What happens when life is filled with a bit more twins? It gets twice as happy! The story of Briana and Brittany Deane will make you believe in such a fairytale in real life. The identical twin sisters are married to identical twin brothers Jeremy and Josh Salyers. The two pairs met each other back in 2017 at the Twins Day Festival in Twinsburg, Ohio. It seems that no other place on Earth could be more perfect for these couples to meet and fall in love. The Salyers couples recently shared all the details of their dream wedding with the media.
The pair of identical twins are now in a quaternary marriage, which means a condition where identical twins marry identical twins. One year after meeting at the festival, they returned to the event on August 4th, 2018, and got married in the most fitting Twice Upon a Time-themed ceremony. While looking back on the big day, Josh recalled that seeing the twin sisters in their beautiful identical bridal gowns and veils, standing in a sea of other identical twins, was quite a sight! According to Briana, when they spotted the twin grooms waiting for them, they knew that they were walking into their own dream. The 36-year-old twin sisters told the media that they always wanted to marry another set of identical twins.
Looking back at the day, the 39-year-old identical twin brothers said that their special day was amazing and perfectly magical with the whole town coming out to celebrate their nuptials. In the five years since their double fairy-tale wedding day, the two Salyers couples have moved into a spacious Virginia home to live together. Josh and Brittany gave birth to their son Jett in January 2021, and Jax was born four months later to Jeremy and Briana. The kids are quaternary twins, meaning they are cousins and also genetic siblings.
Developmental Dyslexia May Have Been Key to Humanity’s Success
While dyslexia is treated as a burdensome neurological disorder, it now seems that it’s associated with important beneficial traits that might have been the key to the success of humans when it came to changing environments. This positive side of developmental dyslexia was largely ignored by society and the image of the disorder was rather negative. But, now, it seems that all humans, dyslexic or not, may owe the disorder a great debt.
Developmental Dyslexia May Be More Than a Neurobiological Disorder
Developmental dyslexia is defined by the World Federation of Neurology as a disorder in children who fail to attain the language skills of writing, reading, and spelling commensurate with their intellectual abilities, despite conventional classroom experience. This means that dyslexia is usually treated as a deficit or a neurobiological disorder, albeit one that can be overcome by some people. Even so, some psychologists have questioned this view. Although they don’t dispute that developmental dyslexia makes things harder, the evidence they have assembled shows that people with developmental dyslexia often rank highly on skills beneficial for architecture, engineering, and art.
Scientists Believe Dyslexia Provided Advantages to Ancestral Humans
Many people have started thinking autism is often beneficial and now it seems dyslexia is also going in that direction. Scientists have proposed that developmental dyslexia may be so common because it gave advantages to human ancestors. Cambridge University’s Dr. Martin Vestergaard and Dr. Helen Taylor believe developmental dyslexia’s effect on reading is secondary to something deeper. They call it a cognitive search strategy that favors exploration over efficient resource exploitation. This was important because while making good use of available food resources may be key to survival, getting too good at it could be detrimental to a group. This is so because such a group would be unlikely to expand and can thus get in trouble after a drought or some other disaster.
Developmental Dyslexia Was Crucial for Humans in Times of Instability
So, in cases of drought and disasters, a tribe would need to have an explorer, making the association between developmental dyslexia and exploration strategies very significant. According to the Complementary Cognition theory, too many dyslexic people in a population might lead to failure to make good use of familiar food sources but a few dyslexic people could improve the prospects of the others around them.
It seems that neurobiological diversity was beneficial for humanity, especially during periods of change like climate instability. Dyslexia is not something of the past but is currently present in the gene pool with about 60% heritability. It became a problem to people relatively recently because reading took over the world and changed the game for those who have a particular search strategy like developmental dyslexia.