Weight Loss During Periods of Starvation or Fasting


1 in 210 obese men and 1 in 124 obese women will lose weight following restrictive caloric diets. That is a failure rate of 99.5% for men and 99.2% for women. These values are even lower for those suffering from morbid obesity. Studies have demonstrated that 4 days of continuous fasting does not drop basal metabolic rates, rather it increases metabolic rate by approximately 12%. This mechanism is purposely designed by evolution because a metabolism which slows down greatly due to gaps in finding food, would cause lethargy and eventually death to the organism. Animals are programmed to increase metabolic rates during periods of starvation as a way to ensure the body continues to forage and hunt for food. Whilst fasted, the human body first burns glycogen found within the liver, then moves to body fat and muscle, and then finally more essential parts of the body like tissues and organs when all other non-essential resources have been exhausted. Fasting increases weight loss by 6x in comparison to caloric restriction

Traditional Operatic Theater


Despite common belief, not everyone who attended operas during the 18th century spoke Italian which is and was the language of most operas. Because of this, operatic actions became highly exaggerated over the evolution of the artform to act as a kind of subtitle to fill in the blanks. Patrons were also provided small booklets with the entire opera in print, much the same as a modern day screenplay script so that they could follow along in the event that they became lost

The Evolution of the Eye


The eye has developed within the animal kingdom for one reason only; to detect the world around the observer. The first evolved eyes were simply an apparatus which had a light sensitive cell referred to as “rhodopsin”. Eventually as time progressed, eyes developed a spherical shape which allowed more light to be captured so that the difference between light and dark was more distinct. Following this, eyes evolved the ability to develop a pupil which acts as a biological aperture which can constrict and dilate letting either more or less light into the eye. This system works in theory but the real world application developed a problem in that when constricting the pupil to focus on an object being looked at, less light is let in which restricts vision. Nature eventually alleviated this issue by placing a lens behind the aperture of the pupil which allowed for precision detail, clarity, and focus. This system was so effective that evolution produced some form of it for nearly every animal and insect on Earth, some being more adept than others, but all using the same principal of light and focus to observe information around them