Medicine & TechnologyWe understand the drive and the passion to explore the new and unknown frontiers of space, but when it comes to the loss of cognitive function or serious IQ points, we know where to draw the line. While humans as a species, and space agencies now, have been speaking about traveling to other planets for as long as anyone can remembers, now knowing what awaits us in space may change a few of your minds—literally.
When it comes to life on Earth, we’re one of the most fragile species there is. But thanks to the rather perfect confluence of circumstances and cosmic events, we’re mostly shielded from the dangers of space. Strong ultraviolet rays are kept out, our vital oxygen and water are kept in, and life continues blissfully. But what happens when we leave our own little planet in search of others? What protection do we have then?
While gastronomists and foodies alike have searched for new methods of altering the chemical composition of foods, chemists at UC Irvine and the University of Western Australia have found a way to undo some of the changes. In fact, after being tasked with finding new methods for reducing the costs of pharmaceutical development, the researchers have found a way to deconstruct the problem and solved the puzzle of unboiling an egg.
While articles this week have pointed to the potential implications of UC Irvine’s newest research, be it in the pharmaceutical or the food industry in spite of its current limitations, now lead author Gregory Weiss is stepping up and answering the question of: Why would we want to unboil an egg?
Did you ever wish you could unboil those eggs you just finished boiling, just so that you could use them in some other culinary masterpiece? Well, maybe someday you can thanks to a team of scientists at the University of California.
As impending threats of “climate change” and “ecological disaster” have loomed over international affairs this year, to the point that even the United Nations spearheaded a campaign and led a summit to discuss future changes that may amend for some of humanity’s grave mistakes, new research published this week in the journal Geophysical Research Letters looks to a place much colder than our metropolises for evidence of a rapidly shifting climate.