ทวีตที่ปักหมุด
◬ Void
18.8K posts
◬ Void
@TheVoidTypes
Soy el que soy, yo soy tú, tú eres yo, y soy el mismo en todo y nada, porque Yo, el Eterno, no he cambiado.
No-local เข้าร่วม Mayıs 2014
911 กำลังติดตาม645 ผู้ติดตาม
◬ Void รีทวีตแล้ว
No existe nada más extenuante en esta vida que las personas que siempre quieren tener la razón. ¡Agotador!
Myriam Eykens©
Español
◬ Void รีทวีตแล้ว
Telescopes unveil spacetime’s vast fabric across the cosmos, yet inside each mind lies its own infinite spacetime; warped by imagination, stretched by dreams, curved by consciousness.
Mesmerizing animation of inner exploration
English
◬ Void รีทวีตแล้ว
Si quieres que algo sea consciente,
primero se necesita que esté vivo.
#concienciaArtificial
#vidaArtificial
Español
◬ Void รีทวีตแล้ว
No hay boca que no trague
No hay boca que no coma
No hay boca si el amor no existe en los labios
No hay boca sin boca.
La boca es la boca
un agujero negro de
múltiples transacciones.
La boca es la boca.
Español
◬ Void รีทวีตแล้ว
◬ Void รีทวีตแล้ว
Binet's formula ✍️
This formula is a mathematical tool that lets you jump directly to any position in the Fibonacci sequence without having to add up all the previous numbers. Normally, the sequence is built by adding the two preceding terms together. However, this formula uncovers a hidden connection between whole numbers and the Golden Ratio, a constant found in nature and art. By raising the Golden Ratio to a specific power and applying a small correction to remove any decimals, the formula results in a perfect whole number. It is famously surprising because it uses complex, endless square roots to calculate simple integers. This demonstrates that the growth of the Fibonacci sequence is closely linked to the geometry of the Golden Ratio.
English
◬ Void รีทวีตแล้ว
This is Lagrangian of the Standard Model of particle which describes three of the four known fundamental forces: the electromagnetic, weak, and strong nuclear forces.
Where top section of the equation describes the forces, while subsequent sections detail how these forces act on fundamental particles like quarks and leptons.
It is one of the longest and most complex equations in physics due to the numerous terms accounting for all possible interactions and symmetries.
This equation was transcribed by physicist Thomas Gutierrez based on Martinus Veltman's work.
English