A Quote by Kris Kobach

It's not rocket science. It's not super high technology to construct border barriers. — © Kris Kobach
It's not rocket science. It's not super high technology to construct border barriers.
What patients want is not rocket science, which is really unfortunate because if it were rocket science, we would be doing it. We are great at rocket science. We love rocket science. What we’re not good at are the things that are so simple and basic that we overlook them.
It’s not rocket science. It’s social science – the science of understanding people’s needs and their unique relationship with art, literature, history, music, work, philosophy, community, technology and psychology. The act of design is structuring and creating that balance.
As the witness testified before my Subcommittee on Immigration, that barriers magnify the ability of every Border Patrol agent to be more effective. And so if you make up your mind, you can build substantial mileage barriers. It will increase the ability of our officers to perform, and the most important thing is, it sends a message to the world, the border is closed.
I hated science in high school. Technology? Engineering? Math? Why would I ever need this? Little did I realize that music was also about science, technology, engineering and mathematics, all rolled into one.
The people that work the border will tell you that physical barriers, backed up by men and women, is what we need to secure the southwest border.
Secure, safe borders with physical barriers, proper technology, manpower, and a sufficient number of judges is attainable and important to the security of our nation. We must also treat these children at the border with compassion and decency.
Most technological advances in our life now come from serendipitous discoveries. That is a contraction of rocket technology and computer technology and atomic clock technology.
Religion asks you to believe things without questioning, and technology and science always encourage you to ask hard questions and why it is important in science and technology. So I was always interested in science and technology.
We are living in a society that is totally dependent on science and high technology, and yet most of us are effectively alienated and excluded from its workings, from the values of science, the methods of science, and the language of science. A good place to start would be for as many of us as possible to begin to understand the decision-making and the basis for those decisions, and to act independently and not be manipulated into thinking one thing or another, but to learn how to think. That's what science does.
To process and close models in 50 states and 2,000-plus counties with the myriad of, just, tens of thousands of different regulations, customs, vendors - it's a monster. So the only way to do that is with technology. It really is rocket science.
I'm a woman in technology, I think that we have to consider our border and use the technology we have to be sure that we secure it. If you build a six foot wall, somebody may jump eight feet. But, maybe there's surveillance... there's many high tech things that we can use to be sure we are protecting our borders.
At the current rate of 28 miles of SBInet [Secure Border Initiative network] technology every 4.5 years, it would take 320 years - or until the year 2330 - to deploy SBInet technology across the Southwest border. That statistic would be comical if the subject matter were not so serious.
Dream barriers look very high until someone climbs them. They are not barriers anymore.
I've been thinking about the distorted view of science that prevails in our culture. I've been wondering about this, because our civilization is completely dependent on science and high technology, yet most of us are alienated from science.
I think there's a certain paranoia about science because there is a certain risk related to science which people are very wary about, and therefore, there is an inherent risk aversion to science and technology or, at least, science and technology of unknown.
While political and cultural factors are important as explanations for differences in national technology policy and industrial practices, emergent trends in science, engineering and management are leading to new paradigms for high-technology innovation in both Japan and the United States.
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