Samuel Cameron

Abstract We characterize the steady states of a suspension of two-dimensional active Brownian particles (ABPs). By approximating the first-order correction to the steady-state probability distribution to lowest order in Peclet number, we show that macroscopic quantities can be calculated in analogous way to equilibrium systems using this probability distribution. We then derive expressions for the macroscopic pressure and position-orientation correlation functions.

Some people assume that most cyberattacks come from criminal masterminds. However, in 2020, insider threat actors were responsible for 30% of all data breaches. In terms of data protection, an insider threat can be defined as an employee, team member, or 3rd-party vendor who engages in the deletion, modification, or theft of sensitive or confidential data.

Cybersecurity training today is much different than it was 10 years ago. In most organizations, we have developed training that is engaging, interactive, even enjoyable at times. Security leaders of yesterday realized that having a once a year, boring, PowerPoint like training that employees had to undergo to check a box was not working.