is RH proved this way?

[Oussama Basta]

hey everyone,

what do you think, https://vixra.org/abs/2307.0086

[Julio Di Egidio]

Post by Oussama Basta
hey everyone,
what do you think, https://vixra.org/abs/2307.0086

"4. However, for large prime numbers, we can observe that
the argument [pi*k*ln(k)] will be close to an integer multiple of [pi]."

Which is the same as saying that [k*ln(k)] approaches an integer
for [k] that goes to infinity, which is false.

Julio

[Oussama Basta]

Post by Julio Di Egidio

Post by Oussama Basta
hey everyone,
what do you think, https://vixra.org/abs/2307.0086

"4. However, for large prime numbers, we can observe that
the argument [pi*k*ln(k)] will be close to an integer multiple of [pi]."
Which is the same as saying that [k*ln(k)] approaches an integer
for [k] that goes to infinity, which is false.
Julio

for any large real number you can ignore the fractional part in an approximation

[Julio Di Egidio]

Post by Oussama Basta

Post by Julio Di Egidio

Post by Oussama Basta
hey everyone,
what do you think, https://vixra.org/abs/2307.0086

"4. However, for large prime numbers, we can observe that
the argument [pi*k*ln(k)] will be close to an integer multiple of [pi]."
Which is the same as saying that [k*ln(k)] approaches an integer
for [k] that goes to infinity, which is false.

for any large real number you can ignore the fractional part in an approximation

Another little piece of nonsense.

Sure, keep going as it's going great...

Julio

[Oussama Basta]

Post by Julio Di Egidio

Post by Oussama Basta

Post by Julio Di Egidio

Post by Oussama Basta
hey everyone,
what do you think, https://vixra.org/abs/2307.0086

"4. However, for large prime numbers, we can observe that
the argument [pi*k*ln(k)] will be close to an integer multiple of [pi]."
Which is the same as saying that [k*ln(k)] approaches an integer
for [k] that goes to infinity, which is false.

for any large real number you can ignore the fractional part in an approximation

Another little piece of nonsense.
Sure, keep going as it's going great...
Julio

Another fraction of a mathematician and can be ignored integral of u=0