What discriminates ‘Multi-Perspective Palm Reading’ from all other approaches in the field of hand reading?
Multi-Perspective Palm Reading is a new type of hand reading that is rising from scientific research reports that relate to the hand as a ‘diagnostic tool’. The unique characteristic of this advanced type of palm reading is that it only includes hand markers which have been confirmed to have significant value according scientific studies. So this NEXT NATURE variant of ‘palmistry’ is not connected anyhow with astrology nor any other philosophic system.
In Multi-Perspective Palm Reading is the hand studied from 7 different perspectives in order to make an assessment for various specified themes – which can result in either a confirming- or prognostic ‘hand-diagnosis’.
The philosophy behind Multi-Perspective Palm Reading:
The philosophy behind this new advanced type of hand reading can be described as follows:
“In Multi-Perspective Palm Reading, a reliable hand-diagnosis is only possible when a pair of hands displays ‘diagnostic clues’ in MULTIPLE perspectives of the hand. According Multi-Perspective Palm Reading a person typically requires to have ‘diagnostic clues’ in at least 3 perspectives of his/her hands, before one can speak of a solid, specified hand-diagnosis.
The application of this philosophy in the practice for making a hand assessment can be understood by studying the role of the simian line in hand diagnostics. In the 20th century the simian line (the most well known of all palm line variations: a.k.a. the single palmar transverse crease or simian crease) became known as a diagnostic marker for Down syndrome. However, during the past decades this uncommon hand marker was recognized as a ‘minor physical anomaly’ that has diagnostic value for other syndromes, diseases & developmental problems. But in order to specify it’s significance as a major hand line for the individual that has this characteristic in one or both hands, a study of the other perspectives of the hand is required!
The 7 perspectives used in Multi-Perspective Palm Reading:
In the following seven perspectives are required to be studied in order to make a thorough hand assessment:
1 – Palm Reading & the HAND SHAPE, including e.g.: hand index, palm shape, hand length, hand breath.
2 – Palm Reading & the FINGERNAILS, including e.g.: color, morphology, structure, growth.
3 – Palm Reading & FINGER MORPHOLOGY, including e.g.: finger length, 2D:4D ratio, variations in shape & width.
4 – Palm Reading & the MAJOR LINES, including e.g.: primary creases, secundary creases, tertairy creases & accessory lines.
5 – Palm Reading & the DERMATOGLYPHICS, including e.g.: fingerprints, palmar dermatoglyphics.
6 – Palm Reading & SKIN QUALITY, including e.g.: colour, structure, flexure / tone.
7 – Palm Reading & HAND MOTORICS, including e.g.: flexibility, motoric hand index.
Read more about how Multi-Perspective Palm Reading varies from other types of hand reading & modern palmistry via the Wikipedia section: Modern Palmistry: science & criticism
September 4, 2010
In 2004 Chinese researchers present a new approach to study the hand lines for biometric purposes. They applied a mathematical model on hand prints and were able to identify six types of palmar crease variations - based on the core characteristics of the three ‘major palmar lines’. Recently, in line with the Chinese research a new more advanced (PIC) model was introduced which e.g. describes 21 types of major hand line variations which are displayed in ’a family tree of the major hand line types’: see the picture above.
Interestingly, the new study reports e.g. about a correlation between the palmar lines and intelligence (IQ): left hand vs. right hand asymmetries appear to be involved, plus a lower prevalence of MPA’s – such as the simian line & Sydney line).
More details are available in the article:
What can formations in hand lines reveal?
For more information about various aspects of the palmar lines the following book is recommended:
‘Anthropology of Crease Morphogenesis’.
NOTICE: The three major palmar lines concern:
- The ‘radial longitudinal crease’, in palmistry a.k.a. the ‘life line’;
- The ‘distal transversal crease’, in palmistry a.k.a. the ‘heart line’;
- The ‘proximal transveral crease’, in palmistry a.k.a. the ‘head line’.
Related news reports & articles are available at:
News about the palmar creases / hand lines.
October 24, 2009
New research points out: ‘hand-to-face touch’ is a crucial link in catching swine flu and infection is likely not limited to body-contact!
The global death toll arrived beyond 5000, and the stronger ‘momentum’ of the second wave of the H1N1 virus is now observed on 3 continents.
|On wednesday september 8, Barack Obama told students at Wakefield High School in Arlington, Virginia:
“I hope you’ll all wash your hands a lot, and stay home from school when you don’t feel well, so we can keep people from getting the flu this fall and winter.”
But the new reports indicate that washing hands is likely not enough to stop the H1N1 influenza virus – so it does make sense that governments recommend an anti-virus swine flu shot!
Anyway, just remember: ‘… think about your hand hygiene!’
SUGGESTION FOR FURTHER READING:
October 12, 2009
In 1892, Sir Francis Galton published his highly influential book, ‘Finger Prints’ in which he described his classification system based on the number of triradii. On of the 3 most well-known fingerprint types is the ‘whorl’ (next to the ‘loop’ and ‘arch’), which is often found on the fingertips – but rarely found on the hypothenar (in palistry: ‘mount of Moon’)!
What was already known about the ‘hypothenar whorl’?
Quote from the article:
“While the classic palmistry literature describes that the ‘hypothenar whorl’ (a.k.a. ‘whorl on mount of Moon’) can be recognized as a sign for finding a ‘highly imaginative person’, various scientific studies have indicated that dermatoglyphic whorls on the mount of moon are linked with Down’s syndrome + a few other medical problems.”
NEW RESEARCH FINDING ON AUTISM!
Another quote from the article:
“A study on the hands of 30 people with autism (25 men, 5 women) revealed a surprizing high percentage of a specific (very rare) variant of the ‘hypothenar whorl’ – the ‘hypothenar composite whorl’.”
Some examples of the ‘hypothenar composite whorl’ are presented below.
In the perspective of the fact that in the science of fingerprints the ‘composite whorl’ is related to the ‘double loop’, it is interesting to notice here that the new finding relates to an earlier reported finding which pointed out that the hands of people with autism are often featured with a ‘double loop’ in the fingerprint of the pinky finger and the presence of 2 palmar loops below that 5th finger.
In cases you’re interested to learn more about the basics of fingerprint classification – the illustration below describes the 8 most common types of fingerprints (including: 2 ‘arch’ variants, 2 ‘loop’ variants, and 4 ‘whorl’ variants).
NOTICE: The ‘composite whorl’ whorl does not belong to the 8 basic fingerprint types (the name ‘double loop whorl’ in the picture below is traditionally described as a ‘double loop’).
SUGGESTION FOR FURTHER READING:
September 24, 2009
New research from Germany points out that men with long ring fingers may more easily drive too fast, overtake on dangerous roads, and park illegally – indicated by more (self-reported) traffic violations!
Earlier research pointed out that Jamaicans are known for having long ring fingers: a rather remarkable – speculative – story about how “the world’s fastest man” got into a car accident earlier this year (luckely Usain Bolt escaped without serious injuries).
|Earlier ring finger research:
Numerous finger length studies have shown that a long ring finger compared to the index finger in men, can have a powerful effect on health & behaviour.
Quite a few studies suggest that a long ring finger is linked with: increased male aggression, outperformance in sports & (financial) risk-taking behavior.
How to measure the 2D:4D finger length ratio:
New ring finger research from Germany:
Researchers at the University of Mainz recruited 77 male drivers at an average age of 38. Each volunteer had their left hand scanned to measure the difference in length between the ring and index fingers.
They then had to provide details of all driving offences within the previous five years. Just over a third of the drivers reported having penalty points on their licences, ranging from one to 20, for offences ranging from speeding to drink driving.
The results, published in the journal Accident Analysis and Prevention, showed men with longer ring fingers were more likely to have offended.
In a report on their findings the researchers said: ‘A longer ring finger than index finger was related to more traffic violations. Hormone exposure in the womb might increase traffic violations in later life.’
Jamaicans have the long ring finger, and… Usain Bolt has the long ring finger!!
Now, knowing that Usain Bolt has the long ring finger & with the German research findings in mind:
… You might wanna take a look at the full story of Usain Bolt’s car accident earlier this year (april, 2009):
A FEW SUGGESTIONS FOR FURTHER READING:
• About: long ring fingers, testosterone & men who drive too fast!
August 27, 2009
New fingernail research has pointed out that the weather is an important factor in the quality of our fingernails. British researchers found that a humidity of 55% will lead to strong, lengthy nails.
While a lower humidity will make you fingernails more brittle; a higher humidity will make your fingernails more bendy!
Researcher Dr Stephen Eichhorn said:
“We have found that fingernails cope remarkably well over a range of humidities – but it is best not to get them completely dry or wet. At an average of 55pc humidity, which is what you would experience normally, it appears nails have their optimum mechanical properties, and resist bending.”
“The mechanical properties of fingernails are important because of their impact in preventing damage and in maintaining their appearance. ‘In particular, knowing the effect of local environmental conditions can tell us how they might best be protected.”
The research team presented their work in a recent issue of The Journal of Biomechanics.
SUGGESTION FOR FURTHER READING:
August 18, 2009
The 2008 olympics in Beijing pointed out that Jamaican sprinter Usain Bolt is the fastest man on sprint ever! And last sunday he set another new world record at the Athletics World Championships 2009 Berlin. How come that Jamaican sprinters run so fast?
Earlier this year British researchers studied 241 boys aged 10 to 17 who took part in a sports talent-spotting competition in Qatar.
Professor John T. Manning (a.k.a. ‘the finger professor’) said about the finger research:
“We found finger ratios of the right and left hand were positively linked with sprinting times in boys. The advantage they had was soon apparent after the start of the sprint and remained steady thereafter.”
Previous studies have shown long-distance runners have the same hand characteristics (low 2D:4D digit ratio). But in this perspective one should not forget that longer ring fingers have also been linked with everything from a lower risk of heart disease and exam success to male aggression and higher earnings in the workplace. So the predictive value of a long ring finger is not very specific, nor reliable in individuals.
Nevertheless, according John T. Manning it’s a hand fact that Jamaicans are known for having the long ring finger – and it’s confirmed by various hand photos of the most successful sprinters from Jamaica.
MORE DETAILS AVAILABLE AT:
• The hands Usain Bolt – olympic world record holder sprint!
Czech researchers claim to have found that “previously published results on the 2D:4D ratio are biased by its covariation with finger length”. What are the implications?
Popular magazines in The Netherlands & Germany have picked-up the scoop with tempting titles such as: ‘Finger ratio is misleading’ and ‘Deceptive finger’. But the truth appears to be that those titles could be more misleading: for, likely the new research describes a new milestone in the digit ratio research!
|The Czech researchers presented their new research under the title: ‘differences in the 2nd to 4th digit length ratio in humans reflect shifts along the common allometric line‘ – and in the publication they describe the following about their finger findings:
“Sexual differences in 2D : 4D are mainly caused by the shift along the common allometric line with non-zero intercept, which means 2D : 4D necessarily decreases with increasing finger length, and the fact that men have longer fingers than women.”
“We do not claim that the previous results for the finger length ratio are wrong”
“We conclude that previously published results on the 2D : 4D ratio are biased by its covariation with finger length. We strongly recommend regression-based approaches for comparisons of hand shape among different groups.”