Famous Navigation Quotes

As John Adams famously wrote during the American Revolution, “I must study politics and war, that our sons may have liberty to study mathematics and philosophy. Our sons ought to study mathematics and philosophy, geography, natural history and naval architecture, navigation, commerce and agriculture in order to give their children a right to study painting, poetry, music, architecture, statuary, tapestry and porcelain.” So maybe today they’re writing apps rather than studying poetry, but that’s an adjustment for the age.

The famous sea squirt, beloved of popular neuroscience lectures, in its larval stage is motile and has a primitive nervous system (called a notochord) so it can navigate the sea – at least, its own very small corner of it. In its adult stage it fastens limpet-like to a rock and feeds passively, simply depending on the influx of seawater through its tubes. It then reabsorbs its nervous system – it is no longer needed since the creature no longer needs to move.

It is not that the historian can avoid emphasis of some facts and not of others. This is as natural to him as to the mapmaker, who, in order to produce a usable drawing for practical purposes, must first flatten and distort the shape of the earth, then choose out of the bewildering mass of geographic information those things needed for the purpose of this or that particular map. My argument cannot be against selection, simplification, emphasis, which are inevitable for both cartographers and historians. But the map-maker's distortion is a technical necessity for a common purpose shared by all people who need maps. The historian's distortion is more than technical, it is ideological; it is released into a world of contending interests, where any chosen emphasis supports (whether the historian means to or not) some kind of interest, whether economic or political or racial or national or sexual. Furthermore, this ideological interest is not openly expressed in the way a mapmaker's technical interest is obvious ("This is a Mercator projection for long-range navigation-for short-range, you'd better use a different projection"). No, it is presented as if all readers of history had a common interest which historians serve to the best of their ability. This is not intentional deception; the historian has been trained in a society in which education and knowledge are put forward as technical problems of excellence and not as tools for contending social classes, races, nations. To emphasize the heroism of Columbus and his successors as navigators and discoverers, and to de-emphasize their genocide, is not a technical necessity but an ideological choice. It serves- unwittingly-to justify what was done. My point is not that we must, in telling history, accuse, judge, condemn Columbus in absentia. It is too late for that; it would be a useless scholarly exercise in morality. But the easy acceptance of atrocities as a deplorable but necessary price to pay for progress (Hiroshima and Vietnam, to save Western civilization; Kronstadt and Hungary, to save socialism; nuclear proliferation, to save us all)-that is still with us. One reason these atrocities are still with us is that we have learned to bury them in a mass of other facts, as radioactive wastes are buried in containers in the earth. We have learned to give them exactly the same proportion of attention that teachers and writers often give them in the most respectable of classrooms and textbooks. This learned sense of moral proportion, coming from the apparent objectivity of the scholar, is accepted more easily than when it comes from politicians at press conferences. It is therefore more deadly. The treatment of heroes (Columbus) and their victims (the Arawaks)-the quiet acceptance of conquest and murder in the name of progress-is only one aspect of a certain approach to history, in which the past is told from the point of view of governments, conquerors, diplomats, leaders. It is as if they, like Columbus, deserve universal acceptance, as if they-the Founding Fathers, Jackson, Lincoln, Wilson, Roosevelt, Kennedy, the leading members of Congress, the famous Justices of the Supreme Court-represent the nation as a whole. The pretense is that there really is such a thing as "the United States," subject to occasional conflicts and quarrels, but fundamentally a community of people with common interests. It is as if there really is a "national interest" represented in the Constitution, in territorial expansion, in the laws passed by Congress, the decisions of the courts, the development of capitalism, the culture of education and the mass media.

Minsky was an ardent supporter of the Cyc project, the most notorious failure in the history of AI. The goal of Cyc was to solve AI by entering into a computer all the necessary knowledge. When the project began in the 1980s, its leader, Doug Lenat, confidently predicted success within a decade. Thirty years later, Cyc continues to grow without end in sight, and commonsense reasoning still eludes it. Ironically, Lenat has belatedly embraced populating Cyc by mining the web, not because Cyc can read, but because there’s no other way. Even if by some miracle we managed to finish coding up all the necessary pieces, our troubles would be just beginning. Over the years, a number of research groups have attempted to build complete intelligent agents by putting together algorithms for vision, speech recognition, language understanding, reasoning, planning, navigation, manipulation, and so on. Without a unifying framework, these attempts soon hit an insurmountable wall of complexity: too many moving parts, too many interactions, too many bugs for poor human software engineers to cope with. Knowledge engineers believe AI is just an engineering problem, but we have not yet reached the point where engineering can take us the rest of the way. In 1962, when Kennedy gave his famous moon-shot speech, going to the moon was an engineering problem. In 1662, it wasn’t, and that’s closer to where AI is today. In industry, there’s no sign that knowledge engineering will ever be able to compete with machine learning outside of a few niche areas. Why pay experts to slowly and painfully encode knowledge into a form computers can understand, when you can extract it from data at a fraction of the cost? What about all the things the experts don’t know but you can discover from data? And when data is not available, the cost of knowledge engineering seldom exceeds the benefit. Imagine if farmers had to engineer each cornstalk in turn, instead of sowing the seeds and letting them grow: we would all starve.

In essence, the bee's azimuth system acts like a sundial run in reverse, and like a sundial, it has to be calibrated. A sundial, which must be oriented with respect to a known compass direction, calculates the time of day based on where the sun is; the navigational centers in the bee's brain calculate where the sun should be based on the time of day. As a consequence, the one thing that bees can't cope with is the discalibration that results from jet lag. In a famous 1960s experiment, Max Renner packed up a hive of bees in Long Island, New York, flew them to Davis, California, and tested their ability to navigate with the sun as a landmark. The jetlagged bees consistently misoriented themselves by 45 degrees, precisely as though they believed it was three hours later. The complex circuitry that allows the bee to use the sun as a guide is built in, but it is not that genes trump the environment (or the other way around). Instead, genes enable creatures to make sensible use of their particular environment. Learning is not the antithesis of innateness but one of its most important products.

Braun the AI took his name from a popular character in Welsh mythology. A great warrior and an intrepid mariner, Braun the Blessed was the high king of the Island of the Mighty. Frequenting the famous ancient stories known as the Welsh Triad, Braun was often portrayed as a giant among mortals and a force of great power. The tales of his ocean navigation and the descriptions of his superhuman size inspired the programmers,

I believe in travel. I believe that by disorienting us, it rearranges us. Travel builds character and ignites imagination, nurtures independence and humility, catalyzes curiosity and self-examination. It can be a bulwark against stagnation, and a call to action. It widens our worldview and brings us face-to-face with our privilege, as it forces us to reassess entrenched beliefs and long-held concepts. Of course, travel is no magical elixir. I've stopped believing it's 'fatal to prejudice,' as Mark Twain famously declared (if only it were that simple), but I do hold that it's a solid start toward upending our biases and assumptions, because it compels us to see beyond the abstractions of a foreign land to its humanity. But travel has a shadow side, too: there's the environmental impact of flying and cruising, the crowding of our planet's most wondrous places, the littering of sacred sites, the pricing-out of locals. And it has dreadful roots (colonialism, capitalism) and gruesome side effects (exploitation, exoticism, saviorism). I wrestle with this duality. How do I reconcile the damage travel does with the awareness that it profoundly enriches my life; that it is not only my livelihood but also, at time, my sanity? It's another area in which I get hopelessly lost. And while I may never navigate this ethical tangle, I recognize that travel itself is what helps me make sense of - or at least pay more attention to - a world both exquisite and unbearably cruel.

The insatiable need for more processing power -- ideally, located as close as possible to the user but, at the very least, in nearby indus­trial server farms -- invariably leads to a third option: decentralized computing. With so many powerful and often inactive devices in the homes and hands of consumers, near other homes and hands, it feels inevitable that we'd develop systems to share in their mostly idle pro­cessing power. "Culturally, at least, the idea of collectively shared but privately owned infrastructure is already well understood. Anyone who installs solar panels at their home can sell excess power to their local grid (and, indirectly, to their neighbor). Elon Musk touts a future in which your Tesla earns you rent as a self-driving car when you're not using it yourself -- better than just being parked in your garage for 99% of its life. "As early as the 1990s programs emerged for distributed computing using everyday consumer hardware. One of the most famous exam­ples is the University of California, Berkeley's SETl@HOME, wherein consumers would volunteer use of their home computers to power the search for alien life. Sweeney has highlighted that one of the items on his 'to-do list' for the first-person shooter Unreal Tournament 1, which shipped in 1998, was 'to enable game servers to talk to each other so we can just have an unbounded number of players in a single game session.' Nearly 20 years later, however, Sweeney admitted that goal 'seems to still be on our wish list.' "Although the technology to split GPUs and share non-data cen­ter CPUs is nascent, some believe that blockchains provide both the technological mechanism for decentralized computing as well as its economic model. The idea is that owners of underutilized CPUs and GPUs would be 'paid' in some cryptocurrency for the use of their processing capabilities. There might even be a live auction for access to these resources, either those with 'jobs' bidding for access or those with capacity bidding on jobs. "Could such a marketplace provide some of the massive amounts of processing capacity that will be required by the Metaverse? Imagine, as you navigate immersive spaces, your account continuously bidding out the necessary computing tasks to mobile devices held but unused by people near you, perhaps people walking down the street next to you, to render or animate the experiences you encounter. Later, when you’re not using your own devices, you would be earning tokens as they return the favor. Proponents of this crypto-exchange concept see it as an inevitable feature of all future microchips. Every computer, no matter how small, would be designed to be auctioning off any spare cycles at all times. Billions of dynamically arrayed processors will power the deep compute cycles of event the largest industrial customers and provide the ultimate and infinite computing mesh that enables the Metaverse.

Before he could start writing Kilby’s application, though, Mosher had to resolve a fundamental tactical question. Anyone who applies for a patent has to decide whether he needs it for offensive or for defensive purposes—whether, to use lawyers’ favorite metaphor, he wants his patent to be a sword or a shield. The decision usually turns on the novelty of the invention. If somebody has a genuinely revolutionary idea, a breakthrough that his competitors are almost sure to copy, his lawyers will write a patent application they can use as a sword; they will describe the invention in such broad and encompassing terms that they can take it into court for an injunction against any competitor who tries to sell a product that is even remotely related. In contrast, an inventor whose idea is basically an extension of or an improvement on an earlier idea needs a patent application that will work as a shield—a defense against legal action by the sword wielders. Such a defensive patent is usually written in much narrower terms, emphasizing a specific improvement or a particular application of the idea that is not covered clearly in earlier patents. Probably the most famous sword in the history of the patent system was the sweeping application filed on February 14, 1876, by a teacher and part-time inventor named Alexander Graham Bell. That first telephone patent (No. 174,465) was so broad and inclusive that it became the cornerstone—after Bell and his partners had fought some 600 lawsuits against scores of competitors—of the largest corporate family in the world. In the nature of things, though, few inventions are so completely new that they don’t build on something from the past. The majority of patent applications, therefore, are written as shields—as improvements on some earlier invention. Some of the most important patents in American history fall into this category, including No. 586,193, “New and Useful Improvements in Transmitting Electrical Impulses,” granted to Guglielmo Marconi in 1898; No. 621,195, “Improvements in and Relating to Navigable Balloons,” granted to Ferdinand Zeppelin in 1899; No. 686,046, “New and Useful Improvements in Motor Carriages,” granted to Henry Ford in 1901; and No. 821,393, “New and Useful Improvements in Flying Machines,” granted to Orville and Wilbur Wright in 1906.

To borrow Otto von Bismarck’s famous phrase, all great powers are traveling on the “stream of Time,” which they can neither control nor direct, but which they can navigate with skill and experience. Espionage is an acute example of the interaction between the flow of history and experience—human actors can help steer the stream of Time, when it is acted upon.

A student of the Great Depression drawn into the topic by Friedman and Schwartz, Bernanke retained a keen awareness of the Fed’s role and responsibility. Only a few years earlier, at a conference celebrating Friedman’s ninetieth birthday, Bernanke famously paid homage to the pair: “Regarding the Great Depression. You’re right, we did it. We’re very sorry. But thanks to you, we won’t do it again.”1 This connection between the Fed and economic depression—burned into public consciousness by Friedman and Schwartz’s pathbreaking book—would be the essential starting point for navigating the crisis.

With patience as our anchor and determination as our compass, we navigate the turbulent seas of life, steadfast in our pursuit of dreams.

attempted to slow him down and get some collateral information. “Who’s your banker?” Ryan mentioned a name I’d never heard, but he attached it to a firm with which I had some connections. The firm only works with families that have an investable net worth of over $50 million and has a genuine interest in helping them navigate the destruction to family wealth and well-being caused by addictions and other mental health issues. I

The true measure of resilience lies not in what life throws our way, but in the strength and grace with which we navigate its storms.

The historian, Rudy Mitchell, writes that Pa‘ao was a kahuna nui (high priest), ali‘i nui (high royalty), famous navigator and a sorcerer of great power. He was an ali‘i nui of the sacred and powerful royal family of Ra‘iatea. Pa‘ao was from Vavau (Bora Bora). In ancient times, the royal house of Vavau conquered the other islands of western Tahiti and established themselves at Ra‘iatea. Although this family knew of ‘Io2, they established a new oppressive religious system with its chief place at Taputaputea.

Embrace the unknown with determination, for it is within the chaos that true strength is forged. Trust in your ability to navigate the uncharted waters of life, for it is through steadfast focus that new horizons are discovered and dreams become reality.

Benenson and Margolis reached out to Jon Favreau, the vaunted speechwriter for Barack Obama, to help draft the kind of visionary message that had eluded Hillary in her first campaign for the presidency. Favreau, then thirty-three, had seen a lot in his short life as a political operative. He had helped navigate Obama through the famous “race” speech in Philadelphia in 2008, the first inaugural address ever given by a person of color, and several reports to Congress on the state of the union. By putting words in the mouth of a politician with a unique gift for giving wings to oratory, Favreau had ascended to an elite rung of political speechwriters by the time he arrived at the White House in 2009.

The suspicion that certain ancient authorities possessed good knowledge of the real shape of the Atlantic and its islands, and of the lands on both sides of it, must also arise from any objective reading of Plato's world-famous account of Atlantis. [...], this story is set around 11,600 years ago -- a date that coincides with a peak episode of global flooding at the end of the Ice Age. The story tells us that 'the island of Atlantis was swallowed up by the sea and vanished', that this took place in 'a single dreadful day and night' and that the event was accompanied by earthquakes and floods that were experienced as far away as the eastern Mediterranean. But of more immediate interest to us here is what Plato has to say about the geographical situation in the Atlantic immediately before the flood that destroyed Atlantis: 'In those days the Atlantic was navigable. There was an island opposite the strait [the Strait of Gibraltar] which you [the Greeks] call the Pillars of Heracles, an island larger than Libya and Asia combined; from it travellers could in those days reach the other islands, and from them the whole opposite continent which surrounds what can truly be called the ocean. For the sea within the strait we are talking about [i.e. the Mediterranean] is like a lake with a narrow entrance; the outer ocean is the real ocean and the land which entirely surrounds it is properly termed continent ... On this land of Atlantis had arisen a powerful and remarkable dynasty of kings who ruled the whole island; and many other islands as well, and parts of the continent ...' Whether or not one believes than an island called Atlantis ever existed in the Atlantic Ocean, Plato's clear references to an 'opposite continent' on the far side of it are geographical knowledge out of place in time. It is hard to read in these references anything other than an allusion to the Americas, and yet historians assure us that the Americas were unknown in Plato's time and remained 'undiscovered' (except for a few inconsequential Viking voyages) until Colombus in 1492.