Laiku Landford Quotes & Sayings

There is no soul; there is only consciousness, the highest thing man ever has! Losing the conscious means to die! Death is not a door; when our conscious is gone, all is gone! Only the existence has the doors! Only the life presents you doors! You can save yourself only when you are alive, not after because there is no after! The first step for salvation is to know this simple truth! — Mehmet Murat Ildan

I had wanted to be a regular character on a series for a while. 'The Brady Bunch' was an answer to a prayer. — Susan Olsen

To trifle with Scripture is to deprive yourself of its aid. Reverence it, and look up to God with devout gratitude for having given it to you. — Charles Spurgeon

There is something in this world which no one has ever seen.
It is soft and sweet.
If it is spotted, I'm sure everyone will want to have it,
Which is why no one has ever seen it.
For this world has hidden it quite well, so that it is difficult to obtain.
But, there will come a day when it is discovered by somebody,
And only those who should obtain it will be able to find it.
That is all. — Yuyuko Takemiya

If asked my philosophy, it would be simply this: Savor life, don't press too hard, don't worry too much. — Jerry Weintraub

Prejudice begins with ignorance, and whenever one culture first meets another, there is ignorance. — Vinh Chung

The discovery of the neutron was a crucial step in understanding nuclei, including radioactive ones. For example, beta decays are the transformation within a nucleus of a nucleon of one type, either a proton or a neutron, to the other. You may wonder how a proton can decay to a neutron if the neutron is heavier than the proton; conservation of energy would seem to make this impossible. However, while a proton not bound in a nucleus cannot transform to a neutron, it is possible in some circumstances for a proton within a nucleus to do so. This is because the proton can use the additional energy from the force that binds nucleons in the nucleus. Beta decay occurs if it results in the total energy of the final atom, taking into account the energy due to binding, being lower that that of the initial atom. The same applies to a neutron bound in a nucleus, whereas a free neutron can always decay to a proton. — Brian R. Martin