The gravitational waves son perturbaciones en el tissue del espacio

the **gravitational waves** son perturbaciones en el tissue del espacio-tiempo que se propagan a través del universo. These waves are caused by massive and violent events., like the merger of two black holes or neutron stars, Although its effects on everyday life are not noticeable due to its very small magnitude. However, We can understand them through a practical step-by-step example..

### EXAMPLE: Two people jumping on a trampoline

#### 1. The trampoline as an analogy of space-time Imagine space-time as the fabric of an elastic trampoline. When an object with mass, like a person, is placed on the trampoline, the fabric is deformed creating a curvature. in real life, This is what massive bodies do (like planets or stars) in space-time: deform the "tissue" of space-time around it.

#### 2. Jumps as violent events If two people move abruptly or jump on the trampoline, generate disturbances in the fabric (propagating waves). In the same way, In the universe, when two massive bodies (like black holes) move violently or merge, generan propagating waves in space-time. Estas son las gravitational waves.

#### 3. Propagation of waves When people jump on the trampoline, Waves travel outward from the point of impact. En el caso de las gravitational waves, propagate from the site of the cosmic event through space-time, and they can reach us on Earth.

#### 4. Efecto de las gravitational waves
Aunque las gravitational waves tienen un impacto mínimo en nuestro entorno cotidiano (Its effect is very small and only detectable with extremely sensitive instruments such as LIGO.), la idea es que estas ondas producen pequeñas contracciones y expansiones in space-time, something similar to how the trampoline distorts when someone jumps.

In the **gravitational waves**, as in mechanical waves

the **gravitational waves** son perturbaciones en el tissue del espacio-tiempo que se propagan a través del universo . These waves are caused by massive and violent events ., like the merger of two black holes or neutron stars , Although its effects on everyday life are not noticeable due to its very small magnitude . However , We can understand them through a practical step-by-step example .. ### EXAMPLE: Two people jumping on a trampoline #### 1 . The trampoline as an analogy of space-time Imagine space-time as the fabric of an elastic trampoline . When an object with mass , like a person , is placed on the trampoline , the fabric is deformed creating a curvature . in real life , This is what massive bodies do (like planets or stars) in space-time: deform the "tissue" of space-time around it . #### 2 . Jumps as violent events If two people move abruptly or jump on the trampoline , generate disturbances in the fabric (propagating waves) . In the same way , In the universe , when two massive bodies (like black holes) move violently or merge , generan propagating waves in space-time . Estas son las gravitational waves . #### 3 . Propagation of waves When people jump on the trampoline , Waves travel outward from the point of impact . En el caso de las gravitational waves , propagate from the site of the cosmic event through space-time , and they can reach us on Earth . #### 4 . Efecto de las gravitational waves Aunque las gravitational waves tienen un impacto mínimo en nuestro entorno cotidiano (Its effect is very small and only detectable with extremely sensitive instruments such as LIGO . ) , la idea es que estas ondas producen pequeñas contracciones y expansiones in space-time , something similar to how the trampoline distorts when someone jumps . In the **gravitational waves** , as in mechanical waves

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Aug 31, 2024

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