Subatomic Particle Quotes & Sayings

Scientific vocabulary can be so weird. The Large Hadron Collider at CERN has just recorded an example of a subatomic particle called the anti-beauty quark. Could it be that ugly people now have something tangible to blame? — Michael Quinion

Most theorists suspect that space has an intricate structure - that it is 'grainy' - but that this structure is on a much finer scale than any known subatomic particle. The structure could be of an exotic kind: extra dimensions, over and above the three that we are used to (up and down, backward and forward, left and right). — Martin Rees

In particular, if consciousness is an ontological fundamental-that is, a primary element of reality-then it may have the power to achieve what is both the best-documented and at the same time the spookiest effect of the m ind on the material world: the ability of consciousness to transform the infinite possibilities for, say, the position of a subatomic particle as described by quantum mechanics into the single reality for that position as detected by an observer. If that sounds both mysterious and spooky, it is a spookiness that has been a part of science since almost the beginning of the twentieth century. It was physics that first felt the breath of this ghost, with the discoveries of quantum mechanics, and it is in the field of neuroscience and the problem of mind and matter that its ethereal presence is felt most markedly today. — Jeffrey M. Schwartz

Whirling silence settled around Jessica. Every fiber of her body accepted the fact that something profound had happened to it. She felt that she was a conscious mote, smaller than any subatomic particle, yet capable of motion and of sensing her surroundings. Like an abrupt revelation - the curtains whipped away - she realized she had become aware of a psychokinesthetic extension of herself. She was the mote, yet not the mote. — Frank Herbert

It was the discovery of the quantum universe that changed everything, and that universe was so small and so dynamic that it could not be observed directly. Trying to explain their insights, scientists looked at the language of mysticism. At the subatomic level, the parallels between quantum reality and mysticism were striking. For example, the behavior of light: in some contexts it acted like a wave, in others like a particle. Could it be both? Physicists had no concept for grasping this, so they dispensed with Western logic and embraced paradox. (This is important, too, for the notion of vampires being both living and dead.) — Katherine Ramsland

In spite of the fact that religion looks backward to revealed truth while science looks forward to new vistas and discoveries, both activities produce a sense of awe and a curious mixture of humility and arrogance in their practitioners. All great scientists are inspired by the subtlety and beauty of the natural world that they are seeking to understand. Each new subatomic particle, every unexpected object, produces delight and wonderment. In constructing their theories, physicists are frequently guided by arcane concepts of elegance in the belief that the universe is intrinsically beautiful. — Paul Davies

It has become hard to stand still, wrapped in the glory of a single image, as the original viewers of old paintings used to do. The flood of images has increased our access to wonders and at the same time lessened our sense of wonder. We live in inescapable surfeit. A number of artists are using this abundance as their starting point, setting their own cameras aside and turning to the horde - collecting and arranging photographs that they have found online. These artist-collectors, in placing one thing next to another, create a third thing - and this third thing, like a subatomic particle produced by a collision of two other particles, carries a charge. A — Teju Cole

Therefore, all the scientific data suggests that what we perceive has an effect on matter as we view it. We are co-creating this universe as participators. So if we are looking at the smallest sub-atomic particles and/or the edge of the universe we bring about the act of creation just by observing hence we will never find the smallest subatomic particles or the edge of the universe as we are co-creating reality. Hence the dilemma, if there is an edge of the universe, what is beyond the edge or if we have found the smallest sub-atomic particle what is it further made up of. I can sum up my research by stating that the very act of observation creates reality. — Gabriel Iqbal

In quantum physics, the study of material at the subatomic level, you get down to the tiniest levels. When they take these subatomic particles, put them in particle accelerators and collide them, quantum physicists discover there's nothing there. There's no one home - no ghost in the machine. — Wayne Dyer

For five hundred dollars, I'll name a subatomic particle after you. Some of my satisfied customers include Arthur C. Quark and George Meson. — Scott Adams

In a futule effort to find the underlying truth of existence, we peer into the farthest reaches of the universe and split subatomic particles into smaller units. However, these techniques will only enable us to see the smallest particles that the prevailing technology affords. It will not help us "see" the reality behind existence, which is information. Since the world of information is zero, even the tiniest particle is larger than zero. If you truly want to know the source of existence, look deeply into your own mind first. — Ilchi Lee