… Moreover, they recognize the random motion of particles in the micro world and understand
… the transition of kinetic energy in each volume unit when fast-moving particles crash the wall …

… as model systems for observing dynamic assembly and collective motility of active particles
… In this mini-review, we mainly focus on the collective motion of bacteria and their dynamic …

… of theoretical methods in electrochemical modeling, in … , the periodic continuum solvation
model based on the modified … method based on the machine learning potential energy surface (…

… Until now, atomic-scale models based on statistical physics principles provide us powerful
tools to investigate the microscopic mechanisms underlying the macroscopic performance of …

… indirect energy storage, which involves converting electric energy to other forms such as kinetic
energy, and direct energy storage, where energy … and storing excess energy for later use. …

… , the college engages students as active learners, prepares them for an increasingly
diverse and changing world, and encourages their lifelong learning." This mission is conveyed …

… As it is clear from Table 3, the correction coefficients (R2) for the second order kinetic model
are greater than 0.99, suggesting the Table 3 Parameters of applied kinetic models for Pb2+ …

… particle in vacuum which starts with an energy of 1 MeV, It goes 10 mm in vacuum and its
kinetic energy … the same direction with particle’s momentum. With a quick and dirty calculation: …

… , which offers a collaborative learning infrastructure for a beginner to learn the IoT technologies
… energy, can be transformed into kinetic energy, or further converted into electrical energy. …

… boson to other elementary particles, is essential to test the Standard Model (SM) predictions…
mass of elementary particles. So the top quark, the most massive particle ever discovered …