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Biology Quotes

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Biology Quotes

“Everything we do understand about the universe - the periodic table of elements, Einstein's laws, Newton's laws, all of chemistry, all of biology - that's 4 percent of the universe. We got to the moon on the 4 percent we do understand. We landed on Mars on the 4 percent we do understand. So the day we crack the nut of the rest of that 95 percent... Oh my gosh.”

“Pulling a gun's trigger can be an appalling act. But if it is suicidal drawing fire to save someone, it has an utterly different meaning. Placing your hand on someone's arm can be an act of deep compassion or the first step of betrayal. The punch line? It's all about context, and the biology of context is vastly more complicated than the biology of the behavior itself.”

“I do sense, as compared with let's say the early '50s, there's somewhat more of a careerism. I don't think it's anything special to economics; it's equally true with physics or biology. A graduate education has become a more career-oriented thing, and part of that is because of the need for funding. In fact, that's a much worse problem in the natural sciences than it is in economics. So you can't even do your work in the natural sciences, particularly, and even to some extent in economics, without funding.”

“I think one of the both liberating and terrifying prospects from synthetic biology for example is that you are going to have all of these do it yourself biosynthetic labs where people are going to be playing with the software of life. We are going to have a new generation of artists that are going to be playing with genomes the way that Blake and Byron used to play with poetry. And when genomes are the new canvas for the artist, we might be able to radically upgrade the human species and the software of the biology of the human species.”

“I think there is a kind of laconic Australian leg-pulling sense of humor that is certainly in some of my stories, or is an element in some of my books, and that's probably a direct result of where I've grown up. But other than that I don't draw particularly on the Australian landscape or the Australian biology and so on. So I don't think there's anything you could point to and say is particularly Australian.”

“Many quantum physics are realizing or hypothesizing that consciousness is not a byproduct of evolution as has been suggested. Or for that matter, an expression of our brains, although it expresses itself through our brains. But consciousness is the common ground of existence that ultimately differentiates into space, time, energy, information and matter. And the same consciousness is responsible for our thoughts, for our emotions and feelings, for our behaviors, for our personal relationships, for our social interactions, for the environments that we find ourselves in, and for our biology.”

“Your body, which is very physical, is under the influence of your thoughts, your feelings, your emotions, your dreams, your fantasies, your desires, your instincts, your drives, your imagination. All these things orchestrate themselves - all these internal activities that are in the invisible domain that we call consciousness actually have very precise physical effects both in our biology, but they also influence our perception of the world.”

“In the next century, we will be inventing radical new technologies - machine intelligence, perhaps nanotech, great advances in synthetic biology and other things we haven't even thought of yet. And those new powers will unlock wonderful opportunities, but they might also bring with them certain risks. And we have no track record of surviving those risks. So if there are big existential risks, I think they are going to come from our own activities and mostly from our own inventiveness and creativity.”

“The greatest existential risks over the coming decades or century arise from certain, anticipated technological breakthroughs that we might make in particular, machine super intelligence, nanotechnology and synthetic biology. Each of these has an enormous potential for improving the human condition by helping cure disease, poverty, etc. But one could imagine them being misused, used to create powerful weapon systems, or even some kind of accidental destructive scenario, where we suddenly are in possession of some technology that's far more powerful than we are able to control or use wisely.”

“The question is: exactly how did life get here? Was it by natural selection and random mutation or was it by something else? Everybody - even Richard Dawkins - sees design in biology. You see this design when you see co-ordinated parts coming together to perform a function - like in a hand. And so it's the appearance of design that everybody's trying to explain. So that if Darwin's theory doesn't explain it we're left with no other explanation than maybe it really was designed. That's essentially the design argument.”

“If the students don't want to learn about evolution, they shouldn't be in the course. A biology course that teaches creationism is not a science course, it's a religion course. So the students demanding that creationism be given credence in that course are out of line and are denying the academic freedom of the professor. They are calling into question the scientific basis of the material that's being presented. And students are not in a position to do that.”

“The school systems at my childhood had enough money or enough parent involvement that they felt like learning music and songs, and exploring the whole pop or classical canon, were just as important as algebra or biology. Music is such a visceral and tactile experience for a kid, and to just replace that with video games or something that doesn't have the same sort of physical impact would definitely be a poor choice, and have a negative impact.”

“The students of biodiversity, the ones we most need in science today, have an enormous task ahead of molecular biology and the medical scientists. Studying model species is a great idea, but we need to combine that with biodiversity studies and have those properly supported because of the contribution they can make to conservation biology, to agrobiology, to the attainment of a sustainable world.”

“A paradigm shift is the best a scientist can hope for. Whenever I smell an opportunity like that, I go after it. You have a new discovery that something's working in a different way than you thought. And this is particularly true in molecular and cell biology, which is structural biology and has the least potential for controversy and partisanship among the biological scientists. You're dealing with a concrete object that's either there or not there.”

“We have to create a sustainable environment, worldwide, and we're not doing it. The best thing we can do with the rest of this century is aggressively acquire - and put aside - the richest natural reserves that we can, and then do our best to manage the needs and desires of the 11 billion people we expect to have by the end of the century. This is where biology is headed. For that reason, the sooner we get on with mapping biodiversity on Earth, the better off biology will be - not to mention the whole subject of saving it before we carelessly throw it away.”