Moving diagram show coolest science-2013 Top ten science theme GIF animation inventory

If the value of a picture is equal to 1000 words, the value of an animated GIF is equal to 1 million words. GIF Animation combines a sequence of pictures, like a hand-turned book, as a visually appealing way to show moving objects. 2013 is of great significance to GIF animation ...

This year, GIF animation really become mainstream, we also see a large number of online display celebrities, sports and politicians of GIF animation. 2013 was also a very important year for scientific research, and "science" was judged by Webster's Dictionary as an annual term. GIF animators have produced a number of GIF animations in the way they excel, showcasing some of the coolest, weirdest, and most compelling scientific events of the 2013. Now, let's take stock of the 2013 Top ten science theme GIF animation.

A pineapple, a timed camera plus two months of waiting, you can record the amazing pineapple decomposition process. Bacteria, fungi and ants work "tirelessly" to devour juicy, succulent flesh, leading to changes in the appearance of the pineapple.

Canadian astronaut Chris Heidfeld, who worked on the ISS for 166 days, uploaded a video showing what would happen when a wet towel was being screwed over the space station's 0 gravity environment. Heidfeld did this experiment to answer the questions raised by the middle school students.

Solar activity is becoming more and more violent. NASA has released a video showing the intense activity of the sun in a single day, including flares, coronal material jets and magnetic field lines moving through the sun's atmosphere, all of which occur at the same time.

In 1944, St. 31 College in Dublin began an experiment to show that the tar pitch, which appears to be solid at room temperature, is actually a liquid substance. 69 years later in July, scientists first captured the tar pitch for a moment with a shot. The tar pitch experiment in Dublin is one of the longest-lasting experiments in the world. The experiment shows that tar pitch takes 7-13 years to drip.

Last February, a meteorite weighing 12,000 tonnes crashed to the Russian car at 60 times times the speed of sound, the largest meteorite to hit the Earth since 1908. The meteorite attack damaged about 7200 buildings, causing nearly 1500 people to be injured. Fortunately, no one was killed in the attack, and some residents also recorded a shocking moment with the camera in their hands.

In this animated GIF, the moving purple dots is an idea within the zebra fish brain. Japanese scientists have captured this image with the aid of a detector that is extremely sensitive to fluorescence. In the study, scientists used a gene called "Gcamp", which responds to the presence of calcium ions and emits fluorescence. When neurons are stimulated, calcium levels fluctuate.

The most incredible device developed by the University of North Carolina Laboratory may be an electronic circuit that can be completely dissolved. This circuit can be used for environmental monitoring and medical equipment, dissolving and disappearing when not in use.

By placing black polymeric films on moist surfaces, they perform wonderful dances. A group of researchers at MIT in the United States in January unveiled a peculiar polymeric material that can be moved by itself using the energy that exists in the water. According to their assumptions, the material could be used for micro electronic components one day in the future, using energy sources that exist in the environment.

In October, a video showing the eating of red bat fish attracted a lot of netizens ' attention. Red bat Fish is one of the most exotic marine animals, living in the depths of the Pacific Ocean. The animated GIF video was filmed at the New River Island Aquarium in Japan, showcasing the spectacular moments when red bat fish preyed on krill.

The rationale behind this phenomenon is not complicated. Because the bead chain is falling fast, when one end falls to the ground, the other end of the movement is also drawn from the cup. The sudden shift in direction allows the ball to be prepared to overflow the cup without too much time for the body to change, thus forming a huge force. The steel ball was suspended by this force before falling down, forming a suspended state in the picture.