Preferred by 10 out of 9 Mathematicians!

Amazing Science!!!


I’m about to drop some truth bombs that will blow your mind…

Mind Blown

Did you know that cars driving on the left-hand side of the road have a significantly increased risk of crashing? It’s true! Any car driving at a reasonable 30 mph while hugging the left curb will most likely get into an accident within 20 minutes! And, even if that specific car manages to avoid an accident, any car that passes within 15 feet of it will begin swerving erratically. This second-order behavior can result in numerous other traffic accidents!

Owen Wilson says: "Wow"

If you think that’s crazy, then listen to this: this phenomenon only occurs in certain parts of the world!! In other parts of the world, the behavior is exactly the opposite! For instance, numerous studies indicate that it is far safer for cars to drive on the left-hand side of the road in the UK instead of the right-hand side! This might be true in other parts of the world as well, but statisticians have not collected enough data to know for sure.

Doing some calculations...

Evolution has weeded out most of the cars in the UK that preferred the right-hand side of the road. In fact, an astonishing 99.912% of all cars in the UK strongly prefer the left-hand side of the road! At this point, you might be asking yourself:

Wait — what happens if you extract a car from the UK and inject it onto a road elsewhere, such as the United States?

Well, this is where things really start to get fascinating! Most of the time, the car will inexplicably begin to prefer the right-hand side of the road! As far as scientists can tell, there is no chemical or field-based explanation for this phenomenon. The car simply knows to change its behavior!!

These cars are conforming to the same side preference

In recent years, new research has emerged that may one day provide us with an explanation. Scientists have observed that these injected cars will occasionally revert to their left-preferential behavior. These lapses typically resolve within 71 seconds or less. In 34% of all occurrences, the cars will regain their right-preferential behavior without any apparent cause. But, in the remaining 66% of cases, this realignment is preceded by a surprising event: the surrounding non-UK cars begin emitting loud noises!

Scientists suspect that these loud noises somehow encode information that instructs the UK car to switch back to the right-preferential behavior. Yet, there seems to be no consistency in the frequency or pulse patterns of these noises. Furthermore, these noise emission events do not occur while the car is being injected into its new environment. Thus, the even greater mystery remains: how did the UK cars know to change their behavior in the first place?

Mind Blown Again!

Perhaps someday we will come to understand the underlying principles that govern these behaviors. Until then, we will remain in awe of these truly fascinating phenomena!