulture department.

So far, this year, Rai has sold roses worth Rs. 1 lakh 60 thousands and is hoping to cross Rs. 1 lakh 70 thousand in sales by the end of this year from the 5000 planted saplings. The selling price of rose per stick is Rs. 3 during off-season and Rs. 5 in peak season. Having taken up floriculture three years ago, this horticulturist has made Rs. 96,000 in the first year and Rs. 1.45 lakhs in the second year through sales. He follows the drip irrigation technology which saves water and fertilizer by allowing water to drip slowly to the roots of the plants, either on the soil surface or directly into the root zone through a network of valves, pipes, tubes and emitters.

After gaining experience in rose cultivation, Rai has branched off to cultivate Jarvera from April 2011 and has already earned more than Rs. 30,000 by selling cut flowers. He is selling 100 sticks every day at the rate of Rs 4 per piece. It is easy to cultivate Jarvera as compared to rose as risk of disease is very less in it and Jarvera blossoms 12 months a year, he said. He is expecting to earn Rs. 50,000 to Rs. 60,000 from 800 plants this year and receives whole hearted support from his wife in this profession.

This energetic farmer has a future plan to develop his area as a floriculture belt and remains committed to cultivate flowers suitable in his 1 acre land. He has not limited himself to flowers but has been cultivating vegetables for almost two decades. He grows cabbages, cauliflower, broccoli, carrot, tomato and other green vegetables.

Rai had won the 2nd prize of Rs. 15,000 along with a certificate during the Horticulture Show 2011 held at Saramsa. He had also bagged a cash 3rd prize of Rs. 5,000 in vegetable (tomato) category during the Kharif Kisan Mela 2008 held at Saramsa. (PIB)  *****


Disclaimer: The writer is a freelance journalist and the views expressed by the author in this feature are entirely his own and do not necessarily reflect the views of PIB.

* Freelance journalist

Friday, December 24, 2010

POWER OF LONG AND UNCUT HAIR

Sardar Hargunpreet Singh shared an informative research work on facebook. We are sharing this article here with all readers of Seven Seas, The Eagle Eye News, The Spis News  and  Punjab Screen etc. and hope you all will gain from it...Rector Kathuria 
GREAT PHILOSOPHERS, ARTISTS, INTELLECTUALS & SAINTS
BELONGING TO DIFFERENT RELIGIONS KEPT THEIR HAIR LONG & UNCU
T
It is clear that in modern society most people cut their hair because they feel that to be the norm and no one questions this very wide-spread custom. However, read the following and find out the significance of hair of the human body, mind and spirit:
Historical significance:
The history of hair goes back to the times of the Bible and beyond. The Bible talks of a man called Samson who obtained supernatural powers through his long hair. His hair was later cut and consequently he lost his powers.
G.A. Gaskell writes,‘Hair of the head is a symbol of faith, intuition of truth, or the highest qualities of the mind.’
 Dictionary of all Scriptures
 Bhagwan Shiv also had long hair and Hindus bathing in sacred Ganga is produced through these long hairs. Even Brahma, Vishnu and other deities also have long hairs.
Prophet Mohammad and other prophets in Muslims also have long hairs and beard also.
Zorothustra of Zorrostrians also have long hair and beard also.
Even Jesus Christ had long hair and a beard.
Hargunpreet Singh
The 10 Gurus of Sikhism all kept their hair uncut .
Even Sidhs and Jogis in Hindism keep hair uncut. You can see qazis and peers in Islam who also wear long hair.
Everybody believe God to be a perfect creator. It therefore follows that whatever He creates is perfect. The keeping of uncut hair is therefore, recognition of God’s perfection and the submission of a Sikh to the Will of God. (Hukam)Function: Most Sikhs regard hair as a gift from God. But what does this gift actually do for us? Well, the functions of hair can be divided into 5 sub categories. These include an ornamental function, physical function, psychological function, Sikh specific function and a spiritual function.
Ornamental function: Nature has decorated a man with a beard and a moustache to differentiate between a male and a female. A good example from the animal kingdom is a lion with its majestic mane.
Physical function:Just like the skin, the hair helps to synthesize vitamin D from sunlight. It also helps to supply the pituitary gland (located in the head) with phosphorous. Phosphorous is an element which is used in meditation by the aforesaid gland. The hair on our body regulates body temperature and our eye lashes, nostril hairs and ear hairs help to keep out fine dust particles.
Psychological function: This is by far, is one of the most important functions of hair. People cut their hair to look good for other people, and although everyone wants to look sexy and cool, a Sikh is encouraged to impress God and not bother so much about the opinions of everyone else. Keeping hair therefore encourages us to become less vain and more God orientated.
Sikh specific function:Uncut hair is a mark of Sikh identity. The 10th Sikh Guru instructed all his Sikhs to come before him with long hair and weapons. Long hair also represents sacrifice, because there have been many Sikhs like Bhai Taru Singh, who preferred to have their scalp removed instead of their hair cut.
Spiritual function
Hair enhances the ability of a human being to experience God. This can be explained by understanding the workings of electromagnets. An electromagnet consists of an iron rod with a coil of wire wrapped around it. The strength of an electromagnet can be increased by increasing the number of coils. Now in a human being, there are nine visible inlets/outlets (2 nostrils, 2 ear holes, 1 mouth, 2 eyes, 2 below the waistline). And the 10th inlet is located in the head and is invisible. It is called the Dasam Dawar. This is where we experience the reality of God and we can consider this to be the iron rod. Hairs are like coils of wire which amplify spiritual energy at the 10th inlet. A greater quantity of head hair will lead to more coils in the (Joora) knot and therefore a higher concentration of spiritual energy. Of course, it is possible to experience God without any head hair like Buddhists. However anything that helps us to experience God more easily should be welcomed. Hair is essentially a spiritual technology that makes it easier to connect with God.
In the religious literature of the world there is much evidence which suggest that God has created humans with great interest. The earthly material used for this purpose was kept kneaded for two centuries. (It is just an assumption and has no relevance with modern calendar system) and then another hypothetical period of 280 years was spent on giving shape to this creation so that the humans thus created should look the most lovable in all respects. Everything was done with much enthusiasm and conscious efforts. The Jewish and Christian churches also contain evidence to this effect that God created man in His own image and put His own particle as soul within him. On the basis of all this, it can be easily presumed that God did not add anything, including hair, to human body which could be termed as superfluous. Thus, trimming the hair amounts not only declining the gift given by God but also disfiguring the shape given to man by Akal Purakh i.e. Lord God. In other words, it can also be taken to mean that by so doing man takes pleasure in finding faults in the blue print prepared by God and thus showing off himself as better qualified and more competent than the creator Lord. to sum up, this amount to endeavours equalling Him and even excelling Him by trying to improve upon His work. Ironically, the creation is getting zealous to override the Creator, thereby allowing ungratefulness to predominate. The only point of consolation in this regard is that this blunder of cutting and disowning hair has not been made by man since the times of Adam, but the same is in practice only since the last few centuries.
Scientific Research on the Hair
The Industrial Revolution in the 18th and 19th centuries in the West provided increased avenues of employment, but at the same time lack of security measures in the factories led to several fatal accidents caused by long hair. To avoid such accidents, the workers started, though unwillingly and with a heavy heart trimming their long hair.
Consequently, the number of people with long hair like that of Shakespeare decreased and with the passage of time such a breed became almost extinct. But inspire of all this one positive development that had taken place there, was a lot of good and deep research on the hair. They wanted to ascertain the benefits of keeping hair and also to find out the changes they effect in human body and temperament. The research carried out with this end in view has highlighted the fact that the hair serves as a factory providing Vitamin D for the body. Vitamin D protects a person against the fatal disease like Tuberculosis and is an essential element for bones, teeth and the nervous system. This is an item that is becoming scarce today. The reason behind its scarcity is that Vitamin D in vegetables is missing to a great extent as a result of the insecticides being sprayed for the protection of vegetable crops from certain diseases.
Consequently, the lackness of Vitamin D is being felt throughout the world. The developed countries have realized this and keeping in view the grave scarcity of Vitamin D, have started producing synthetic Vitamin D. They add this vitamin to the food of the children so that they must not grow up physically weak and mentally tense persons. As against these developed and affluent nations, the poor countries can easily get precious Vitamin D for their children free from the open Sun through their long hair. The significant research has also revealed that longer the hair the more will be the production of Vitamin D through the interaction of Sun heat with the oil in the hair. Thus all this shows that keeping hair is very important for one's physical as well as mental well-being. It has also been proved on the basis of experiments that the hair tied in the form of a knot on the top of the head are capable of attracting the maximum heat energy of Sun just as the television antenna has the capacity to hold photo waves from the atmosphere. (According to Tessitas, the ancient Germans also used to tie their long hair into a knot on the top of their heads. May be, they did so with a view to obtaining the above mentioned benefits). If the rare of Vitamin D can be obtained free from Nature only by keeping long hair, health wise also it becomes imperative for human beings to keep long hair.
Harms of Trimming Hair:
If the hair are not trimmed, their length, growth stops automatically after reaching a certain length. In this situation, hardly 0.5% of the protein that we take in with our daily diet, is spent on their upkeep. On the other hand, the trimmed hair consumes much more protein because this has to be spent on the re-growth of the hair. Had the hair stopped re-growing after having been trimmed once, there would have been no extra expense of protein. However, keeping in view the multidimensional usefulness of the hair for human body, Nature has created within the human body an interesting mechanism to help continuous growth of the hair. This mechanism continues being operational till one breaths one's last. Thus, this mechanism goes on spending more protein on the re-growth of the hair after a person shaves them off or trims them. Nature does this so as not to deny a person the varied benefits of hair. It seems modern man is busy in shaving off the hair under a sort of atheistic culture whereas God is ever involved in their growth. God is quite serious about the hair, whereas man is equally careless. Let us wait and watch the final outcome. Meanwhile, we can only say there is a sort of deadlock as under:
He won't change His habits,Why should we change ours?
Unfortunately, God's Will shall prevail on the long run because He knows the mystery and significance of the hair, whereas modern fashionable man on the other hand knowing the importance of hair tends to be careless, But we must at least think in the light of this fact that hand, foot or any other organ of the body if once get chopped off, does not sprout again, but on the contrary if we trim or shave off the hair, they grow up again soon except in very old age. It must be presumed from this fact that importance of the hair can be more, and certainly not less than hands, feet or other organs of human body.
It is generally observed that the Hindus perform the first mundane (shaving off hair of the head) of their children at the age of 2 or 3 years. On this occasion, the head is completely shaved off. On this shaven head, the hair grows up to half centimeter within one month. The hair grows more rapidly in the case of youth vis-à-vis the small children. In the case of the former, the hair grows 1/8th of an inch in just three days. Nevertheless let us make the case of 2-3 year old child the basis of our contention: his hair grows half centimeter in one month. On average, every person has 85,000 to 1,25,000 hairs on his head. If we take the child to have one lac (hundred thousand) hair on his head, we shall find that such a child spends energy from his body to grow one hair up to the length of 50,000 centimeters or 500 meters if his total growth is computed on a one single hair. If he is in the habit of getting his hair regularly trimmed throughout his life, we can well imagine the amount of energy he might use to grow up the hair again and again. Thus valuable energy and minerals are wasted just for nothing. There should be limit to one's ignorance, but as Ghalib has said 'Who can instruct the already learned.' Man by trimming his hair, is harming himself in many ways.
Another harm that trimming of hair causes is, that
The hair have been the means of receiving energy for brain from the sun, but by trimming then we destroy to great extent that system and there by render the mechanism almost inert.
It does not imply that social classes prone to trimming hair, lack intellectual level even without keeping full hair, they could have accomplished much better had they kept hair intact. Thus we do feel sad that they unwittingly make those means inoperative, which has to supply large quantity of energy to human organism. If we take into account the cumulative loss suffered generations after generations, it seems certain that trimming of hair is certainly an impediment in the way of realizing the aim of perfect human intellect. It thus is certainly a great disadvantage for entire mankind.
Who will consider it wise to continue the trade causing continuous loss? Think and be watchful. This is the need and the expectation of time.
Nature of the Hair:
After their comprehensive research, the scientists have reached the conclusion that the hair stop growing having achieved the level of optimum growth. They remain alive for two to six years. They play their active role during this period and then getting weak, fall off as we comb them. This is called the death of the hair. There is no use keeping the dead hair. However, keeping in view the utmost importance of hair for human being, Nature is ever ready to replenish these dead hair by sprouting new ones in their place. The importance of the hair can also be gauged from the fact that the operation of replacing the dead hair with the new ones gets started immediately and forcefully so that body does not suffer because of their lack. This also shows that new and healthy hair on the head is needed throughout life. That is why God has created such a wonderful mechanism as a result of which person continues to be bestowed with healthy hair for long years of his/her life. The fact that the hair grows rapidly even after their regular trimming, also implies that God does not approve of the human action of shaving off or trimming their hair. In spite of that, God has not yet got annoyed with him. As a proof of this, we find that the new born baby in any family or tradition in the world is blessed with beautiful hair. These hairs are the gift, which God bestows upon him while sending him on to this earth. It is another matter that except Sikhs nobody else endeavors to learn and abide by this will of Almighty. They also do not seem to be in a mood to value this precious Divine gift as much as they ought to. Man considers himself highly cultured. A follower of the Sikh faith does realize that God has blessed him with the sacred hair from his very birth, and these remain with him till his death. Thus, a true Sikh of the Guru neither comes nor goes naked from this world as all parts of this body are covered with the precious gift of hair. Thus, belief in the sanctity of hair saves him from the sense of duality. If we look from the point of view of the naturalists we see that they believe the existence of two ways to live life. One is to live in conformity with nature and the other is to live in conflict with it. The first is the way of harmony and the second is the way of a conqueror who wishes to subjugate and dominate leading to personal and public nuisances. The Gurmat or the Sikh way is one which accepts no dichotomy between man and nature as is enjoined upon Sikhs by Guru Nanak in Bara Maha and Guru Gobind Singh in Akal Ustat and both these Banis serve as the foundation of the Sikh oral and orational practices. 'Hair Power' is the out come of the first attitude and as such is ever charged energizing battery for the human machine.   (SikhiWiki)..........