You can apply control surfaces to the body and change your drag, wave a big bedsheet on a windy day.

So what you're saying is that the amount of space your body takes up is still the same, but the amount of surface area of your body that is exposed has decreased.

You can use static charge to move you,

you can put on magnetic boots

you can shoot yourself with a machine gun or a laser

right

Or you can freeze yourself to -271 degrees Celcius and coat yourself in super fluid helium

your have more density when you move your body into a ball like "cannon ball"

If you blow on or splash a liquid, the liquid is more dense because liquids are more compressible.

If you are in a swimming pool breath in to your highest lung capacity you will float, exhale all the air, you will sink.

You can change your own density

The change in volume if you were to do the same thing to a solid would be virtually unnoticeable

the point of mentioning density and bouyancy is to show we have better answers for why things move up or down

Why does Temperature change your density?

gravity isn't needed

The application of a pressure vector creates a net vector sum of density

so instead of kg/m^3 of medium

all the stuff we know and can use to manipulate if stuff moves up or down doesn't rely on gravity

you are dealing with kg/m^3 seconds

its not like levitation techniques needs to concern itself with some made up/fake theory

Are you saying kg/m^3 seconds is a vector?

@^Kevin^ yes you can even use some curtains and a metal seat under your robes!

So actually the cheapest way to go into space would actually be a 100km long robot arm and pull yourself there

space isn't real

Do you want to see the worlds first anti gravity device?

Shoot.

You laugh

Gravity doesn't exist, never has never will

What?

Not unless you can prove mass all by itself causes acceleration\

Mass doesn't cause acceleration, force does.

its ridiculous to talk about a robot arm to get to space.

You can drop a 1kg lead ball and a 1000kg lead ball, both will accelerate down at the same rate.

mass does not affect acceleration

density however does

stuff falls at different rates

if you drop them from 80 feet off the ground

air resistance is one of the reasons

drag

5. APPLICATION OF DRAG ON THE BODY: https://imgur.com/a/wzaen55