Sunday, February 28, 2010

List of First Nations peoples in Canada

List of First Nations peoples

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The following is a partial list of First Nations peoples organized by linguistic-cultural area. This list does not include Metis or Canadian Inuit groups. The areas used here are in accordance to those developed by the enthologist and linguist Edward Sapir, and used by the Canadian Museum of Civilization.[1]

Contents

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British Columbia Coast

These people traditionally ate fish, primarily salmon and silvery eulachon from the ocean, as well as fish from lakes and rivers, and roots and berries. Recently discovered clam gardens suggest that they were not limited only to hunting and gathering.'They made use of the forests of the Pacific to build dug-out canoes, and houses made of evenly-split planks of wood. They used tools made of stone and wood. The native peoples of the Pacific coast also made totem poles, a trait attributed to other tribes as well. In 2000 a land claim was settled between the Nisga'a people of British Columbia and the provincial government, resulting in the transfer of over 2,000 square kilometres of land to the Nisga'a. Major ethnicities include the:

 British Columbia Interior

Plains

These people traditionally used tipis covered with skins as their homes. Their main sustenance was the bison, which they used as food, as well as for all their garments. The leaders of some Plains tribes wore large headdresses made of feathers, something which is wrongfully attributed by some to all First Nations peoples. Major ethnicies include the:

Plateau

Western subarctic

These peoples live in the boreal forest in what are now Canada's western provinces and territories. They were originally hunter-gatherers dependent on caribou, moose and the fur trade. Most spoke Athapaskan languages except the Crees and Inland Tlingit. Major ethnicities in the Yukon, Northwest Territories and the northern parts of the western provinces (British Columbia, Alberta, Saskatchewan and Manitoba) include the following:

 Woodlands and eastern subarctic

Major ethnicies include the:

Atlantic coastal region

 St. Lawrence River Valley

The largest First Nations group near the St. Lawrence waterway are the Iroquois. This area also includes the Wyandot (formerly referred to as the Huron) peoples of central Ontario, and the League of Five Nations who had lived in the United States, south of Lake Ontario. Major ethnicities include the:

See also

Saturday, February 27, 2010

The Rasmus - Shot




Tonight we escape
just you and me
we'll find our peace
somewhere across the seas?

enough of the fright
enough of the fuss
I'll be awake if he finds us
needless to say
I'll stand in your way
I will protect you
and I...

I'll take the shot for you
I'll be the shield for you
needless to say
I'll stand in your way
I'll take the shot for you
I'll give my life for you
I'll make it stop
I'll take the shot for you
for you

tonight we'll be free
I'll find us a home?
tonight we will be
finally on our own

enough of the hell
enough of the pain
I won't let him touch you
I love you
needless to say
I'll stand in your way
I will defend you
and I'll....

I'll take the...

enough of the scars
enough broken hearts
I will protect you
and I..

I'll take the shot
I'll make it stop

I'll make it stop
I'll take the shot

Wednesday, February 24, 2010

To an Inconstant One بالعربي

I LOVED thee once
حبيتك مرة في شي يوم
I'll love no more--
ما عدت احب كمان
Thine be the grief as is the blame;
ما جبتيلي غير الهم واللوم
Thou art not what thou wast before,
انت مش زي ما كنتي زمان
What reason I should be the same?
شو السبب انّي ما اتغير اليوم
واضلني نفس الانسان

He that can love unloved again,
اللي بيحب اللي حبه مرّة وبّطل
Hath better store of love than brain
في قلبه حب
اكتر ما في براسه عقل
يعني بالعربي
أهبل

Nothing could have my love o'erthrown
لما كان في قلبي عرشك
ما كان في قوة تهزه
When new desires had conquer'd thee
بس لما صار حد جديد فقلبك
و حل الجفا
And changed the object of thy will, It had been lethargy in me,
كان كسل مني
استمريت بحبك
Not constancy, to love thee still.
لا إخلاص ولا وفا

I'll neither grieve nor yet rejoice
لا بحزن ولا بفرح
To see him gain what I have lost:
لما أشوف اللي خسرتو
مع غيري
وبين ايديه
The height of my disdain shall be
قمة شماتتي رح تكون
To laugh at him, to blush for thee;
أخجل علي حالك
واضحك عليه

To love thee still, but go no more
وبضلني احبك
بس خلص ما عاد
عندي استعداد
A-begging at a beggar's door.
متل الشحاد
أدق علي ابوابكم
واقول يامين
والحقيقة انو
انتو اللي شحاذين

Sir Robert Ayton. 1570-1638
To an Inconstant One

Monday, February 22, 2010

Reduce, Reuse, Recycle - Waste not, want not!

Reduce, Reuse, Recycle

rrr (4K) Waste not, want not! It is an old saying, but with new and important relevance as communities come to grips with mounting residential, industrial and green waste.
Reduce
The best way to help our environment is to reduce our waste. Here are some suggestions:
  • when you go shopping, use a cloth bag or take a cardboard box with you so you don't have to bring home lots of useless plastic bags;
  • you do not need to put different fruits and vegetables into separate plastic bags. Most of them are already wrapped in their own natural packaging. Put them all together in a box or cloth bag;
  • if you cannot avoid using plastic bags, use them as garbage bags instead of buying bin bags especially designed to be thrown away.
Reuse
By reusing bottles and cans, you can save money and contribute to a better environment. For example, some jams are sold in reusable drinking glasses. You can even bottle your own jams or preserved fruits in reusable jars.
Tins and jars are also useful in the shed for storing nuts and bolts or even mixing paint. Some people use cut-off milk cartons because they stack together better.
Recycle
Recycling can help the environment in many ways. For example, it takes much less power to recycle an aluminium can than it does to make one from raw materials. Less coal is burned to produce the power to make the cans, and so there is less pollution.
Try to purchase products that come in recyclable containers. Check to see if the packaging can be recycled.

http://nawma.sa.gov.au/education/reduce.asp

Sunday, February 21, 2010

The Rasmus - The Fight


Everything is still and calm
In the dead of night
Right before for the fight
Clouds are gathering for the storm
Destiny decides who will live or die



I've been waiting for this moment
It's time for the battle
Even if I never make it
Take me home
I might never get my story
Carved in stone
But I will rise again
The fight is to the end

Pounding of the drums of war
Turns your tears to mud
Rivers turns to blood

If you live to see another day
Take another breathe
Make it life or death

I've been waiting for this moment
It's time for the battle
Even if I never make it
Take me home
I might never get my story
Carved in stone
But I will rise again
The fight is to the end

Give me strength to carry on
'till my life is done

Everybody wants the glory
But you better remember
The fight is to the end
The fight is to the end

Thursday, February 18, 2010

اهو ده اللي صار

 p.s I like the video but what ruins it is having sadat and the soccer shit at the end..

كلمات سيد درويش
غناء علي الحجار
الحان سيد درويش

اهو ده اللي صار
وادي اللي كان
ملكش حق
.ملكش حق
تلوم عليا

تلوم عليا ازاي يا سيدنا
وخير بلدنا مهوش في ايدنا
قولي عن اشياء تفيدنا
و بعدها ابقي لوم عليا

مصر يا ام العجايب
شعبك اصيل والخصم عايب
خلي بالك من الحبايب.
.دولا انصار القضيه

و بدال ما يشمت فينا حاسد
ايدك في ايدي وقوم نجاهد
واحنا نبقي الكل واحد
والايادي تصير قويه


اهو ده اللي صار
وادي اللي كان
 ملكش حق
.....ملكش حق تلوم عليا

Maqam in Arabic Music

from Maqamworld.com
What is a Maqam ? In Arabic music, a maqam (plural maqamat) is a set of notes with traditions that define relationships between them, habitual patterns, and their melodic development. Maqamat are best defined and understood in the context of the rich Arabic music repertoire. The nearest equivalent in Western classical music would be a mode (e.g. Major, Minor, etc.)
The Arabic scales which maqamat are built from are not even-tempered, unlike the chromatic scale used in Western classical music. Instead, 5th notes are tuned based on the 3rd harmonic. The tuning of the remaining notes entirely depends on the maqam. The reasons for this tuning are probably historically based on string instruments like the oud. A side effect of not having even-tempered tuning is that the same note (by name) may have a slightly different pitch depending on which maqam it is played in.
What are Quarter Tones ?
Many maqamat include notes that can be approximated with quarter tones (depicted using the half-flat sign or the half-sharp sign ), although they rarely are precise quarters falling exactly halfway between two semitones. Even notes depicted as semitones sometimes include microtonal subtleties depending on the maqam in which they are used. For this reason, when writing Arabic music using the Western notation system, there is an understanding that the exact tuning of each note might vary with each maqam and must be learned by ear.
Another peculiarity of maqamat is that the same note is not always played with the same exact pitch. The pitch may vary slightly, depending on the melodic flow and what other notes are played before and after that note. The idea behind this effect is to round sharp corners in the melody by drawing the furthest notes nearer. This effect is sometimes called the law of attraction or gravity, and is common in other musical traditions (e.g. in Byzantine music).
Are maqamat transposable ?
When Arabic maqamat are taught and documented, each maqam is usually associated with the same starting note (tonic). For example, maqam Bayati is almost always shown as starting on D in reference textbooks.
In general maqamat are transposable, but only to a handful of other tonics. For example, maqam Bayati usually starts on D, but it can also start on G and A. When transposing Arabic maqamat, musicians mention the tonic name after the maqam name for clarity (e.g. "Bayati on G" or "Bayati on A"). For this reason also, only a few quarter tones are exploited (with the understanding that the term quarter tone is approximate, and that many semitones include microtonal variations). The most frequently used quarter tones are: E, A and B.
This is unlike scales in Western classical music, where for example each scale can have 11 possible tonics. Total freedom to transpose requires playing Western music on even-tempered instruments (e.g. the piano) where all semitone intervals are exactly equal.
The reasons behind this limitation are probably technical and pragmatic, and have to do with the difficulty of transposing freely on classical Arabic instruments (oud, nay, qanun). On the oud for example, it is important to be able to exploit open strings to play tonics, 4th and 5th notes, since the sound on open strings is always in tune and louder. In addition, since the oud tuning is not even-tempered but based on harmonic 4th and 5th intervals between open strings, maqamat dont sound equally in tune and pleasant on every tonic.
Some maqamat change names when transposed because they vary in their feel or mood. A maqam could also have a different melodic development (sayr) when transposed, including a different dominant note, etc. For example maqam Rahat El Arwah is a transposed version of maqam Huzam, but they have different moods. To describe the difference using very subjective terminology, the first is lower, more mellow and spiritual, the second is higher, lighter and funkier.
Another reason for different transposed versions of a maqam having different names might be historic, since each name (and tonic) may have been used in a different region (Arab, Persian, Turkish. etc.). An example of this is the Hijaz Kar, Shadd Araban, Shahnaz, and Suzidil maqamat, which all have the same tonal intervals.
While on the subject of transposition, musicians often retune their instruments a few semitones higher or lower than the absolute reference (e.g. A = 440 Hz) rather than transpose a maqam, especially in old 1920's and 1930's recordings. The reason for doing this is that melodies sound much better when their tonics and 4th/5th notes fall on open strings, because of the way string instruments like the oud or violin resonate. This is not the case with voice, for example.
How can maqamat be broken down ?
The building blocks for maqamat are sets of 3, 4 or 5 notes, called trichords, tetrachords and pentachords, respectively. The Arabic word for these sets is jins (plural ajnas). The word jins means the gender, type or nature of something. In general each maqam is made up two main ajnas (sets) called lower and upper jins. These can be joined at the same note, at two adjacent notes, or can overlap each other. A maqam may also include other secondary ajnas which are very useful for modulation. Instead of thinking of a maqam as a collection of 8 or more individual notes, it's often useful to think of it as a group of two or more ajnas (sets).
See the Ajnas (Sets) section.

Is there harmony in Arabic music ?
Arabic music is mostly melodic, which means it rarely includes harmony and chords. There are a few exceptions, read more in this excellent article about Harmony and Arabic Music. The main reason why harmony is rarely used is that chords dont sound very pleasant when they include quarter tones or microtonal variations. Harmony sounds best when notes have a natural harmonic relationship (3rd, 4th, 5th and 6th harmonic, etc). In Arabic music, this is true for a tonic and its fifth (3rd harmonic), but most of the time not true for any other note combination.
What is the difference between a maqam and a scale ?
The Arabic maqam is built on top of the Arabic scale. The maqam is generally made up of one octave (8 notes), although sometimes the maqam scale extends up to 2 octaves. But the maqam is much more than a scale:


  • A maqam may include microtonal variations such that tones, half tones and quarter tones in its underlying scale are not precisely that. E.g. the E in maqam Bayati is tuned slightly lower than the E in maqam Rast. These variations must be learned by listening not by reading, which is why the oral tradition is the correct way to learn Arabic music.



  • Each maqam has a different character which conveys a mood, in a similar fashion to the mood in a Major or Minor scale, although that mood is subjective. Since classical Arabic music is mostly melodic (excludes harmony), the choice of maqam greatly affects the mood of the piece.



  • Each maqam includes rules that define its melodic development (or sayr in Arabic). These rules describe which notes should be emphasized, how often, and in what order. This means that two maqamat that have the same tonal intervals but where one is a transposed version of the other may be played differently (e.g. maqamat Kurd and Hijaz Kar Kurd, or maqamat Nahawand and Farahfaza).

  • Each maqam includes rules that define the starting note (tonic, or qarar in Arabic), the ending note (or mustaqarr in Arabic), which in some cases is different to the tonic, and the dominant note (or ghammaz in Arabic). The dominant is the starting note of the second jins (in general the 5th, but sometimes the 4th or 3rd note), and serves as the pivot note during modulation.
See the Modulation section.
How many maqamat are there ?
There are dozens of Arabic maqamat, too many to list, including many Persian and Turkish hybrids. It's difficult to find a definitive list of Arabic maqamat that all textbooks agree on, or a definitive reference on which maqamat are strictly Arabic and which are Turkish or Persian. There are also many local maqamat used only in some regions of the Arab world (e.g. Iraq and North Africa), and unknown in others. But the most widely used and known maqamat are about 30 to 40, and these are the ones covered in this web site
See the Maqam Index section.
How is the intonation of the Arabic maqam changing with time ?

There is no absolute reference for the Arabic scale. In 1932, the Arabic Music Conference in Cairo established that regional variations existed in the intonation of Arabic maqamat. Within each region, oral traditions continued and created de-facto standards, although these standards converged to some extent with the advent of recording and broadcasting.

The phenomenon that greatly influenced intonation in Arabic music was the introduction of even-tempered instruments (some of which were altered to produce quarter tones), mostly in the second half of the 20th century. The accordion, electric guitar, electric (fretted) bass, piano, guitar, electric piano, electric organ and synthesizer were gradually introduced to the Arabic ensemble. The main incentive behind this change was innovation, modernization, and the desire to add harmony to Arabic music.
When Arabic maqamat are performed on even-tempered instruments, they sound different in subtle ways for the following reasons:


  • The intonation of the same quarter tone can vary with each maqam. For example, the E in maqam Rast has a higher tuning than the E in maqam Bayati. Even tempered instruments eliminate these subtle variations, producing dry and rigid quarter tones.


  • Moreover, the Arabic maqam has regional variations that make up a lot of its color. For example, the E in maqam Rast has a higher tuning in Aleppo than in Cairo. Even tempered instruments eliminate these regional variations, reducing the Arabic maqam to its lowest denominator.


  • Even semitones in the Arabic scale often include microtonal variations. A prime example are the 2nd and 3rd notes in the Hijaz tetrachord, which are played closer together so as to shrink the 1½ tone interval. These variations cannot be performed on even-tempered instruments. In case of harmonic music, microtonal variations are even undesirable since they reduce harmony.
With time, the original tuning of maqam Hijaz had been lost except in a handful of new recordings, and was replaced with what is called “piano Hijaz” (a derogatory term.) Equally bad is the “piano Ajam”, where the 3rd note should be slightly lower and more mellow. Maqamat like Jiharkah are rarely played on even-tempered instruments, even on ones that have been altered to produce quarter tones.
In conclusion, the new generation of Arabic musicians, singers and listeners is losing touch with the traditional intonation of the 1920s and 30s largely because of the introduction of even-tempered instruments and harmony in Arabic music.


Tuesday, February 16, 2010

The God Helmet

THE GOD HELMET
Todd Murphy, 2007

The God Helmet is the popular name given to a laboratory apparatus more correctly called the "Koren Helmet", after Stanley Koren of Laurentian University's Neuroscience Department, who built it according to specifications provided by Dr. M.A. Persinger, director.

The Koren Helmet applies complex (having an irregular shape) magnetic signals to the head of the person who is wearing it.

The Koren Helmet is connected to a PC computer through a 'black box' which cycles the signals through four coils on each side of the head over the temporal lobes of the brain. The temporal lobes are the area of the brain many researchers feel is the source of spiritual and religious experiences.
link
This illustration shows how the signal shifts from one coil to the next. This is a side view. There is also another set of coils working on the other side. The two coils at the top are no longer used.

The sessions are done in an Acoustic Chamber - a completely silent room. A large part of the temporal lobes ongoing activity is dedicated to monitoring ambient sound. The temporal lobes are the source of religious and mystic experiences, so that silence helps a great deal in creating these experiences in the lab.
Used as a research tool to investigate the bran's role in religious and mystic experiences, the Koren Helmet has been given the name God Helmet. A few Journalists gave it this name when they learned that some people had visions of God while participating in Koren Helmet experiments. The name has stuck.

I asked Dr. Persinger how many people had seen God using the Koren Helmet, and this is what he said in reply:

Stanley Koren shows us the most recent version of the God Helmet, which no longer uses a helmet, and has had the unused coils removed. "The problem is producing an environment in which people will report what they experience without anticipating ridicule on the one hand and not encouraging this type of report (demand characteristics) on the other.

Thus far, about 20 or so people have reported feeling the presence of Christ or even seeing him in the chamber (The acoustic chamber where the experimental sessions took place). Most of these people used Christ and God interchangeably. Most of these individuals were older (30 years or more) and religious (Roman Catholic). One male, age about 35 years old (alleged atheist but early childhood RC (Roman Catholic) training), saw a clear apparition (shoulders and head) of Christ staring him in the face. He was quite "shaken" by the experience. I did not complete a follow-up re: his change in behavior. Of course these are all reports. What we did find with one world-class psychic who experiences Christ as a component of his abilities was we could experimentally increase or decrease his numbers of his reported experiences by applying the LTP pattern (derived from the hippocampus) over the right hemisphere (without his awareness). The field on-response delay was about 10 to 20 sec. The optimal pattern, at least for this person, looked very right hippocampal.

By far most presences are attributed to dead relatives, the Great Forces, a spirit, or something equivalent. The attribution towards along a devil to angel continuum appears strongly related to the affect (pleasant-terror) associated with the experience. I suspect most people would call the "vague, all-around-me" sensations "God" but they are reluctant to employ the label in a laboratory. The implicit is obvious. If the equipment and the experiment produced the presence that was God, then the extrapersonal, unreachable and independent characteristics of the god definition might be challenged."
That's the important thing about the God Helmet. Even if only a few people saw God because of it, it creates a host of new questions - questions theology has never had to face before.

The experiences of those who have come face-to-face with God might just be an example of a very rare brain activity. If they actually met the true God, then why did they do so in this experimental setting, but not at other times? Can one control God by controlling someone's brain?

The implications for theology are obvious. Perhaps God exists, but has been waiting until humanity developed enough to find him in the brain before he would appear under any circumstances humans could control. Perhaps God exists only in our brains. Perhaps he exists, and chose to bless 1% of Dr. Persinger's research subjects with visions of him, because these people were beloved to him.
Perhaps he exists, but he appears to those with the right neural history in moments when the right pattern of brain activity is present, and not according to what he sees in their hearts.
There is much more to the God Helmet than just the Koren Helmet alone.

There is also a computer program called
complex, authored by Stanley Koren, which allows the computer to create the signals. These signals are derived from EEG traces that appear in certain parts of the brain. Just as the brain responds to chemicals with specific shapes, it also responds to magnetic signals with certain shapes.

Because these signals are complex, irregular things, it takes a special computer program to produce them.

A third component is the acoustic - completely silent - chamber where the sessions take place.

The last component is the 'black box' which converts output from the computer into input for the Koren Helmet. This box (not shown) is a specialized DAC (digital-to-analog converter). It's the core of the technology. The rest of the components of the God helmet are quite common.
The God Helmet is a misleading name. It give the impression that it can produce the experience of God. In fact, only one percent of the subjects had the experience. It also passes over the crucial role of sensory deprivation - above all, the completely silent environment provided for the subjects. In contrast to the one percent who saw God, 80% of the subjects felt a presence of some kind, but did not call it God. Of course, there were probably some subjects who experienced an appearance of God, but were shy about saying they had seen God in a laboratory. That kind of thing is not only intensely personal, but can also get you ridiculed. If you saw god, would you tell your story just as it happened if you thought you weren't going to be taken seriously? A lot of people assume that, just because someone wears a lab coat, they won't believe such a vision can happen, or that it's a sign of a mental illness. Nothing could be further from the truth in this laboratory, but how would these subjects know that? They had been told they would be participating in an experiment to study relaxation response, and the experimenters were very careful not to encourage such glamorous reports.




Stanley Koren, senior technician for the research group for the last 15 years.
The Koren Helmet has also produced visions of demoniac beings, out-of-body experiences, visions of other realities, and a range of other paranormal experiences. It could have been named after any of them, but journalists prefer more sensational names, and you can't get more sensational than God.

One question that comes up often about the Koren Helmet is whether it's possible to obtain one. The Koren Helmet exists only in the laboratory where it was made, and is not available to the public. There is a version of the God Helmet you can obtain; the
Shiva Neural stimulation System.

The Koren Helmet has more coils than are actually used in experiments. The two on the top are no longer in use, and the one in the center - between the four over each temporal lobe - is also no longer used. They are still on the helmet, but they no longer output anything.
A somewhat blurry picture of the sign on the door to the laboratory.

The present author is second from the top on the right.

Dr. M.A. Persinger is fourth from the top on the left.

Stan Koren is third from the bottom on the left.

The Koren Helmet uses a snowmobile helmet to hold the coils in place.

God and the brain

God and the Brain - The Persinger 'God Helmet', The Brain, and visions of God.
1:45:46 - 1 year ago

Neurotheology 1 - This talk, called "God and the Brain", is a discussion of the Persinger "God Helmet" (actually the Koren Helmet) and the 8 Coil Shakti. It covers visions of God, Near-Death Experiences, and other themes in neurotheology, the field that integrates neuroscience and spirituality. This is the first of six lectures on Spirituality and the Brain by Todd Murphy, inventor of the 8 Coil Shakti and the Shiva Neural Stimulation system, which duplicates the procedures used in the God Helmet experiments. He has been a member of Laurentian University's Behavioral Neuroscience research group, under the direction of Dr. M. A. Persinger since 1998.

Horizon: Total Isolation

puppy

Highland Cottage, Bob Ross - Joy of Painting style

The joy of Painting with Rob Ross - Colors Of Nature

The joy of Painting with Rob Ross - Peaceful Reflections

The joy of Painting with Rob Ross

I love this man, listening to him talk is so soothing and calming to me..

Bob Ross - s15-10 - Forest Down Oval

Monday, February 15, 2010

God on the Brain



Rudi Affolter and Gwen Tighe have both experienced strong religious visions. He is an atheist; she a Christian. He thought he had died; she thought she had given birth to Jesus. Both have temporal lobe epilepsy.

Like other forms of epilepsy, the condition causes fitting but it is also associated with religious hallucinations. Research into why people like Rudi and Gwen saw what they did has opened up a whole field of brain science: neurotheology.

The connection between the temporal lobes of the brain and religious feeling has led one Canadian scientist to try stimulating them. (They are near your ears.) 80% of Dr Michael Persinger’s experimental subjects report that an artificial magnetic field focused on those brain areas gives them a feeling of ‘not being alone’. Some of them describe it as a religious sensation.

His work raises the prospect that we are programmed to believe in god, that faith is a mental ability humans have developed or been given. And temporal lobe epilepsy (TLE) could help unlock the mystery.

Magnetic Liquid is Crazy

" A ferrofluid (from the Latin ferrum, meaning iron) is a liquid which becomes strongly polarised in the presence of a magnetic field.
Ferrofluids are composed of nanoscale ferromagnetic particles suspended in a carrier fluid, usually an organic solvent or water. The ferromagnetic nano-particles are coated with a surfactant to prevent their agglomeration (due to van der Waals and magnetic forces). Although the name may suggest otherwise, ferrofluids do not display ferromagnetism, since they do not retain magnetisation in the absence of an externally applied field. In fact, ferrofluids display paramagnetism, and are often referred as being "superparamagnetic" due to their large magnetic susceptibility. True ferromagnetic fluids are difficult to create at present.
----------------------
iron dust and vegetable oil, but the properties are pretty amazing. Just don't let it get old - it smells SOOO bad!
runescapebills (6 days ago) Show Hide

laser printer toner and veggie oil
"

Liquid Magnet Sculpture