Verwenden Sie „particle“ in einem Satz

1. The first character is a negative particle meaning 'not'

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2. "Squidyman is gonna use the small-bore particle streams maybe… cut up this junk slow

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3. "It means were going to have to collide the particle streams we fire at a more direct angle

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4. Now, her body extended all the way to the reactors and super-capacitors and particle emitters that would open the transit and breach space

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5. There were antimatter traps, nondestructive quantum-state sensors, particle sources and a magneto-cancellation chiller, all aimed at a vacuum chamber no bigger than a pea

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6. "We do know that there would be no signals without a particle state change,” he said

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7. You still have only three particle traps, you need ten or twenty billion to make any sense out of first order

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8. She told me I was getting nowhere because I still had only three particle traps and was plotting on the first order

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9. There was one for each particle in each atom that he had entangled

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10. When a qbit is transmitted from one particle to another, the state of that property in the transmitting particle goes to unknown

11. Because the quantum number is associated with such a large particle, it is very, very fuzzy

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12. At the same instant, its sister particle changed

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13. “So that would indicate that her soul came over as a particle,” Rene said

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14. "I admit that," Ava told him, "but that particle is a vessel from the souls you are trying to exterminate who live on the asteroids you are targeting

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15. That particle was supposedly entangled with a photon they had received in the message bringing this data

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16. Bex can hear sounds washing over the ramparts of her consciousness, humming notes, staccato glissades, particle waves, and she is both reassured by their proximity and confused by the language

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17. Let's see how planets and stars are formed, or more practically, form themselves: A solitary particle of dust, endowed with a little attraction, attracts another particle 41

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18. accept that Earth is a particle in the micro-cosmos of

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19. You will learn that for each particle of matter there is an anti-matter one

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20. And that particle, what is it made of? Where does it come from? What intelligence makes it a reality? Now close your eyes and try to perceive what you are part of

21. He was already working fifteen hours a week as a research assistant at the Montana particle accelerator site (a ringway extended for two hundred and fifty kilometres underground, the world’s biggest)

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22. When the special particle in one machine was moved, the paired particle in the other machine instantaneously moved in unison

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23. By monitoring the state of the particle it was possible to receive messages over any distance with no time delay at all

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24. -- The Hebrew particle “eth” is used with the article “the” twice; its total value is 406 (58 x 7)

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25. Temperatures were so high that the random motions of particles were at relativistic speeds, and particle - antiparticle pairs of all kinds were being continuously created and destroyed in collisions

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26. The Universe continued to grow in size and fall in temperature; hence the typical energy of each particle was decreasing

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27. After about 10-11 seconds, the picture becomes less speculative, since particle energies drop to values that can be attained in particle physics experiments

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28. Dark energy in its simplest formulation takes the form of the cosmological constant term in Einstein‘s field equations of general relativity, but its composition and mechanism are unknown and, more generally, the details of its equation of state and relationship with the Standard Model of particle physics continue to be investigated both observationally and theoretically

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29. It’s a oscillating, high-density particle beam

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30. “Weinberg’s arena,” avers Berlinski, “is Elementary particles…A rather depressing place…Over there (in the Standard Model of particle physics), fields are pregnant with latent energy, particles flicker into existence and disappear, things are entangled, and no one can quite tell what is possible and what is actual, what is here and what is there, what is now and what was then, solid forms give way

31. A sand particle is moved, which causes another particle to shift a fraction, and another, and so on, without ceasing

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32. Immediately after firing those, they banked the ship hard and fired the ship’s forward high-energy particle cannons on a second ship, quickly destroying both craft, probably before they had even noticed our attack

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33. As they were being displayed one by one to them, she said, “They are immune to most physical attacks, but your energy and particle weapons will work well

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34. the atom is a particle called a neutron, that consists of three quarks

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35. Jaden concentrates on the red words, just those words that change, and Unknown Nano particle removed from rear brain–safely stored

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36. We have particle controlling nanos that direct lightning charges into our city from around the planet

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37. momentum of a particle, the shorter is the length of its associated wave

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38. a wave and a particle

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39. another, where each type of particle corresponded with a different field

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40. sub-atomic particle that had been expected by an observer, the scientist, to occur at a certain

41. When the experiment is repeated, the instantaneous response of the particle at the farther box

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42. The scientific method, based on physical laws and particle motion, rules this domain

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43. Consequently, an individual particle does nothing

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44. An isolated picodust particle is lifeless and lacks the basic machinery for life—but when more than a trillion particles form a group, the entire collective comes to life and acts as a single living organism

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45. be discarded but the particle theories of today that suggested those particles will live on

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46. Conceptually this field must be open and receptive to particle creation and annihilation

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47. sense, the quantum field is similar to the void of Democritus as the yielding substance that may be filled with particle substance

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48. Of course, we differ in our capacity to wield directedness, and I am not claiming that we should forsake the particle directedness of today’s medicine that

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49. More than just inverse changes, physicists presume that one particle gives its momentum to another as I would hand a gift to my friend

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50. They imagine that particles peel off momentum, and that the momentum moves from one particle and attaches

51. In John Wheeler’s experiment it was found that the history of a particle depended on what happened in the present

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52. As we approach an elementary particle to measure its precise momentum, its location becomes smeared all over spacetime

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53. The particle does not allow you to pinpoint its precise location

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54. When a particle appears to be destroyed it has merely enfolded back into the deeper order from which it sprang

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55. Henry Stapp wrote for the Atomic Energy Commission,’…an elementary particle is not an independently existing entity

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56. When strong measurements are made, the waves collapse into complementary pairs of particle and antiparticle

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57. If each particle is considered a pixel, we can imagine an infinite perfectly symmetric 2d checkerboard screen of complementary pairs of pixels of plus 1s and minus 1s

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58. The idea that electrons can only occupy certain discrete energy levels was very perplexing to early investigators and to Niels Bohr himself becase the electron was considered to be a particle

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59. Why the electron occupies only discrete levels is better understood by considering the electron to be, not a particle, but a wave

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60. In order to view the electron as a particle, another wave (travelling in the opposite direction) must be generated by a detector that interferes with this wave, to produce a standing wave

61. The interpretation would apply even to an electrically neutral particle such as the neutron, because the neutron, at the most fundamental level, is thought to be made up of smaller particles called quarks, which do carry electric charge

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62. ’ An overlay of worlds would produce a space without any observable matter, where every positive particle is matched with an equal negative particle

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63. ’ Physicist John Hitchcock explains that a particle and its antiparticle (generated in the quantum vacuum) have the same mass but their charge and spin arise in terms of opposites i

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64. When Niels Bohr invoked the complementarity principle, which basically states that the reality of electrons or photons cannot be reduced to a (1d) particle concept or a (1d) wave concept, he edged Science out of a purely linear approach

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65. If the particle

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66. terms of the known forces (within the Standard Model of particle physics), it only

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67. arated means that the particle density in the subtle

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68. particles would show up as a daily sidereal time modulation of dark matter particle counting rates in

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69. inversely related to the mass of the particle

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70. by a variety of factors; including thermodynamic considerations, particle mass and

71. plasma frequency is inversely related to the mass of the particle

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72. to assume that they would be composed of only one type of particle There is

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73. string theories postulate that every standard particle we observe has a mas-

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74. as the frequency of the particle was raised, it was pushed out of the

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75. the standard particle Here, a metaphysicist says the same thing:

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76. verse, the motion of each individual charged particle is strongly controlled by

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77. tern (which indicates wave-like properties of the particle) dissipates the more

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78. ‘senses’ that it is being watched, the electron (as a particle) goes through only

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79. of consciousness associated with that super particle (condensate or Q-ball)

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80. sense-organs What has been observed by leadbeater is that every particle

81. beater and Besant could conceive of a particle having the ability to store

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82. hinted at this only recently He says that ‘a particle has a rich and complex

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83. minedly, ‘every particle bears within it the impress of everything that has

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84. The description that the atoms were widely separated means that the particle

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85. area during this process The etheric nucleus has both particle and wave

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86. cal awareness as the poles of the field close-in – the particle at the ‘north

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87. pole’ near the head which is violet and the particle which is at the ‘south

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88. The field that this particle represents extends in all directions infinite-

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89. earth exists They belong to the same range of vibrations and particle sizes

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90. something happens later to one half of the particle flying off in one

91. that light has the quality of both vibration and particle

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92. particle, yes, it can transmit sound, but as a wave, it has no mechanical properties to

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93. Much debris was washed down the hole which caused the particle board sub-flooring to disintegrate Now, most importantly you will see on page 228 which is part of Angela Blount‘s autopsy report the following: ―Three of the fragments are discovered to be metallic, shiny and to exhibit threads on the inner surface of the curved metal

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94. All is as it is, and every particle ‘sees’ every other according to the laws of gravity and electromagnetism and what have you, yet relates to every other particle as if they were all separate

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95. “Journal of Particle Physics; an interesting article on the dimensionality of pions

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96. Construction of the Australian Super Collider particle accelerator is underway

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97. Like a kid in the proverbial candy shop trying to pick which treat to purchase, you’re faced with a massive dilemma—which weapon to choose from? There’re plasma blasters, ion cannons, super-intensive heavy particle beams, antimatter warheads, magnetic disrupters, whole-population quantum spin-flip initiators, the old-fashioned nuclear-fission-driven laser bank, and a slingshot

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98. And the stench! Every particle irradiates a piece of itself (Eaux du Partical) and every particle’s essence travels at roughly 3

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99. A particle of light from the target’s head moved in an instant down towards Tim’s eye, excited and full of energy

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100. Perspective being what it is and giving the particle a conscience, time would have moved around it in a treacly, creamy malaise