Science

Lithium-carbon Dioxide

Smartphones are changing the world as we know it. These smart devices have changed our outlook on life in many ways. Today, consumers record their heart rates and reach doctors with the tip of their fingertips. Moreover, the growth of the cool devices is also bringing in new innovation in other industries. Earlier, lithium-carbon dioxide batteries failed to materialize as smartphone batteries. This was a huge disappointment to makers as

Dark Matter

A team of physicists at Stockholm University and the Max Planck Institute for Physics have proposed a theory to prove the dark matter. For the ones who are unaware of the term dark matter, it is the most abundant matter in the entire universe. It comprises 85% of all the bodies that exist in entire universe. The term was coined to explain why the force between proton and neutron has

Robots

Researchers working for armed forces are making efforts to understand the concept of molecular living functionality of muscle and its related mechanism. This is to reproduce it artificially to obtain the abilities of proteins that cause muscle contraction. Therefore, such efforts on part of the army researchers are to create robots. These robots can become versatile and efficient teammates for soldiers in the front. Hence, like myosins, Bionanomotors cause most

Lithium-Ion Batteries

Lithium ion batteries are found everywhere these days and they have become an essential part of modern day life. These batteries have changed the world in a short time period. The Royal Swedish Academy of Sciences bestowed M. Stanley Whittingham, Akira Yoshino, and John B. Goodenough with Nobel Prize in Chemistry this October. These three scientists have invented lithium-ion batteries, which have metamorphosed the world of portable electronics. The Royal

Microscope

A study by researchers at the University of Oregon states that an atomic microscope with an electrode at its tip can provide a qualitative answer on how nanoscale catalysts collect the charge. This study can help researchers to develop better semiconductors to improve the performance of solar devices. With the help of this research, scientists unveil that the catalytic particle shrinks to the size below 100 nanometers. This, as a