The probability of thermal fluctuations lifting a 1g stamp 1μm+ is extremely low, as it requires a specific combination of thermal energy and random molecular motion to occur.
The probability of thermal fluctuations lifting a 1g stamp 1μm+ is affected by the temperature and density of the surrounding environment, as well as the weight and surface area of the stamp.
Yes, the probability of thermal fluctuations lifting a 1g stamp 1μm+ can be calculated using statistical mechanics and the Boltzmann distribution, which takes into account the energy and motion of individual particles.
Yes, the probability of thermal fluctuations lifting a 1g stamp 1μm+ can vary for different materials due to differences in their molecular structures and bonding forces.
In most cases, the probability of thermal fluctuations lifting a 1g stamp 1μm+ cannot be controlled as it is a random event. However, certain factors such as temperature and surface roughness can be manipulated to potentially increase or decrease the probability.