Scientists in Japan have found that microgravity may function as a form of birth control. Hence it will be difficult to conceive in space. There goes our hopes and dreams of populating on space ships and other planets!
According to a paper published in Public Library of Science ONE, the obstacles that mammalian creatures go through are not as great as opposed to reptiles and sea urchins. Which pretty much explains aliens looking like how they do?
The Japanese biologists investigated the low gravity effect on mammals and tested them on stored mouse eggs and sperm inside a three dimensional clinostat which mimics the effects of weightlessness. Fertilization only occured normally in the simulated microgravity, but the embryos that were developing in the clinostat had a difficult time maturing than those in normal gravity.
Only some of the embryos survived but they were in lower numbers. Which suggests that our reproductive system may be especially sensitive to gravity. Is this a form of population control?
Parents can be hard to buy for. They have all the “stuff” they want, and as their lives slow down, they have fewer needs. Tech gifts can actually be really helpful for older adults, but both the giver and recipient can find these kinds of presents daunting. Many elderly parents are intimidated by technology and as their child, you worry that either the gift will never get used or you’ll spend the next few months explaining over and over “where the Google is.” Read more
Nowadays, for every person, mobile phones are their constant companion that aids them in both personal and professional use. The importance of mobile phones is growing day by day and their prices are also rising with their importance. For a middle-class person, purchasing the Samsung smartphone is an investment that he wants to use for a long period of time. Read more
Today’s electronics, starting from smartphones to complex computers, is incomplete without Printed Circuit Boards (PCB). These boards are self-contained modules of various interconnected components via a complex array of circuits. Read more