Quotes About Light

Sometimes when light dawns it simply illuminates how dismal circumstances have become.

Most nights she went with the moon, and when it was round she stayed in my biggest bedroom and wouldn't answer the thing that asked her to let it out (let you out from where? let me out from the small, the hot, the take me out of the fire i am ready i am hard like the stones you ate, bitter like those husks) the moonlight striped her, marked out places where the whispering thing would slip through and she would unfold.

Was turning it this way and that in order to catch fireflies in the billowing, transparent left sleeve of her gown.

I don't know anything about light, from where it comes, nor where it goes I only want the light to light up. . .

3 Recuerda que "yugo" quiere decir "unión", y "carga" significa "mensaje". 4 Reformulemos la frase "Mi yugo es llevadero y mi carga ligera" de esta forma: "Unámonos, pues mi mensaje es la Luz".

I am the light of the world," the Workbook has us say. "That is my only function. That is why I am here."12 In this function we rely on the guidance of the Holy Spirit, trusting Him to tell us who needs our help and how they can best receive it. Rather than this being a noble sacrifice, it fills us with joy, for the more we give the more we ourselves receive.

Miracles are natural expressions of total forgiveness. 2Through miracles, you affirm your acceptance of God's forgiveness by extending it to others. 2 The second step is inherent in the first, because light cannot tolerate darkness.21 2Light, by definition, dispels darkness automatically.

La paz de Dios refulge en mí ahora.

Por qué esperar al Cielo? Los que buscan la luz están simplemente cubriéndose los ojos. 3 La luz ya está en ellos. 4 La iluminación es simplemente un reconocimiento, no un cambio.

volvemos nuevamente a optar por la única alternativa que jamás se puede elegir, ya que sólo elegimos entre las ilusiones y la verdad, entre el dolor y el júbilo, entre el Cielo y el infierno. 2 Que la gratitud hacia nuestro Maestro invada nuestros corazones, pues somos libres de elegir nuestro júbilo en vez de dolor, nuestra santidad en vez de pecado, la paz de Dios en vez de conflicto y la luz del Cielo en lugar de las tinieblas del mundo.

3 A ti que das el regalo, Dios Mismo te da las gracias. 4 Y la luz que refulge en ti se vuelve aún más brillante con Su bendición, sumándose así a los regalos que tienes para ofrecérselos al mundo.

El propósito de nuestras prácticas de hoy es acercarnos a la luz que mora en nosotros. 2 Tomamos rienda de nuestros pensamientos errantes y dulcemente los conducimos de regreso allí donde pueden armonizarse con los pensamientos que compartimos con Dios. 3 No vamos a permitir que sigan descarriados. 4 Dejaremos que la luz que mora en nuestras mentes los guíe de regreso a su hogar.

Miracles are associated with fear only because of the fallacious belief that darkness can hide.

You are afraid to know God's Will, because you believe it is not yours. This belief is your whole sickness and your whole fear. Every symptom of sickness and fear arises here, because this is the belief that makes you want not to know. Believing this you hide in darkness, denying that the light is in you.

6 La paz de Dios refulge en mí ahora. 7 Que todas las cosas refuljan sobre mí en esa paz, y que yo las bendiga con la luz que mora en mí.

Love changes darkness into light and makes the heart take a wingless flight.

Theory and experiment both show us that light does not need a material medium for propagation. We would have no trouble understanding this if light were nothing but particles zooming along through empty space. But that is not the way it goes: Light is a vibration, an oscillation made up of elementary oscillations we call photons. But there is no substance that oscillates when light propagates; thus we cannot impede the propagation of light when we remove substances from some given space.

Light is an excitation of empty space proper, of the vacuum. It is no more and no less.

Of all the material objects we know, quasars are closest to lucretius's javelin. Quasars are galaxies in early stage of evolution. The light that tells us about them today has traveled for billions of years. They move away from us at a speed close to that of light; in that way they mirror the expansion of the universe.

Charged particles can scatter light by absorbing and reemitting it (a). Light can scatter off light only by the mediation of charged particles-the virtual particle-antiparticle pairs fluctuating in the vacuum (b). This effect is very small; there is no experimental proof yet.

Chaotic or disordered distributions are symmetrical on the average. An observer cannot conclude anything about his location from looking around him. An example is the chaotic disposition of sand grains at the beach, or of flecks of light on a television screen when the station closes down. In the chaotic distribution, no location or direction is preferred. Only when there is structure appearing in a chaotic distribution does orientation become possible, as the overall symmetry is broken.

What really transcends our understanding is the mechanism that permits these oscillations of abstract field quantities to carry energy. We know this is true; our relevant equations say so, and the solar energy collectors prove it. A photoelectric cell registers at this instant an energy that left the Sun, in the form of light, some eight minutes ago. Travelling across space, this light did not lose its energy; rather, it is part of the energetic excitations within empty space.

In summary, there is nothing much to the conversion of energy into matter and vice versa. The first actual transformation of light into matter without the participation of other particles, accomplished in 1997, generated a huge response from the media. The technical problems encountered in order to achieve this goal were enormous-but there was nothing particularly new in the result itself. The same holds for the recent assembly of antimatter from antiparticles.

Once the thermal radiation reaches the surface temperature of the Sun-some 6000 degrees Celsius-we perceive it as white light. At still higher temperatures, 8500 degrees Celsius, the light will be blue. Beyond this, thermal radiation passes into the X-ray range. And so it goes, ad infinitum: the higher the temperature, the higher the frequency of thermal radiation.