NASA recorded Strange Sounds from Jupiter.( I posted a blog on this.
Now Strange sound bytes have been recorded and they are yet to be explained,
Is this atmospheric disturbance.
It sounds more than that.
Tag: technology
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Mind Operated Drone. Video
Controlling Drone by Mind Mind Control is a fascinating subject
In the Eastern Philosophies Mind, unlike the Occidental Philosophies,is considered to be an Organ like the other sense organs.
Indian Systems like the Nyaya,Yoga and Vaiseshika treat the difference between Mind and Matter(including the sense organs) as one of Degree and not in kind.
The more the vibrations, subtler the object becomes.The Mind vibrates at a Higher Frequency than Matter.
Therefore it is not perceived by the sense organs.
If the sense organs were made to tune to the higher frequency of The Mind or The Mind made to vibrate at a lesser frequency to match the sense organs ,then the communication is possible.
However, these systems state that neither is possible.
But one Mind can be made to tune into the wave length of the other Mind.
The principle behind this is that there is a Universal Mind and the Individual Minds appear to be so because of TIME ,Space and The Vaasanas( the unique remnant traces of actions performed either through Mind,Words, or Actions)
They have discovered that it is possible , by practice and determination the Mind can be made to oscillate at different frequencies and thus enables one to achieve Clairvoyance, Clairaudience Kinestasis,Telepathy and Transcending the barrier of Time and Space.
The Buddhists are adept in these functional area and many of the Lamas practice this even to-day.
Now The Chinese seem to have a developed a Mind Controlled Drone, which obeys Mental Commands .
This seems to be based on a Theory not explained .
The theoretical base is to be examined.
It looks that the thought waves from the Brain are fed into a PC , converted into Mechanical Commands and the connection is set to the Drone.
Story:
[youtube=http://www.youtube.com/watch?v=JH96O5niEnI&feature=youtu.be
To get the drone to raise or to land, a user would need to “think left” hard. “Think left lightly” if you want to rotate clockwise and “right” if you want it to lurch forward. Give it a lift in the air by thinking “push.” And imagine clenching it if you want to bring it back down to earth.
But moving around is not the only task it can do. Remember how they tell you to avoid blinking when taking photos? Well here it’s the opposite: blinking is the command that tells the drone to photograph its environs.
The video shows a man in a wheelchair using the technology to get a closer view of flowers, to take pictures and even to guide his drone through a battle with another quadrotor controlled through a handheld remote control. Needless to say, mind triumphs over matter and the hand-managed drone is hustled off the mat by its thought-controlled analog.
The students hope their technology will be able to help disabled people become more interactive with the world around them, and are slated to present their invention at the ACM International Conference on Ubiquitous Computing (Ubicomp), which will be held next week in Pittsburg.
While handicap assistance and gaming is one potential application for the system, only the imagination can limit the potential uses mind-controlled drones could have in the future, both for civilian and other purposes.
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Scientists Find a Way To Hack Human Brain.
Scary!
What can one say?
The EEG results for a target and a non-target stimulus Story:
The idea is simply this: have your brain mapped by sensors (here, an EEG or Electroencephalograph is used), which pick up crucial brain activity and then sophisticated software can help understand what it is that the brain is trying to do! These are called ‘brain-computer interfaces’ (or BCI’s) for obvious reasons.
These can actually help you mentally control your computer using specific thought patterns.
What is interesting is how a computer can browse through your mental database and steal away some pieces of sensitive information. Security researchers from the Universities of Oxford and Geneva and University of California, Berkeley have developed a program to be used by the software that has only one purpose – finding information like home address, debit card PIN and date of birth. They found 28 willing participants, who didn’t know about the hacking (of course, otherwise the whole exercise is futile, right?) and tested this program on them. The success rate varied from a mere 10% to a respectable 40% for different fields of sensitive data.
The technique is a lot like hacking passwords. The key response tracked by the program is known as a P300 response – the brainwave activity that the brain undergoes when it recognizes something familiar, like a known face, own neighbourhood, own debit card PIN and so on! The peaks in the P300 activity were noted and the analysis of this data can give a very good indication of what the right answers are!
http://techie-buzz.com/science/brain-hack.html#eDGHFT0axkrQayOF.99
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Indians Find Cholesterol By The Photo of The Back of the Hand
Cholesterol is Good for You! (Photo credit: Mr Jaded) An Indian Research Team Has developed a new process by which the Cholesterol level can be found.
This is from The Sree Sastha Institute of Engineering and Technology ,Thanjavur,Tamil Nadu
Story:
Researchers in India have developed a total cholesterol test that uses a digital camera to take a snapshot of the back of the patient‘s hand rather than a blood sample. The image obtained is cropped and compared with images in a database for known cholesterol levels.
Writing in the International Journal of Medical Engineering and Informatics, N.R. Shanker of the Sree Sastha Institute of Engineering and Technology and colleagues describe how they have developed a non-invasive way to test cholesterol levels in patients at increased risk of heart disease. Their approach is based on the creation of a large database of cholesterol levels recorded using standard blood tests and linked to a standardized photograph of the hand for each patient; cholesterol is concentrated in the creases of one’s fingers. They developed an image-processing computer program that compares the image from a new patient with the thousands of entries in the database and matches it to a specific cholesterol reading.
Measuring the amount and type of cholesterol circulating in the blood is an important risk factor in cardiovascular disease. Excess cholesterol not used by the body in making hormones and building cells is laid down on the inner wall of arteries as a waxy plaque, which can reduce the normal flow of blood potentially causing heart problems and increasing the risk of cerebral stroke. Total cholesterol is a useful early indicator, although more detailed testing that distinguishes between the HDL high-density lipoprotein) and LDL (low-density lipoprotein) and triglycerides are needed for a more accurate health assessment of patients found to have high total cholesterol. It is LDL, so-called “bad” cholesterol that contributes to the formation of arterial plaques, atherosclerosis. The presence of different total levels of cholesterol can be revealed through image analysis of the skin.
A non-invasive and inexpensive method for cholesterol screening would allow this risk factor be determined in much larger patient populations without the need for costly and inconvenient blood tests. The team will also soon publish details of the extension of this work to classifying cholesterol type using their approach.
###“Non-invasive method of detection of cholesterol using image processing” in Int. J. Medical Engineering and Informatics, 2012, 4, 223-230
http://www.eurekalert.org/pub_releases/2012-08/ip-pct081712.php
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- Photographic Cholesterol test: A noninvasive approach to total cholesterol determination (tginnovations.wordpress.com)
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