Jesucristo Creador del Mundo

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Jesucristo Creador del Mundo
Jesucristo es el agente creativo a través del cual Dios el Padre actuó para hacer todas las cosas. El es «quien sustenta todas las cosas con la palabra de su poder», actuando como el sustentador continuo del universo.

Jesús como Creador del mundo físico En el principio era el Verbo, y el Verbo era con Dios, y el Verbo era Dios. Todas las cosas por él fueron hechas, y sin él nada de lo que ha sido hecho, fue hecho. Y aquel Verbo fue hecho carne, y habitó entre nosotros. el unigénito del Padre.

Jesucristo no fue creado sino que ha existido eternamente con Dios el Padre. Dios creó el mundo físico a través de Jesucristo, Jesús también creó las cosas no físicas, como posiciones de autoridad. Porque en él fueron creadas todas las cosas, visibles e invisibles; sean tronos, sean dominios, sean principados, sean potestades; todo fue creado por medio de él y para él.

Esto no significa que Dios el Padre no estuvo involucrado en la creación. Tampoco quiere decir que no se le pueda llamar Creador. Esto se ve en la creación del hombre cuando Dios dice Hagamos al hombre a nuestra imagen, conforme a nuestra semejanza. El uso de pronombres en plural indica que Dios el Padre y el Verbo, quien fue el preencarnado Jesús estuvieron involucrados. declara que Dios el Padre creó los mundos por medio de Jesús, mostrando que ambos, en conjunto, fueron los Creadores. Se puede encontrar más evidencia del rol creativo unificado , el cual dice Acuérdate de tu Creador en los días de tu juventud. Aquí, el texto hebreo subyacente es en realidad plural y dice Creadores, reconociendo al Padre y a Cristo.

La conclusión es que Jesucristo es agente de la creación a voluntad del Padre, y tanto el Padre como Jesús como el Espíritu Santo planearon el diseño del universo. Una manera de resumir esto correctamente es decir que Dios es el Creador, con el término Dios trino refiriéndose colectivamente al Padre, Jesucristo y el Espíritu Santo. Esta convención lingüística se usa y en otros lugares de la Biblia para aludir a los tres.

Summary: Motor system neurons not only control movement; they also incite action.

Source: UCLouvain

Motor system neurons not only control movement, but stimulate it. This is the surprising discovery made by the UCLouvain Cognition and Action Laboratory.

Have you ever made a decision too quickly, resulting in a poor choice? The answer is certainly yes: the propensity to make good choices systematically decreases as the speed at which decisions are made increases. What explains this? The “speed-accuracy trade-off,” which is universal in the animal kingdom.

There’s no escaping this trade-off, but it’s possible to voluntarily regulate it according to the context, by favoring either decision-making speed (to the detriment of the propensity to make good choices) or caution (to the detriment of decision-making speed).

Uninvolved muscles

In a recent study published in PLOS Biology, researchers from the Cognition and Actions Lab (UCLouvain Institute of Neuroscience, IoNS) made a surprising discovery. Dr. Gérard Derosière and Prof. Julie Duqué, in collaboration with Dr. David Thura (INSERM, Lyon) and Prof. Paul Cisek (University of Montreal), demonstrated that the activity of neurons projecting to the muscles involved in the execution of a chosen action was strongly amplified when subjects favored quick decisions.

More important, they discovered that this amplification is present in other groups of neurons that project to muscles that are not at all involved in the execution of the chosen action.

Another discovery was that the activity of a third type of neuron is rapidly reduced during the decision, which not only allows us to decide quickly but also to contract specific muscles quickly and thus move more quickly.

The motor system is involved in our choices

“We’ve succeeded in demonstrating that motor system neurons not only control movement but also incite action,” explains FNRS scientific collaborator Dr. Derosière.

“While decision-making is commonly associated with the brain’s prefrontal structures, located just above the eyes, our work shows the importance of the motor system in the speed of our choices and in impulsivity.”

Recent research on decision-making seemed to suggest that rapidly made choices were based on global changes in the activity of these neurons.

However, this hypothesis remained speculative and it remained unclear how decision speed was regulated, because the tools used by scientists did not, until now, allow the activity of these neurons to be recorded accurately.

Perhaps the biggest myth in all of science is that of the lone genius. Someone, somewhere, with a towering intellect but no formal training wades into a field and can immediately see things that no one else has ever seen before. With just a little bit of hard work, they find solutions to puzzles that have stymied the greatest minds prior to them. And perhaps, if you had the good fortune of coming into a field just like that, you could make those great breakthroughs that the world’s greatest professionals had all missed.

That’s the myth we frequently tell ourselves about Einstein. That he, an outcast and a dropout, taught himself everything he needed to know on his own and revolutionized the field of physics in a number of ways. In the early days, his work thinking about light gave us the photoelectric effect, special relativity, and E = mc², among other advances. Later on, his work alone gave us General Relativity, arguably his greatest achievement. All by his lonesome, Einstein single-handedly dragged the field out of Newtonian stagnation and into the 20th, and now the 21st, centuries. Here’s why that couldn’t be farther from the truth.