Crazy idea: On grip and rubber tyres

 So I googled 'overcoming insulation' because somehow giving (electrical) power to anything seems to enhance anything if used with proper practice.

So given how I wrote about the '53 million horsepower mustang' and 'Turbulence and race cars' with the extra downforce, how to get more grip?

Tyres are supposed to be sticky so generated force doesn't get the car off track at high speeds. And they race on asphalt. Fine.

How to improve it though? 

So given the search query I came upon the following (probably for homes) advice:

What should you not do with insulation?

Insulation keeps your home the temperature you want — as long as it's installed correctly. Here are five common insulation mistakes to avoid.

Neglecting to Air Seal.

Blocking Air Flow.

Spending Time and Money Pulling Out Old Insulation.

Overstuffing.

Stopping Short

So think about say a tyre for a car.

We have to air seal the tyre. Ok.

We have to not block airflow to the tyre. Okay.

It shouldn't use layers of rubber due to friction. Unavoidable I guess.

Not overstuff it. 

And not stop short.

-

Alright. So what if we overcame the internal resistance of rubber, and have an electric engine provide electricity to the tyre such that it overcomes its resistance and creates a current between the engine, through the tyre, to the ground?

Let's search of electricity can stabalize an object or increase its grip.

Well what seems interesting is that you are able to bend water with static electricity.

So this means that it at least has a 'gripping force'.

Confer to electrified rubber tyres overcoming their electrical resistance on asphalt.

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