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Rock Music Attracts Women?

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Rock Her World

In a resent article on AOL, Ashley Neglia says “Sure, music is said to soothe the soul. But did you know rock music can help boost your level of attractiveness? A study by North Adams State College in Massachusetts found that women judging photographs of men found them to be more physically attractive when they were listening to rock music as opposed to when they were listening to jazz or no music at all. “[Rock music] doesn’t strike me as romantic,” says Trees. “But that’s just one more of the strange foibles of the science of attraction.”

Phermax combined with rock music gives you that secret edge when it comes to dating beautiful women.

Lets face it, everyone knows some guy who plays in a band or is always blasting rock music, never takes a shower, is not that good looking, is always broke but somehow always manages to date the hottest women on the planet.

This is no accident guys. Take a look at Mystery from the VH1 reality series The Pickup Artist. Him and his “Wingmen” play the “Rock Star” look up to the hilt. These guys “get it”. They know how to play the game.

Do you know what the definition of insanity is? Doing the same thing over and over and expecting a different outcome.

If you wanted advice on playing golf for instance, who would you ask? Some guy who never broke 100 or Tiger Woods? Ok, Tiger may know a few thing about meeting women as well as playing golf. (bad example, but you get the picture).

If your not getting the attention you deserve from the ladies, maybe it’s time for you to try something different. It make more sense get your advice from those that are doing not dreaming, not that dreaming is a bad thing, it’s just that at some point you have to take some action.

Look, wake up, get some Phermax Pheromones, roll out of bed, spray some on and go out and meet hot sexy women just by being yourself being yourself. What could be easier then that?

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Tags: attract women, rock music

Sunday, May 23rd, 2010 Pheromones Stories, Uncategorized, odorless pheromones, pheromones No Comments

The Science of Attraction

pher_sexy_mouth Poets have swooned over it since the invention of the written word; singers started crooning about it even before that time. It is a central theme in our daily lives, from the books we read to the people who make our hearts beat a little faster. It’s what “makes the world go ’round.” Love as we know it, however, remains an intangible feeling. No definitive method exists to calculate or predict to whom we will be attracted. For the most part, attraction remains an unsolved mystery–until now. From the same discipline that brought the mysteries of genetic inheritance into the realm of understanding, science has begun to tackle a new question: what causes attraction.

Recent experiments involving everything from sweaty T-shirts to facial symmetry have started to piece together some of the clues to this enormously complex phenomenon. Not surprisingly, the unifying theme behind all of this new information is one common to biology: evolutionary fitness. “Judging beauty has a strong evolutionary component. You’re looking at another person and figuring out whether you want your children to carry that person’s genes,” says Devendra Singh, a professor of psychology at the University of Texas.

The scientific properties of attraction (to whatever extent they are involved) can be explained by the simple will to produce viable offspring, also know as healthy kids. Beyond this underlying principle of attraction, one begins to wonder how, and on what level, one can judge the fitness of another person. Certainly, a person smitten for the first time at a bar doesn’t ask for a genetic sequence and specifics about that special someone’s immune system before approaching him or her. Yet some of that information is received and interpreted at a sub-conscious level, yielding all of the necessary information to trigger attraction without any expensive tests.

The study of attraction has so far identified two main ways in which fitness information can be encoded from one person to another: pheromones and body form. Scientists have known for quite some time that pheromones (chemically-secreted, odorless, airborne molecules) can trigger large sexual responses in non-human animals, but up until recently they had assumed that humans had lost the ability to use this “sixth sense.” In 1985, researchers at the University of Colorado found vomeronasal organs (VNOs, organs that receives pheromone molecules) in human nostrils. Coincidentally, VNOs connect directly to a part of the brain responsible for basic drives and emotions. Shortly thereafter, the VNO was correlated to brain activity, causing a sudden surge in pheromone research.

Now, “pheromone” has become a biological buzzword for the nineties. One of the first and most famous experiments on the science of attraction asked women to rate intensity, pleasantness, and sexiness based on men’s sweaty T-shirts. Claus Wedekind of the Zoological Institute at Bern University in Switzerland wanted to see if women could differentiate between men with similar and dissimilar immune systems. Dr. Wedekind believed that women, using pheromones as signals, would rate T-shirts from men with dissimilar immune systems higher on all three counts, thus making the likelihood of genetically diverse, healthy offspring greater. He found that “women… who are dissimilar to a particular male’s MHC [immune system markers of identity] perceive his odor as more pleasant than women whose MHC is more similar to that of the test man.” Further evidence that pheromones might play a role in attraction was found by Dr. Carole Ober of the University of Chicago’s Department of Human Genetics. Her group took DNA samples from an isolated religious group called the Hutterites.

This group from South Dakota marries among themselves and tends to have large families. The Hutterites descend from 64 European immigrants and thus have a similar genetic make-up, including immune system types. The University of Chicago group examined the haplotype matches of MHC immune system markers for couples. Random pairings in the colony, based on genetic data generated by a computer simulation, were compared to the colonies’ actual couples. The simulation predicted many more haplotype-matched couples (identical immune systems) than were actually found in the Hutterites. Dr. Ober’s explanation? She believes that pheromones could have prevented couples with identical immune systems from being attracted to each other.

Beyond pheromones, many scientists believe that body form, especially symmetry, conveys a sub-conscious message of fitness and initiates attraction. The theory goes that asymmetrical phenotypic features give clues to underlying genetic problems, thus yielding less viable offspring. One paper published in 1994 explains that symmetry is used “as a means of ascertaining the stress susceptibility of developmental regulatory mechanisms.”4 In other words, organisms that maintain symmetrical features under environmental stresses also maintain healthy, unaffected genomes. Symmetry is simply a way for an organism, including a human, to advertise that genetic fitness. Numerous studies of symmetry in humans have shown that men especially are more attracted to women with symmetrical features. (One hypothesis suggests that women are not as concerned with symmetry because instead of breeding, they look for a mate that can provide food and protection for their offspring, i.e., money and power for humans.

In one recent study conducted by Randy Thornhill of the University of New Mexico in Albuquerque, college males found symmetrical female faces more attractive than asymmetrical faces. In addition, the symmetry-blessed women showed a history of more sexual partners and tended to lose their virginity at an earlier age. This same pattern for symmetry preference held true for both facial and non-facial characteristics in two additional studies. Besides symmetry, there are other subtle clues to fitness in the human body. Society has often propelled the “hour-glass figure” as a model for all women to strive for, and with good reason. Even this seemingly obvious attracting trait has a biological basis. Studies have shown that men are most attracted to women with a waist-to-hip ratio of 0.7. A group of researchers at the University of Texas at Austin decided to compare that number to the average ratio of winners of the Miss America pageant and found that the two numbers were identical. The specific 0.7 ratio suggests a woman’s fitness and ability to bear children (younger girls lack the curves while older women tend to develop more fat around their waist). Surprising to some, the attractiveness of women with a waist-to-hip ratio of 0.7 holds true over a range of weights.

Not everyone is convinced that pheromones and body form control attraction. One skeptic of the idea of pheromone influence, a biologist at Arizona State University, says, “I think mate choice is probably a lot more complicated, particularly in humans. Indeed, one must always take into consideration the role of free will in attraction. In addition, many researchers have suggested that pheromones and body form only get the proverbial foot in the door; from there, the course of the relationship is controlled by many other factors, both conscious and sub-conscious. But the question remains, why are we so fascinated with the science of attraction? Perhaps some are tantalized by the idea of being able to quantify a previously mysterious subject. The idea of identifying love by free-floating molecules and symmetrical features is a radical, if not a scary, way of understanding one of the greatest human mysteries. Others may simply be looking for a date. Even though the science of attraction is still much debated, you never know: Falling in Love, a new pheromone perfume that runs about $60 for one tenth of an ounce, might be worth the extra cost to attract that future special someone.

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Tags: attract women, couples, odorless, pheromones, sex

Thursday, May 20th, 2010 Pheromone News, Pheromone Testimonials, Pheromones Stories, Uncategorized, odorless pheromones, pheromones 2 Comments

Science of Seduction

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A neuroscientist believes a little-known cranial nerve may be the secret to lust, and evidence suggests it may be the conduit for sex pheromones…

Ted James and Lysa Grant hit it off immediately when they met at a study group for a psychology class. The two students at New York University knew something was special, and four years later they are now engaged.

James, 24, vividly remembers the first thing he noticed about Grant. “I just loved her smile,” he said.

For Grant, the connection was more cerebral. “I could see he was really smart,” she said. “That was a turn-on.”

But according to R. Douglas Fields, neither intelligence nor charm had much to do with their mutual attraction.

Rather, a little-known cranial nerve brought them together, he believes. Few neuroscientists are even aware that this so-called nerve zero exists, but Fields, an adjunct professor of neuroscience at the University of Maryland believes it may be the key to lust.

His theory is that nerve zero transmits sex pheromones to the brain. The pheromones are chemicals that one member of a species emits that trigger an innate behavioral response in another member of the same species. They are generally detected by the sense of smell.

The notion that smell is important to the sexual drive of animals has long been established, but nerve zero may be the “missing link” that confirms that human beings rely on pheromones, Fields says.

“Human behaviors are much more complex than other animals, but there are several studies showing that the sense of smell does affect sexual behavior in people,” Fields said. “And here is a nerve that connects the nose to the part of the brain involved in sexual reproduction, which helps prove it.”

Pheromones were first discovered in insects in 1959, and later studies suggested that they also induced sexual reactions in people. In 1995, for example, Claus Wedekind, a researcher at the University of Bern in Switzerland, asked a group of women to smell T-shirts worn by men they did not know.

They discovered that women preferred the smell of men who had different immune systems from their own, which would enhance the likelihood that they would have healthy children.

Such theories are controversial, if for no other reason than they lack hard scientific evidence. Fields faces a number of obstacles in convincing others of his theory.

Besides the debate over whether sex pheromones even exist, few people in the field know about nerve zero. The nerve was discovered in the human brain in 1913, well after the other 12 cranial nerves.

With its dominant position at the top of the brain, researchers called it nerve zero rather than rename all the others.

Being so thin, this obscure nerve is usually overlooked in medical research as it is often stripped away when the brain is exposed for dissection. For this reason, nerve zero doesn’t appear in most neuroscience textbooks or medical brain maps.

“What is that?” said Dr. Carol L. Colby, an associate professor of neuroscience at the University of Pittsburgh, when asked about nerve zero. “I’ve never heard of it.”

For those who know about nerve zero, its function has long been debated. Some scientists believe that it is a branch of the olfactory nerves or that it has lost its purpose over time and now has no use, much like the appendix.

For that reason, the jury is still out in Fields’ theory, said Michael Meredith, co-director of the neuroscience program at Florida State University.

“I don’t know that there is good evidence of that,” he said. “There are a lot of ifs, ands and buts. It’s prevalent in all vertebrates, which suggests that it does have a function, but we don’t know that it has an adult function.”

But Fields insists evidence is stacking up that the sense of smell affects one’s choice of sexual partner and that nerve zero is the conduit.

He points to a 1987 study on hamsters by Celeste Wirsig, then a postdoctoral fellow at Baylor University.

The rodents failed to mate after their nerve zeros were severed. Since the nerve systems of hamsters and humans are similar, it stands to reason, Fields says, that nerve zero has the same purpose.

“You take those facts and form a hypothesis, and that’s exactly where we are,” he said.

Fields has supporters, among them James Kohl, co-author of “The Scent of Eros,” a book on pheromones.

“He’s right on,” Kohl said. “We have known there is some physical link, but [nerve zero] really helps to define it. Maybe a lot of neuroscientists don’t know about it, but people who study the olfactory system and pheromones see that and say that’s really important.”

The thought that they might be together because they “smell right” makes James and Grant a little uncomfortable, although they accept that it’s possible. Even if scent is what got them started, James believes love is much more complicated than a pleasing aroma.

“She’s my soul mate,” he said about his fiancee. “No whiff of sweat is going to make me feel the way I feel about her.”

A neuroscientist believes a little-known cranial nerve may be the secret to lust, and evidence suggests it may be the conduit for sex pheromones…

science1

Ted James and Lysa Grant hit it off immediately when they met at a study group for a psychology class. The two students at New York University knew something was special, and four years later they are now engaged.

James, 24, vividly remembers the first thing he noticed about Grant. “I just loved her smile,” he said.

For Grant, the connection was more cerebral. “I could see he was really smart,” she said. “That was a turn-on.”

Phermax Pheromones

But according to R. Douglas Fields, neither intelligence nor charm had much to do with their mutual attraction.

Rather, a little-known cranial nerve brought them together, he believes. Few neuroscientists are even aware that this so-called nerve zero exists, but Fields, an adjunct professor of neuroscience at the University of Maryland believes it may be the key to lust.

His theory is that nerve zero transmits sex pheromones to the brain. The pheromones are chemicals that one member of a species emits that trigger an innate behavioral response in another member of the same species. They are generally detected by the sense of smell.

The notion that smell is important to the sexual drive of animals has long been established, but nerve zero may be the “missing link” that confirms that human beings rely on pheromones, Fields says.

Phermax Pheromone Atomizer

“Human behaviors are much more complex than other animals, but there are several studies showing that the sense of smell does affect sexual behavior in people,” Fields said. “And here is a nerve that connects the nose to the part of the brain involved in sexual reproduction, which helps prove it.”

Pheromones were first discovered in insects in 1959, and later studies suggested that they also induced sexual reactions in people. In 1995, for example, Claus Wedekind, a researcher at the University of Bern in Switzerland, asked a group of women to smell T-shirts worn by men they did not know.

They discovered that women preferred the smell of men who had different immune systems from their own, which would enhance the likelihood that they would have healthy children.

Such theories are controversial, if for no other reason than they lack hard scientific evidence. Fields faces a number of obstacles in convincing others of his theory.

Besides the debate over whether sex pheromones even exist, few people in the field know about nerve zero. The nerve was discovered in the human brain in 1913, well after the other 12 cranial nerves.

With its dominant position at the top of the brain, researchers called it nerve zero rather than rename all the others.

Being so thin, this obscure nerve is usually overlooked in medical research as it is often stripped away when the brain is exposed for dissection.

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For this reason, nerve zero doesn’t appear in most neuroscience textbooks or medical brain maps.

“What is that?” said Dr. Carol L. Colby, an associate professor of neuroscience at the University of Pittsburgh, when asked about nerve zero. “

I’ve never heard of it.”

For those who know about nerve zero, its function has long been debated. Some scientists believe that it is a branch of theolfactory nerves or that it has lost its purpose over time and now has no use, much like the appendix.