no
Basically this. Consciousness is its own set of circuits in the brain. If you want your signal to go through conscious reflection before you actually hit the circle (so that you're able to make choices based on predicted outcomes etc.), it has to travel a much longer distance (distance measured by the number of neurons and the length of neurons it needs to travel) in order to reach your hand to make the movement necessary to hit the circle. The only way you can do osu! quickly is by cutting out that extra distance between the area of the brain that gets the visual input (it sees the circle) and the area of the brain that sends the signal to the hand. One way the brain makes that distance shorter is by neglecting to send it through the area of the brain that does conscious reflection.Endaris wrote:
osu! is really all about training yourself to react to circles based on habits ingrained in your brain.
It is not possible to play any difficult beatmap with conscious aim and tapping because your brain would simply be too slow.
Consciously trying to do something you can't do yet without is what trains you in the end though so you shouldn't stop doing that.
Let’s consider one actual experiment [4]. Scientists measured and mapped the area of an owl monkey’s [SSC: somatosensory cortex, an area of the brain] which became activated when one of his fingertips was touched. The monkey was then trained to hold that finger on a tactile stimulator – a moving wheel that stimulates touch receptors. The monkey had to pay attention to the stimulus, and was rewarded for letting go upon detecting certain changes in spinning frequency. After a few weeks of training, the area was measured again.
As you probably expected, the area had grown larger. The touch-processing neurons grew out, co-opting surrounding circuitry in order to achieve better and faster processing of the stimulus that produced the reward. Which is, so far, just another way of showing plasticity of cortical maps.
But then, there is something else. The SSC area expanded only when the monkey had to pay attention to the sensation of touch in order to receive the reward. If a monkey was trained to keep a hand on the wheel that moved just the same, but he did not have to pay attention to it… the cortical map remained the same size. This finding has since been replicated in humans, many times (for instance [5, 6]).
N0thingSpecial wrote:
This will sound stupid but aim to hit as much notes as possible rather than aiming for FC