Quotes About Energy

All the [energy] that was tied up in family bonds must be withdrawn from the narrower circle into the larger one, because the psychic health of the adult individual, who in childhood was a mere particle revolving in a rotary system, demands that he should himself become the centre of a new system.

and hone it to a fine edge—into a crafty, sweet revenge? Do we let it slide off of our backs without taking it in or caring about it? Or do we point the anger inside, targeting ourselves, and call ourselves unworthy? What do we do with this energy that our catalyst has generated?

The choices we make about what the Ra group calls energy expenditures are absolutely crucial as we play the Game of Life. We have just so many seconds to live. We have just so many heartbeats before our environment changes and we drop our physical bodies. And in those times of our life's heartbeats, we have just so many opportunities to feel, sense, think and choose how to respond. Each incoming bit of catalyst is a precious gift.

A male was transformed into a man by the willful expenditure of energy. Above all, a man willed himself to be expendable. Like the sun, a man fed the fire of his honor on his own substance. The magnus animus, the animus virilis, squandered itself in contempt of its own dear life.

In fact, since I ceased to love I have known no peace. During my sleepless nights I feel sapped of energy, tormented by the wanderings of my spirit.

The conservation of energy in the atomic model found its final treatment in the hands of Hermann von Helmholtz (1821–94), who, like Mayer, started from physiological considerations, and about whom we spoke in detail in the previous chapter. In his fundamental work of 1847 [18] he explicitly introduced the concept of potential energy.

The consequences of Thomson's Principle of Dissipation were elaborated by Hermann von Helmholtz, who two years later described the "heat death" of the universe, the consequence of the transformation of all energy into heat [14].

The First Law starts from the fact that in any physical system there are two kinds of energy (for simplicity, we ignore the possible presence of electric and magnetic fields), mechanical and thermal. Their sum may change because one performs work on the system or supplies heat to the system.

The First Law simply states that the change in total energy equals the work performed on, plus the heat supplied to, the system (measured in suitable units).

heat "always shows a tendency to equalize temperature differences and therefore to pass from hotter to colder bodies" [15]. A

If food was no longer obliged to make intercontinental journeys, but stayed part of a system in which it can be consumed over short distances, we would save a lot of energy and carbon dioxide emissions. And just think of what we would save in ecological terms without long-distance transportation, refrigeration, and packaging--which ends up on the garbage dump anyway--and storage, which steals time, space, and vast portions of nature and beauty.

We are made up of the same atoms and the same light signals as are exchanged between pine trees in the mountains and stars in the galaxies.

It is entropy, not energy, that keeps stones on the ground and the world turning.

An elementary structure of the world is emerging, generated by a swarm of quantum events, where time and space do not exist. Quantum fields draw together space, time, matter, and light, exchanging information between one event and another. Reality is a network of granular events; the dynamic that connects them is probabilistic; between one event and another, space, time, matter, and energy melt into a cloud of probability.

The world, particles, light, energy, space, and time—all of this is nothing but the manifestation of a single type of entity: covariant quantum fields.

Space is created by the interaction of individual quanta of gravity.

The difference between past and future only exists when there is heat. The fundamental phenomenon that distinguishes the future from the past is the fact that heat passes from things that are hotter to things that are colder.

The quanta of gravity, that is, are not in space; they are themselves space. The

Büyük bir y?ld?z tüm yak?t?n? (hidrojeni) tüketti?inde sönmeye ba?lar. Geriye kalanlar, yanmadan kaynaklanan ?s?yla ayakta kalamaz, kendi a??rl???yla çöker, uzay? o kadar güçlü bir biçimde e?er ki gerçek bir deli?e dü?er. Bunlar ünlü karadeliklerdir.

Every cubic centimeter of space, and every second that passes, is the result of this dancing foam of extremely small quanta.

is Entropy, not Energy, that Drives the World

The difference between past and future exists only when there is heat. The fundamental phenomenon that distinguishes the future from the past is the fact that heat passes from things

With a great deal of effort, seeking help from friends better versed in mathematics than himself, Einstein learns Riemann's math—and writes an equation where R is proportional to the energy of matter. In words: spacetime curves more where there is matter. That is it.

Kütle çekim alan? uzayda yay?lm?? de?ildi, çekim alan? uzay?n ta kendisiydi.