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Monthly Archives: January 2023
The Constitution | The White House
Posted: January 23, 2023 at 6:15 pm
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The need for the Constitution grew out of problems with the Articles of Confederation, which established a firm league of friendship between the States, and vested most power in a Congress of the Confederation. This power was, however, extremely limitedthe central government conducted diplomacy and made war, set weights and measures, and was the final arbiter of disputes between the States. Crucially, it could not raise any funds itself, and was entirely dependent on the States themselves for the money necessary to operate. Each State sent a delegation of between two and seven members to the Congress, and they voted as a bloc with each State getting one vote. But any decision of consequence required a unanimous vote, which led to a government that was paralyzed and ineffectual.
A movement to reform the Articles began, and invitations to attend a convention in Philadelphia to discuss changes to the Articles were sent to the State legislatures in 1787. In May of that year, delegates from 12 of the 13 States (Rhode Island sent no representatives) convened in Philadelphia to begin the work of redesigning government. The delegates to the Constitutional Convention quickly began work on drafting a new Constitution for the United States.
A chief aim of the Constitution as drafted by the Convention was to create a government with enough power to act on a national level, but without so much power that fundamental rights would be at risk. One way that this was accomplished was to separate the power of government into three branches, and then to include checks and balances on those powers to assure that no one branch of government gained supremacy. This concern arose largely out of the experience that the delegates had with the King of England and his powerful Parliament. The powers of each branch are enumerated in the Constitution, with powers not assigned to them reserved to the States.
Much of the debate, which was conducted in secret to ensure that delegates spoke their minds, focused on the form that the new legislature would take. Two plans competed to become the new government: the Virginia Plan, which apportioned representation based on the population of each State, and the New Jersey plan, which gave each State an equal vote in Congress. The Virginia Plan was supported by the larger States, and the New Jersey plan preferred by the smaller. In the end, they settled on the Great Compromise (sometimes called the Connecticut Compromise), in which the House of Representatives would represent the people as apportioned by population; the Senate would represent the States apportioned equally; and the President would be elected by the Electoral College. The plan also called for an independent judiciary.
The founders also took pains to establish the relationship between the States. States are required to give full faith and credit to the laws, records, contracts, and judicial proceedings of the other States, although Congress may regulate the manner in which the States share records, and define the scope of this clause. States are barred from discriminating against citizens of other States in any way, and cannot enact tariffs against one another. States must also extradite those accused of crimes to other States for trial.
The founders also specified a process by which the Constitution may be amended, and since its ratification, the Constitution has been amended 27 times. In order to prevent arbitrary changes, the process for making amendments is quite onerous. An amendment may be proposed by a two-thirds vote of both Houses of Congress, or, if two-thirds of the States request one, by a convention called for that purpose. The amendment must then be ratified by three-fourths of the State legislatures, or three-fourths of conventions called in each State for ratification. In modern times, amendments have traditionally specified a time frame in which this must be accomplished, usually a period of several years. Additionally, the Constitution specifies that no amendment can deny a State equal representation in the Senate without that States consent.
With the details and language of the Constitution decided, the Convention got down to the work of actually setting the Constitution to paper. It is written in the hand of a delegate from Pennsylvania, Gouverneur Morris, whose job allowed him some reign over the actual punctuation of a few clauses in the Constitution. He is also credited with the famous preamble, quoted at the top of this page. On September 17, 1787, 39 of the 55 delegates signed the new document, with many of those who refused to sign objecting to the lack of a bill of rights. At least one delegate refused to sign because the Constitution codified and protected slavery and the slave trade.
The process set out in the Constitution for its ratification provided for much popular debate in the States. The Constitution would take effect once it had been ratified by nine of the thirteen State legislatures; unanimity was not required. During the debate over the Constitution, two factions emerged: the Federalists, who supported adoption, and the Anti-Federalists, who opposed it.
James Madison, Alexander Hamilton, and John Jay set out an eloquent defense of the new Constitution in what came to be called the Federalist Papers. Published anonymously in the newspapers The Independent Journal and The New York Packet under the name Publius between October 1787 and August 1788, the 85 articles that comprise the Federalist Papers remain to this day an invaluable resource for understanding some of the framers intentions for the Constitution. The most famous of the articles are No. 10, which warns of the dangers of factions and advocates a large republic, and No. 51, which explains the structure of the Constitution, its checks and balances, and how it protects the rights of the people.
The States proceeded to begin ratification, with some debating more intensely than others. Delaware was the first State to ratify, on December 7, 1787. After New Hampshire became the ninth State to ratify, on June 22, 1788, the Confederation Congress established March 9, 1789 as the date to begin operating under the Constitution. By this time, all the States except North Carolina and Rhode Island had ratifiedthe Ocean State was the last to ratify on May 29, 1790.
One of the principal points of contention between the Federalists and Anti-Federalists was the lack of an enumeration of basic civil rights in the Constitution. Many Federalists argued, as in Federalist No. 84, that the people surrendered no rights in adopting the Constitution. In several States, however, the ratification debate in some States hinged on the adoption of a bill of rights. The solution was known as the Massachusetts Compromise, in which four States ratified the Constitution but at the same time sent recommendations for amendments to the Congress.
James Madison introduced 12 amendments to the First Congress in 1789. Ten of these would go on to become what we now consider to be the Bill of Rights. One was never passed, while another dealing with Congressional salaries was not ratified until 1992, when it became the 27th Amendment. Based on the Virginia Declaration of Rights, the English Bill of Rights, the writings of the Enlightenment, and the rights defined in the Magna Carta, the Bill of Rights contains rights that many today consider to be fundamental to America.
The First Amendment provides that Congress make no law respecting an establishment of religion or prohibiting its free exercise. It protects freedom of speech, the press, assembly, and the right to petition the Government for a redress of grievances.
The Second Amendment gives citizens the right to bear arms.
The Third Amendment prohibits the government from quartering troops in private homes, a major grievance during the American Revolution.
The Fourth Amendment protects citizens from unreasonable search and seizure. The government may not conduct any searches without a warrant, and such warrants must be issued by a judge and based on probable cause.
The Fifth Amendment provides that citizens not be subject to criminal prosecution and punishment without due process. Citizens may not be tried on the same set of facts twice and are protected from self-incrimination (the right to remain silent). The amendment also establishes the power of eminent domain, ensuring that private property is not seized for public use without just compensation.
The Sixth Amendment assures the right to a speedy trial by a jury of ones peers, to be informed of the crimes with which one is charged, and to confront the witnesses brought forward by the government. The amendment also provides the accused the right to compel testimony from witnesses, as well as the right to legal representation.
The Seventh Amendment provides that civil cases preserve the right to trial by jury.
The Eighth Amendment prohibits excessive bail, excessive fines, and cruel and unusual punishments.
The Ninth Amendment states that the list of rights enumerated in the Constitution is not exhaustive, and that the people retain all rights not enumerated.
The Tenth Amendment assigns all powers not delegated to the United States, or prohibited to the States, to either the States or to the people.
Learn more about the Constitution
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The Constitution | The White House
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Auditors vow to descend on CT if law passed putting rules on First Amendment – FOX61 Hartford
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Auditors vow to descend on CT if law passed putting rules on First Amendment FOX61 Hartford
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10 Things You Must Do On Your First Hedo Trip – Vacation Parties
Posted: at 6:13 pm
10 Things You Must Do On Your First Hedo Trip
One you book yourself for a Hedonism vacation, you know full well that your experience at Hedonism will not be defined by the spectacular rooms, the beautiful beach and the food. As much as Hedonism II has done an excellent job updating the resort amenities in recent years, the resort still wont win any awards for its accommodations. A Hedo vacation is about experiences. What happens at Hedonism II, not only Stays At Hedo but cannot be found anywhere else. To make the most out of your Hedo Vacation, you must let go of all inhibitions once there and give yourself the permission to indulge and actually experience what being on a Hedonism Vacation is all about. If you are planning your first trip to Hedo, here are the top 10 things you must do once there.
1. The Naked Hot-Tub After Midnight
About 90% of the stories you have heard about Hedonism happens on the nude side, and the setting for more than half of those stories was the nude hot-tub after midnight. In the giant Jacuzzi tub that has a record of hosting 300 people at once, the real hedonist comes out in anyone that dares to enter when the light is at its darkest. It will be Un-Hedo-Like to go into any details of some of the things that you might witness at the Hedo Hot Tub, so the only way for you to find out is to make sure that you experience it for yourself at least once when you are on your Hedo Vacation.
2. Dance On The Piano Naked
There is probably a piano bar sing-a-long or Karaoke night that happens once or twice per week in your local town. However, I am pretty certain what happens at that local Karaoke bar is nothing compared to what goes down inside the Hedo Piano Bar on a nightly basis. There is a Hedonism version for all your favourite oldies such as Sweet Caroline, suck my ., you get the point. But atop all the Piano Bar experiences, is dancing naked on top of the Piano, doing the YMCA with your legs. Yes, it may sound a little graphic but thats what Hedonism is all about. No filters, no boundaries.
3. Dress Up For Toga Night
Dressing up in a Toga does not sound as daring as the top two items on this list. However, Toga night is a signature Hedonism experience, and a definite must do on your first Hedo trip. Many of the resort's guests buy their Togas and take it with them to wear for Toga night. However, the most authentic way to experience Toga night at Hedo is to get a white old bed sheet, rip into something hedonistic, and make it your outfit for the night. Toga Nights are not the same now as they use to be back in the day at Hedonism II, but the experience is still very much worth it
4. Nude Pool Happy Hour
After everyone has recovered from their hung-over and done with their naked sunbathing, the daily Hedo Party starts at the Nude Pool in the mid-afternoon. The nude pool features a swim-up bar and its the where most people gather in the evenings to meet new people, participate in whatever debauchery is taking place at the time. Being in the nude pool during happy hour does not mean you have to participate necessarily if you are too shy to get involved, you will still get an incredible experience out of people watching.
5. Play Volley Ball Naked
Naked VolleyBall does not sound sexy, and its not. Particularly for the guys. But it is funny as hell, and where else in the world will you ever get to play beach volleyball with a bunch of naked drunk people. Not every incredible Hedo experience is about sex. Some of the best times you will have at Hedonism is participating in some of the regular activities like playing beach volleyball. The only difference is, there are no rules, and you get to do it naked.
6. Go On Stage
If you consider yourself t be shy, use your Hedonism vacation to get over those fears. The best way to do that is by going on stage during one of the nightly shows and making a complete ass of yourself for everyone to see and enjoy. Why? Because that is what people do at Hedonism. Everything that the regular world considers strange and bizarre becomes very normal. During the nightly shows, the Hedonism entertainment staff typically ask for volunteers to come on the stage to participate in some sort of ridiculous contest. Volunteer, play along and have fun with it. Not only is it a great way to make a lot of friends, but you will conquer any stage fright you may have, you will have a lot of fun, and you can win a free bottle of rum while at it. If you want to take it even further, you can sign yourself up for the staff and guests talent show.
7. The Clothing Optional Booze Cruise
On Tuesdays, Thursdays and Saturdays there is a Catamaran cruise that goes out twice per day from Hedonism II. The morning cruise will take you out to the caves where you get to enjoy snorkelling and swimming in the caves. The afternoon cruise takes you to Ricks Caf where you get to cliff dive and enjoy watching one of the worlds most famous sunsets. All those experiences are incredible, especially when added to what happens on a boat filled with naked, drunk Hedo guests. The Catamaran cruise is an excellent opportunity to get off the resort and do something different, and its a whole lot of fun. You will have to pay about $55 per person to take the cruise, but it includes food, alcohol and a damn good time. More than worth the money.
8. The Foam Party
Unless you have been to Hedonism II or spring break, you have probably only seen a foam party on TV, but you have never been to one. Well, Hedonism II is spring break every week for adults, and there is a foam party every Thursday night. You had probably seen a foam pit on TV before and thought that looks like so much fun. You will have your opportunity to have just as much or even more fun by jumping into the Foam Pit at Hedonism II if you are there on a Thursday night. It is the same night as the Toga party, so my only advice to you is, do not go into the foam pit in your Toga. It feels nasty. Go in naked or in your underwear.
9. Get Drunk One Night
Hedonism II is where grown people go to be immature and irresponsible. And there is nothing more irresponsible than getting totally wasted at least one night. I would only recommend doing this if you are with your spouse or a group of friends you trust. You do not want to end up in the nude hot tub at midnight with some strange dude you are embarrassed to look at the next day. Try all the cocktails at the bar, dont get alcohol poisoning, but get drunk enough not to care but still remember
10. Make A Lot Of Friends
Hedonism II is the only place in the world where you can truly say everyone is there for the same reason. To be in an open-minded environment, where they are free to be or do whatever they want without judgement. These are the people you want to be your friends. Individuals who think just like you, wont judge and will allow you to be true to yourself. The more friends you make while on vacation at Hedonism II, the more memorable your vacation experience will be.
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Epicurus | Internet Encyclopedia of Philosophy
Posted: at 6:13 pm
Epicurus is one of the major philosophers in the Hellenistic period, the three centuries following the death of Alexander the Great in 323 B.C.E. (and of Aristotle in 322 B.C.E.). Epicurus developed an unsparingly materialistic metaphysics, empiricist epistemology, and hedonistic ethics. Epicurus taught that the basic constituents of the world are atoms, uncuttable bits of matter, flying through empty space, and he tried to explain all natural phenomena in atomic terms. Epicurus rejected the existence of Platonic forms and an immaterial soul, and he said that the gods have no influence on our lives. Epicurus also thought skepticism was untenable, and that we could gain knowledge of the world relying upon the senses. He taught that the point of all ones actions was to attain pleasure (conceived of as tranquility) for oneself, and that this could be done by limiting ones desires and by banishing the fear of the gods and of death. Epicurus gospel of freedom from fear proved to be quite popular, and communities of Epicureans flourished for centuries after his death.
Epicurus was born around 341 B.C.E., seven years after Platos death, and grew up in the Athenian colony of Samos, an island in the Mediterranean Sea. He was about 19 when Aristotle died, and he studied philosophy under followers of Democritus and Plato. Epicurus founded his first philosophical schools in Mytilene and Lampsacus, before moving to Athens around 306 B.C.E. There Epicurus founded the Garden, a combination of philosophical community and school. The residents of the Garden put Epicurus teachings into practice. Epicurus died from kidney stones around 271 or 270 B.C.E.
After Epicurus death, Epicureanism continued to flourish as a philosophical movement. Communities of Epicureans sprang up throughout the Hellenistic world; along with Stoicism, it was one of the major philosophical schools competing for peoples allegiances. Epicureanism went into decline with the rise of Christianity. Certain aspects of Epicurus thought were revived during the Renaissance and early modern periods, when reaction against scholastic neo-Aristotelianism led thinkers to turn to mechanistic explanations of natural phenomena.
Epicurus was a voluminous writer, but almost none of his own work survives. A likely reason for this is that Christian authorities found his ideas ungodly. Diogenes Laertius, who probably lived in the third century CE , wrote a 10-book Lives of the Philosophers, which includes three of Epicurus letters in its recounting of the life and teachings of Epicurus. These three letters are brief summaries of major areas of Epicurus philosophy: the Letter to Herodotus, which summarizes his metaphysics, the Letter to Pythocles, which gives atomic explanations for meteorological phenomena, and the Letter to Menoeceus, which summarizes his ethics. It also includes the Principal Doctrines, 40 sayings which deal mainly with ethical matters.
Because of the absence of Epicurus own writings, we have to rely on later writers to reconstruct Epicurus thought. Two of our most important sources are the Roman poet Lucretius (c. 94-55 B.C.E.) and the Roman politician Cicero (106-43 B.C.E.). Lucretius was an Epicurean who wrote De Rerum Natura (On the Nature of Things), a six-book poem expounding Epicurus metaphysics. Cicero was an adherent of the skeptical academy, who wrote a series of works setting forth the major philosophical systems of his day, including Epicureanism. Another major source is the essayist Plutarch (c. 50-120 CE), a Platonist. However, both Cicero and Plutarch were very hostile toward Epicureanism, so they must be used with care, since they often are less than charitable toward Epicurus, and may skew his views to serve their own purposes.
Although the major outlines of Epicurus thought are clear enough, the lack of sources means many of the details of his philosophy are still open to dispute.
Epicurus believes that the basic constituents of the world are atoms (which are uncuttable, microscopic bits of matter) moving in the void (which is simply empty space). Ordinary objects are conglomerations of atoms. Furthermore, the properties of macroscopic bodies and all of the events we see occurring can be explained in terms of the collisions, reboundings, and entanglements of atoms.
Epicurus metaphysics starts from two simple points: (1) we see that there are bodies in motion, and (2) nothing comes into existence from what does not exist. Epicurus takes the first point to be simply a datum of experience. The second point is a commonplace of ancient Greek philosophy, derived from the Principle of Sufficient Reason (the principle that for everything which occurs there is a reason or explanation for why it occurs, and why this way rather than that).
First, because bodies move, there must be empty space for them to move in, and Epicurus calls this empty space void. Second, the ordinary bodies that we see are compound bodiesthat is, bodies which are made up of further bodies, which is shown by the fact that they can be broken down into smaller pieces. However, Epicurus thinks that this process of division cannot go on indefinitely, because otherwise bodies would dissolve away into nothing. Also, there must be basic and unchangeable building blocks of matter in order to explain the regularities in nature. These non-compound bodies are atomsliterally, uncuttables. Only bodies and void exist per se, that is, exist without depending for their existence on something else. Other thingssuch as colors, time, and justiceare ultimately explicable as attributes of bodies.
Because Epicurus believes that nothing comes into existence from nothing, he thinks that the universe has no beginning, but has always existed, and will always exist. Atoms, too, as the basic building blocks of all else, cannot come into existence, but have always existed. Our particular cosmos, however, is only a temporary agglomeration of atoms, and it is only one of an infinite number of such cosmoi, which come into existence and then dissolve away. Against Aristotle, Epicurus argues that the universe is unlimited in size. If the universe were limited in size, says Epicurus, you could go to the end of it, stick your fist out, and where your fist was located would be the new limit of the universe. Of course, this process could be reiterated an endless number of times. Since the universe is unlimited in size, there must also be an unlimited number of atoms and an infinite amount of void. If the number of atoms were limited, then the density of atoms in any region would effectively be zero, and there would be no macroscopic bodies, as there evidently are. And there must be an unlimited amount of void, since without a limitless amount of void, the infinite number of atoms would be unable to move.
Up to this point, Epicurus is largely following the thought of Democritus, a pre-Socratic philosopher and one of the inventors of atomism. However, he modifies Democritus atomism in at least three important ways.
The first is that Epicurus thinks that atoms have weight. Like Democritus, Epicurus believes that atoms have the properties of size, shape, and resistance. Democritus explains all atomic motion as the result of previous atomic collisions, plus the inertia of atoms. Aristotle, however, criticizes Democritus on this point, saying that Democritus has not explained why it is that atoms move at all, rather than simply standing still. Epicurus seems to be answering this criticism when he says that atoms do have a natural motion of directiondownwardeven though there is no bottom to the universe. This natural motion is supposed to give an explanation for why atoms move in the first place. Also, Epicurus thinks that it is evident that bodies do tend to travel down, all else being equal, and he thinks that positing weight as an atomic property accounts for this better than thinking all atomic motion is the result of past collisions and inertia.
The second modification of Democritus views is the addition of the swerve. In addition to the regular tendency of atoms to move downward, Epicurus thinks that occasionally, and at random times, the atoms swerve to the side. One reason for this swerve is that it is needed to explain why there are atomic collisions. The natural tendency of atoms is to fall straight downward, at uniform velocity. If this were the only natural atomic motion, the atoms never would have collided with one another, forming macroscopic bodies. As Lucretius puts it, they would fall downward, like drops of rain, through the deep void. The second reason for thinking that atoms swerve is that a random atomic motion is needed to preserve human freedom and break the bonds of fate, as Lucretius says. If the laws of atomic motion are deterministic, then the past positions of the atoms in the universe, plus these laws, determine everything that will occur, including human action. Cicero reports that Epicurus worries that, if it has been true from eternity that, e.g., Milo will wrestle tomorrow, then presently deliberating about whether to make it true or false would be idle.
The third difference between Epicurus and Democritus has to do with their attitudes toward the reality of sensible properties. Democritus thinks that, in reality, only atoms and the void exist, and that sensible qualities such as sweetness, whiteness, and the like exist only by convention. It is controversial exactly how to understand Democritus position, but most likely he is asserting that atoms themselves have no sensible qualitiesthey are simply extended bits of stuff. The sensible qualities that we think bodies have, like sweetness, are not really in the object at all, but are simply subjective states of the percipients awareness produced by the interaction of bodies with our sense-organs. This is shown, thinks Democritus, by the fact that the same body appears differently to different percipients depending on their bodily constitution, e.g., that a white body appears yellow to somebody with jaundice, or that honey tastes bitter to an ill person. From this, Democritus derives skeptical conclusions. He is pessimistic about our ability to gain any knowledge about the world on the basis of our senses, since they systematically deceive us about the way the world is.
Epicurus wants to resist these pessimistic conclusions. He argues that properties like sweetness, whiteness, and such do not exist at the atomic levelindividual atoms are not sweet or whitebut that these properties are nonetheless real. These are properties of macroscopic bodies, but the possession of these properties by macroscopic bodies are explicable in terms of the properties of and relations amongst the individual atoms that make up bodies. Epicurus thinks that bodies have the capability to cause us to have certain types of experiences because of their atomic structure, and that such capabilities are real properties of the bodies. Similar considerations apply for properties like being healthy, being deadly, and being enslaved. They are real, but can only apply to groups of atoms (like people), not individual atoms. And these sorts of properties are also relational properties, not intrinsic ones. For example, cyanide is deadlynot deadly per se, but deadly for human beings (and perhaps for other types of organisms). Nonetheless, its deadliness for us is still a real property of the cyanide, albeit a relational one.
One important aspect of Epicurus philosophy is his desire to replace teleological (goal-based) explanations of natural phenomena with mechanistic ones. His main target is mythological explanations of meteorological occurrences and the like in terms of the will of the gods. Because Epicurus wishes to banish the fear of the gods, he insists that occurrences like earthquakes and lightning can be explained entirely in atomic terms and are not due to the will of the gods. Epicurus is also against the intrinsic teleology of philosophers like Aristotle. Teeth appear to be well-designed for the purpose of chewing. Aristotle thinks that this apparent purposiveness in nature cannot be eliminated, and that the functioning of the parts of organisms must be explained by appealing to how they contribute to the functioning of the organism as a whole. Other philosophers, such as the Stoics, took this apparent design as evidence for the intelligence and benevolence of God. Epicurus, however, following Empedocles, tries to explain away this apparent purposiveness in nature in a proto-Darwinian way, as the result of a process of natural selection.
Because of its denial of divine providence, Epicureanism was often charged in antiquity with being a godless philosophy, although Epicurus and his followers denied the charge. The main upshot of Epicurean theology is certainly negative, however. Epicurus mechanistic explanations of natural phenomena are supposed to displace explanations that appeal to the will of the gods. In addition, Epicurus is one of the earliest philosophers we know of to have raised the Problem of Evil, arguing against the notion that the world is under the providential care of a loving deity by pointing out the manifold suffering in the world.
Despite this, Epicurus says that there are gods, but these gods are quite different from the popular conception of gods. We have a conception of the gods, says Epicurus, as supremely blessed and happy beings. Troubling oneself about the miseries of the world, or trying to administer the world, would be inconsistent with a life of tranquility, says Epicurus, so the gods have no concern for us. In fact, they are unaware of our existence, and live eternally in the intermundia, the space between the cosmoi. For Epicurus, the gods function mainly as ethical ideals, whose lives we can strive to emulate, but whose wrath we need not fear.
Ancient critics thought the Epicurean gods were a thin smoke-screen to hide Epicurus atheism, and difficulties with a literal interpretation of Epicurus sayings on the nature of the gods (for instance, it appears inconsistent with Epicurus atomic theory to hold that any compound body, even a god, could be immortal) have led some scholars to conjecture that Epicurus gods are thought-constructs, and exist only in human minds as idealizations, i.e., the gods exist, but only as projections of what the most blessed life would be.
Epicurus is one of the first philosophers to put forward an Identity Theory of Mind. In modern versions of the identity theory, the mind is identified with the brain, and mental processes are identified with neural processes. Epicurus physiology is quite different; the mind is identified as an organ that resides in the chest, since the common Greek view was that the chest, not the head, is the seat of the emotions. However, the underlying idea is quite similar. (Note: not all commentators accept that Epicurus theory is actually an Identity Theory.)
The main point that Epicurus wants to establish is that the mind is something bodily. The mind must be a body, thinks Epicurus, because of its ability to interact with the body. The mind is affected by the body, as vision, drunkenness, and disease show. Likewise, the mind affects the body, as our ability to move our limbs when we want to and the physiological effects of emotional states show. Only bodies can interact with other bodies, so the mind must be a body. Epicurus says that the mind cannot be something incorporeal, as Plato thinks, since the only thing that is not a body is void, which is simply empty space and cannot act or be acted upon.
The mind, then, is an organ in the body, and mental processes are identified with atomic processes. The mind is composed of four different types of particlesfire, air, wind, and the nameless element, which surpasses the other particles in its fineness. Although Epicurus is reticent about the details, some features of the mind are accounted for in terms of the features of these atomsfor instance, the mind is able to be moved a great deal by the impact of an image (which is something quite flimsy), because of the smallness of the particles that make up the mind. The mind proper, which is primarily responsible for sensation and thought, is located in the chest, but Epicurus thinks that there is also a spirit, spread throughout the rest of the body, which allows the mind to communicate with it. The mind and spirit play roles very similar to those of the central and peripheral nervous systems in modern theory.
One important result of Epicurus philosophy of mind is that death is annihilation. The mind is able to engage in the motions of sensation and thought only when it is housed in the body and the atoms that make it up are properly arranged. Upon death, says Epicurus, the container of the body shatters, and the atoms disperse in the air. The atoms are eternal, but the mind made up of these atoms is not, just as other compound bodies cease to exist when the atoms that make them up disperse.
Epicurus explains perception in terms of the interaction of atoms with the sense-organs. Objects continually throw off one-atom-thick layers, like the skin peeling off of an onion. These images, or eidola, fly through the air and bang into ones eyes, from which one learns about the properties of the objects that threw off these eidola. This explains vision. Other senses are analyzed in similar terms; e.g., the soothing action of smooth atoms on the tongue causes the sensation of sweetness. As noted above, Epicurus maintains that such sensible qualities are real qualities of bodies.
Epicurus says that there are three criteria of truth: sensations, preconceptions, and feelings. Sensations give us information about the external world, and we can test the judgments based upon sensations against further sensations; e.g., a provisional judgment that a tower is round, based upon sensation, can be tested against later sensations to be corroborated or disproved. Epicurus says that all sensations give us information about the world, but that sensation itself is never in error, since sensation is a purely passive, mechanical reception of images and the like by sense-organs, and the senses themselves do not make judgments that the world is this way or that. Instead, error enters in when we make judgments about the world based upon the information received through the senses.
Epicurus thinks that, in order to make judgments about the world, or even to start any inquiry whatsoever, we must already be in possession of certain basic concepts, which stand in need of no further proof or definition, on pain of entering into an infinite regress. This concern is similar to the Paradox of Inquiry explored by Plato in the Meno, that one must already know about something in order to be able to inquire about it. However, instead of postulating that our immaterial souls had acquaintance with transcendent Forms in a pre-natal existence, as Plato does, Epicurus thinks that we have certain preconceptionsconcepts such as body, person, usefulness, and truthwhich are formed in our (material) minds as the result of repeated sense-experiences of similar objects. Further ideas are formed by processes of analogy or similarity or by compounding these basic concepts. Thus, all ideas are ultimately formed on the basis of sense-experience.
Feelings of pleasure and pain form the basic criteria for what is to be sought and avoided.
Epicurus is concerned to refute the skeptical tendencies of Democritus, whose metaphysics and theory of perception were similar to Epicurus. At least three separate anti-skeptical arguments are given by Epicureans:
Epicurus says that it is impossible to live as a skeptic. If a person really were to believe that he knows nothing, then he would have no reason to engage in one course of action instead of another. Thus, the consistent skeptic would engage in no action whatsoever, and would die.
If a skeptic claims that nothing can be known, then one should ask whether he knows that nothing can be known. If he says yes, then he is contradicting himself. If he doesnt say yes, then he isnt making a claim, and we dont need to listen to him.
If the skeptic says that nothing can be known, or that we cannot know the truth, we can ask him where he gets his knowledge of concepts such as knowledge and truth. If the senses cannot be relied on, as the skeptic claims, then he is not entitled to use concepts such as knowledge and truth in formulating his thesis, since such concepts derive from the senses.
Epicurus ethics is a form of egoistic hedonism; i.e., he says that the only thing that is intrinsically valuable is ones own pleasure; anything else that has value is valuable merely as a means to securing pleasure for oneself. However, Epicurus has a sophisticated and idiosyncratic view of the nature of pleasure, which leads him to recommend a virtuous, moderately ascetic life as the best means to securing pleasure. This contrasts Epicurus strongly with the Cyrenaics, a group of ancient hedonists who better fit the stereotype of hedonists as recommending a policy of eat, drink, and be merry.
Epicurus ethics starts from the Aristotelian commonplace that the highest good is what is valued for its own sake, and not for the sake of anything else, and Epicurus agrees with Aristotle that happiness is the highest good. However, he disagrees with Aristotle by identifying happiness with pleasure. Epicurus gives two reasons for this. The main reason is that pleasure is the only thing that people do, as a matter of fact, value for its own sake; that is, Epicurus ethical hedonism is based upon his psychological hedonism. Everything we do, claims Epicurus, we do for the sake ultimately of gaining pleasure for ourselves. This is supposedly confirmed by observing the behavior of infants, who, it is claimed, instinctively pursue pleasure and shun pain. This is also true of adults, thinks Epicurus, but in adults it is more difficult to see that this is true, since adults have much more complicated beliefs about what will bring them pleasure. But the Epicureans did spend a great deal of energy trying to make plausible the contention that all activity, even apparently self-sacrificing activity or activity done solely for the sake of virtue or what is noble, is in fact directed toward obtaining pleasure for oneself.
The second proof, which fits in well with Epicurus empiricism, supposedly lies in ones introspective experience. One immediately perceives that pleasure is good and that pain is bad, in the same way that one immediately perceives that fire is hot; no further argument is needed to show the goodness of pleasure or the badness of pain. (Of course, this does not establish Epicurus further contention that only pleasure is intrinsically valuable and only pain is intrinsically bad.)
Although all pleasures are good and all pains evil, Epicurus says that not all pleasures are choiceworthy or all pains to be avoided. Instead, one should calculate what is in ones long-term self-interest, and forgo what will bring pleasure in the short-term if doing so will ultimately lead to greater pleasure in the long-term.
For Epicurus, pleasure is tied closely to satisfying ones desires. He distinguishes between two different types of pleasure: moving pleasures and static pleasures. Moving pleasures occur when one is in the process of satisfying a desire, e.g., eating a hamburger when one is hungry. These pleasures involve an active titillation of the senses, and these feelings are what most people call pleasure. However, Epicurus says that after ones desires have been satisfied, (e.g., when one is full after eating), the state of satiety, of no longer being in need or want, is itself pleasurable. Epicurus calls this a static pleasure, and says that these static pleasures are the best pleasures.
Because of this, Epicurus denies that there is any intermediate state between pleasure and pain. When one has unfulfilled desires, this is painful, and when one no longer has unfulfilled desires, this steady state is the most pleasurable of all, not merely some intermediate state between pleasure and pain.
Epicurus also distinguishes between physical and mental pleasures and pains. Physical pleasures and pains concern only the present, whereas mental pleasures and pains also encompass the past (fond memories of past pleasure or regret over past pain or mistakes) and the future (confidence or fear about what will occur). The greatest destroyer of happiness, thinks Epicurus, is anxiety about the future, especially fear of the gods and fear of death. If one can banish fear about the future, and face the future with confidence that ones desires will be satisfied, then one will attain tranquility (ataraxia), the most exalted state. In fact, given Epicurus conception of pleasure, it might be less misleading to call him a tranquillist instead of a hedonist.
Because of the close connection of pleasure with desire-satisfaction, Epicurus devotes a considerable part of his ethics to analyzing different kinds of desires. If pleasure results from getting what you want (desire-satisfaction) and pain from not getting what you want (desire-frustration), then there are two strategies you can pursue with respect to any given desire: you can either strive to fulfill the desire, or you can try to eliminate the desire. For the most part Epicurus advocates the second strategy, that of paring your desires down to a minimum core, which are then easily satisfied.
Epicurus distinguishes between three types of desires: natural and necessary desires, natural but non-necessary desires, and vain and empty desires. Examples of natural and necessary desires include the desires for food, shelter, and the like. Epicurus thinks that these desires are easy to satisfy, difficult to eliminate (they are hard-wired into human beings naturally), and bring great pleasure when satisfied. Furthermore, they are necessary for life, and they are naturally limited: that is, if one is hungry, it only takes a limited amount of food to fill the stomach, after which the desire is satisfied. Epicurus says that one should try to fulfill these desires.
Vain desires include desires for power, wealth, fame, and the like. They are difficult to satisfy, in part because they have no natural limit. If one desires wealth or power, no matter how much one gets, it is always possible to get more, and the more one gets, the more one wants. These desires are not natural to human beings, but inculcated by society and by false beliefs about what we need; e.g., believing that having power will bring us security from others. Epicurus thinks that these desires should be eliminated.
An example of a natural but non-necessary desire is the desire for luxury food. Although food is needed for survival, one does not need a particular type of food to survive. Thus, despite his hedonism, Epicurus advocates a surprisingly ascetic way of life. Although one shouldnt spurn extravagant foods if they happen to be available, becoming dependent on such goods ultimately leads to unhappiness. As Epicurus puts it, If you wish to make Pythocles wealthy, dont give him more money; rather, reduce his desires. By eliminating the pain caused by unfulfilled desires, and the anxiety that occurs because of the fear that ones desires will not be fulfilled in the future, the wise Epicurean attains tranquility, and thus happiness.
Epicurus hedonism was widely denounced in the ancient world as undermining traditional morality. Epicurus, however, insists that courage, moderation, and the other virtues are needed in order to attain happiness. However, the virtues for Epicurus are all purely instrumental goodsthat is, they are valuable solely for the sake of the happiness that they can bring oneself, not for their own sake. Epicurus says that all of the virtues are ultimately forms of prudence, of calculating what is in ones own best interest. In this, Epicurus goes against the majority of Greek ethical theorists, such as the Stoics, who identify happiness with virtue, and Aristotle, who identifies happiness with a life of virtuous activity. Epicurus thinks that natural science and philosophy itself also are instrumental goods. Natural science is needed in order to give mechanistic explanations of natural phenomena and thus dispel the fear of the gods, while philosophy helps to show us the natural limits of our desires and to dispel the fear of death.
Epicurus is one of the first philosophers to give a well-developed contractarian theory of justice. Epicurus says that justice is an agreement neither to harm nor be harmed, and that we have a preconception of justice as what is useful in mutual associations. People enter into communities in order to gain protection from the dangers of the wild, and agreements concerning the behavior of the members of the community are needed in order for these communities to function, e.g., prohibitions of murder, regulations concerning the killing and eating of animals, and so on. Justice exists only where there are such agreements.
Like the virtues, justice is valued entirely on instrumental grounds, because of its utility for each of the members of society. Epicurus says that the main reason not to be unjust is that one will be punished if one gets caught, and that even if one does not get caught, the fear of being caught will still cause pain. However, he adds that the fear of punishment is needed mainly to keep fools in line, who otherwise would kill, steal, etc. The Epicurean wise man recognizes the usefulness of the laws, and since he does not desire great wealth, luxury goods, political power, or the like, he sees that he has no reason to engage in the conduct prohibited by the laws in any case.
Although justice only exists where there is an agreement about how to behave, that does not make justice entirely conventional, if by conventional we mean that any behavior dictated by the laws of a particular society is thereby just, and that the laws of a particular society are just for that society. Since the justice contract is entered into for the purpose of securing what is useful for the members of the society, only laws that are actually useful are just. Thus, a prohibition of murder would be just, but antimiscegenation laws would not. Since what is useful can vary from place to place and time to time, what laws are just can likewise vary.
Epicurus values friendship highly and praises it in quite extravagant terms. He says that friendship dances around the world telling us that we must wake to blessedness. He also says that the wise man is sometimes willing to die for a friend. Because of this, some scholars have thought that in this area, at least, Epicurus abandons his egoistic hedonism and advocates altruism toward friends. This is not clear, however. Epicurus consistently maintains that friendship is valuable because it is one of the greatest means of attaining pleasure. Friends, he says, are able to provide one another the greatest security, whereas a life without friends is solitary and beset with perils. In order for there to be friendship, Epicurus says, there must be trust between friends, and friends have to treat each other as well as they treat themselves. The communities of Epicureans can be seen as embodying these ideals, and these are ideals that ultimately promote ataraxia.
One of the greatest fears that Epicurus tries to combat is the fear of death. Epicurus thinks that this fear is often based upon anxiety about having an unpleasant afterlife; this anxiety, he thinks, should be dispelled once one realizes that death is annihilation, because the mind is a group of atoms that disperses upon death.
If death is annihilation, says Epicurus, then it is nothing to us. Epicurus main argument for why death is not bad is contained in the Letter to Menoeceus and can be dubbed the no subject of harm argument. If death is bad, for whom is it bad? Not for the living, since theyre not dead, and not for the dead, since they dont exist. His argument can be set out as follows:
Epicurus adds that if death causes you no pain when youre dead, its foolish to allow the fear of it to cause you pain now.
A second Epicurean argument against the fear of death, the so-called symmetry argument, is recorded by the Epicurean poet Lucretius. He says that anyone who fears death should consider the time before he was born. The past infinity of pre-natal non-existence is like the future infinity of post-mortem non-existence; it is as though nature has put up a mirror to let us see what our future non-existence will be like. But we do not consider not having existed for an eternity before our births to be a terrible thing; therefore, neither should we think not existing for an eternity after our deaths to be evil.
This is not meant as comprehensive bibliography; rather, its a selection of further texts to read for those who want to learn more about Epicurus and Epicureanism. Most of the books listed below have extensive bibliographies for those looking for more specialized and scholarly publications.
There are many different editions of Lucretius masterpiece, an extended exposition of Epicurus metaphysics, philosophy of mind, and natural science. I personally like the translation by Rolfe Humphries: Lucretius: The Way Things Are. The De Rerum Natura of Titus Lucretius Carus, Indiana University Press. Humphries translates Lucretius poem as a poem, not as prose, yet the translation is still very clear and readable.
The books below are all well-written and influential. They deal in-depth with problems of interpreting particular areas of Epicurus philosophy, while still remaining, for the most part, accessible to well-educated general readers. They also have extensive bibliographies. However, do not assume that the interpretations of Epicurus in these books are always widely accepted.
Tim OKeefeEmail: see web pageGeorgia State UniversityU. S. A.
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What is robotics? – TechTarget
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What is robotics?
Robotics is a branch of engineering that involves the conception, design, manufacture and operation of robots. The objective of the robotics field is to create intelligent machines that can assist humans in a variety of ways.
Robotics can take on a number of forms. A robot may resemble a human, or it may be in the form of a robotic application, such as robotic process automation (RPA), which simulates how humans engage with software to perform repetitive, rules-based tasks.
While the field of robotics and exploration of the potential uses and functionality of robots have grown substantially in the 20th century, the idea is certainly not a new one.
The term robotics is an extension of the word robot. One of its first uses came from Czech writer Karel apek, who used the word in his play, Rossum's Universal Robots, in 1920.
However, it is science fiction author Isaac Asimov who has been given credit for being the first person to use the term in the 1940s by Oxford English Dictionary.
In Asimov's story, he suggested three principles to guide the behavior of autonomous robots and smart machines.
Asimov's Three Laws of Robotics have survived to the present:
However, it wasn't until a couple of decades later in 1961 -- based on designs from the '50s -- that the first programmable robot, Unimate, was created to move scalding metal pieces from a die-cast machine.
Today, industrial robots, as well as many other types of robots, are used to perform repetitive tasks. They may take the form of a robotic arm, robotic exoskeleton or traditional humanoid robots.
Industrial robots and robot arms are used by manufacturers and warehouses, such as those owned by Amazon, Devol, Best Buy and more.
To function, a combination of computer programming and algorithms, a remotely controlled manipulator, actuators, control systems -- action, processing and perception -- real-time sensors and an element of automation helps to inform what a robot or robotic system does.
Some additional applications for robotics are the following:
Machine learning and robotics intersect in a field known as robot learning. Robot learning is the study of techniques that enable a robot to acquire new knowledge or skills through machine learning algorithms.
Some applications that have been explored by robot learning include grasping objects, object categorization and even linguistic interaction with a human peer. Learning can happen through self-exploration or via guidance from a human operator.
To learn, intelligent robots must accumulate facts through human input or sensors. Then, the robot's processing unit will compare the newly acquired data to previously stored information and predict the best course of action based on the data it has acquired.
However, it's important to understand that a robot can only solve problems that it is built to solve. It does not have general analytical abilities.
Robotic systems are coveted in many industries because they can increase accuracy, reduce cost and increase safety for human beings.
In fact, safety is arguably one of robotics' greatest benefits, as many dangerous or unhealthy environments no longer require the human element. Examples include the nuclear industry, space, defense, maintenance and more.
With robots or robotic systems, workers can avoid exposure to hazardous chemicals and even limit psychosocial and ergonomic health risks. However, despite these benefits, there are several drawbacks to robotics as well.
There are certain tasks that are simply better suited for humans -- for example, those jobs that require creativity, adaptability and critical decision-making skills.
Also see: bot, software robot, uncanny valley, telepresence robot, mobile robot, social robot, probabilistic robotics, developmental robotics, smart robot and robot economy.
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What You Should Know About Robotics Engineering
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Even if you already know what a robot is and have heard of robotics engineering, those definitions are probably inconsistent depending on who you ask. Especially if you talk to one person who is working on complex machine learning algorithms and another person who is maintaining industrial robots for a production line.
Theyre both Robotics Engineers, but they both do very different things.
So, the bigger question is, what is robotics engineering?
By the end, youll have a good understanding of the robotics engineering field, how to get a degree in robotics, and what job titles to look for when searching for a robotics career.
Robotics engineering is the field encompassing the development and improvement of autonomous devices, robots, and electro-mechanical systems. If youre thinking about becoming a robotics engineer, I recommend having excellent problem-solving skills, mechanical aptitude, and advanced math background.
Robotics is interdisciplinary, so youll need skills in three subjects:
Everyone wants to be a programmer these days, and coding for robots isnt an exception. Computer Scientists write the brains behind how robots sense, perceive and respond to their environment. Popular programming languages for robotics are Python, C++, and C. Not everyone in robotics is a software engineer; however, the majority of engineers working on robots have programming experience.
Programming and software development is vastly underestimated. You have to have a solid understanding of at least one programming language, plus the ability to apply that code to a particular area in robotics. Some popular areas of focus include machine learning, image processing, computer graphics, 3D geometry, and the Robot Operating System (ROS).
There are two main sectors of electrical engineering that you can get into in robotics. First is embedded circuits, controllers, and PCB design. The second is industrial circuits, PLCs, HMIs, and robot arms.
While electrical engineers could have either scope of work (and some work on both), they both require slightly different skills. One is focused more on low-level and low power systems and the other is more high-level and higher power systems.
If you plan on going into electrical engineering to work on industrial equipment, you may want to verify that your schools electrical engineering program has hands-on courses in PLCs, debugging and troubleshooting, and industrial robot arms. Alternatively, you could enroll in an online EE degree program and learn at your own pace.
The third area of robotics is mechanical engineering. Youll want to become comfortable with CAD modeling, kinematics, control theory, and material properties.
Some topics that go hand-in-hand with mechanical engineering are in manufacturing. They include CAD/CAM, Milling, Forging, 3D printing, and best practices in schematics and drawings. A lot of manufacturing skills are picked up on-the-job or in a more hands-on technical degree program. You can also opt for an online manufacturing course to further familiarize yourself with machining topics.
If you choose to complete a degree in any of these subjects, you can still work as a robotics engineer. If you know youre better at programming, then Id recommend pursuing a Computer Science degree and then look for jobs within robotics companies. Having a strong ability in one of these areas is better than being sort-of good at all of them.
However, if you find that you want cross-discipline coursework, then a robotics engineering program might make more sense than just a degree in computer science, electronics, or mechanics. Robotics degree programs are popping up around the country. Whether you want to get an Associates Degree, Bachelors Degree, Masters Degree, or a Ph.D. in robotics, theres a program for that.
If youre planning to go into research robotics or teaching MIT, UPenn, and the Colorado School of Mines also have Ph.D. programs in Robotics Engineering. If you want to be more hands-on with robots, check with your local community colleges and trade schools.
Many community colleges have (better) Industrial Robotics labs than the universities, and their programs align more with the type of work youd be doing in manufacturing. Check for programs like Manufacturing and Automation, Automation Certificate, or Robotics Associate degree.
Then, once you finish your degree, the next step is to search for a job.
With so many options in the robotics engineering field, there are just as many choices when it comes to working with robots. However you decide which robotics degree to pursue, the next big question is how to find a robotics engineering job.
While there are plenty of career experts out there, one of the methods Ive used is searching within very niche robotics fields. Become a highly-proficient robot programmer. Learn the ins and outs of mobile robot design with ROS. Pick a robotics subject youre interested in, then define the gaps and areas that you need to work on.
Once you fill these gaps and gain experience, robotics engineering careers are limitless. You can choose to stay within engineering as a Senior or Fellow Engineer, or you can migrate into Management, Operations, or Business.
Ive put together a list of niche robotics fields that you can use for inspiration:
Granted, this isnt a comprehensive list, but it should help you narrow down the field of robotics.
Controls and Automation engineers work in production facilities or for machine integrators. Manufacturing controls engineers spend their day troubleshooting electromechanical equipment, robot arms, and PLCs. They are also responsible for work cell documentation, operator training, and process improvement projects. Control engineers in a factory may also work closely with controls engineers from machine integrators.
Automation or controls engineers, that work at an integrator, design, build and program automated equipment for manufacturing plants. Theyre also responsible for installing, commissioning, and supporting machines in the factory. If you enjoy working with industrial equipment and want to create automated systems, then a controls or automation engineering job might be what youre looking for.
Alternative Job Titles: Manufacturing Engineer, Systems Engineer, Robot Programmer
However, if people arent your thing, and youre not a fan of climbing on machines, then being a software developer is probably a better fit. Programmers or Computer Scientists write sophisticated software for robots. These might include computer vision programs, APIs for web applications, or machine learning algorithms for mobile workstations.
This field requires a solid foundation in software development. If you want to be writing hardcore code for robots, then I recommend getting an advanced degree in computer science with a focus on development for robots. Youll also need a strong background in advanced mathematics if you want to work in fields like 3D graphics, machine control, or image processing.
Popular robotics programming languages are Python, C++, and C. Expect to spend a lot of time in Linux, so feeling comfortable in the terminal is a must. Lastly, code management is critical, so I recommend learning the software development lifecycle and version control.
Alternative Job Titles: Machine Learning Engineer, Computer Scientist (Robotics), Software Developer (Robotics), Applications Engineer
If youre more of a natural problem-solver and are good at fixing things, then Customer Support or Field Application roles are other options.
Many robotic integrators and companies need engineers who support the use of their robotics products. Rather than directly impacting the development of a robot, youll help customers use the product correctly. This includes documentation, manuals, phone, and in-person support.
Application Engineers also ensure that the customers needs are met by verifying that the robot they want to use is the correct fit for the job.
If youre looking for a robotics job that is more people-facing; then check out Application or Field Support jobs.
Alternative Job Titles: Application Engineer, Customer Service Engineer
The last category is reserved for robot platforms. If you want to work on a specific robot platform like Kiva or iRobot or FANUC arms, then you can look for robotics engineering jobs directly with those companies.
Because these are product development roles, expect to have an advanced robotics or software degree or many years of experience developing features for robots.
Some other interesting areas to consider are mobile robots, humanoid robots, military robots, and research robots. Again, these areas are highly technical, so while they rank high in cool factor, they also require years of becoming an expert in program and system design.
Alternative Job Titles: Robotics Engineer, Senior Robotics Engineer, Staff Engineer
In this article, you learned what robotics engineering is. But, frankly, if you ask three people about robotics engineering, youll probably get seven different answers. Just remember that robotics is a very wide field with a lot of opportunities. This can work to your advantage (or against you) depending on the skills you develop over time.
The next step is to determine if a career in robotics is for you. If so, I recommend jotting down the specific positions and job titles youre aiming for. You can use the guide above or think about some of the robots that inspired you to check out this article. Then, get to work learning these subjects. Figuring out what you want to do is the easy part. Actually grinding out for years and putting in the work is where most people get stuck.
Regardless of where you want to end up, robotics is a healthy field to enter.And, well if youre not quite ready to apply for that robotics engineering job, the best way to get started with robotics is to start building robots.
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Robotics challenge injects technology into 4-Hs traditional ag program at Fort Worth Stock Show and Rodeo – Fort Worth Report
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Robotics challenge injects technology into 4-Hs traditional ag program at Fort Worth Stock Show and Rodeo Fort Worth Report
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Indian robotics startup, Genrobotics takes on the future of clean-tech robotics at World Economic Forum 2023 i – Times Now
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IIT Delhi to train students from over 100 schools on robotics in next two months – The Indian Express
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IIT Delhi to train students from over 100 schools on robotics in next two months The Indian Express
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Finally, Portland Antifa is being brought to justice for its violence
Posted: at 6:01 pm
After a year of anarchy and unchecked violence, prosecutors are finally doing something about Antifas rolling riot in Portland, Ore.: These last two weeks have seen more than two dozen suspected Antifa thugscharged for an assortment of violent crimes dating as far back as November.
It shouldnt have taken a whole year of watching protesters pelt police with Molotov cocktails and destroy local businesses to realize that the do nothing strategy wasnt working, but here we are.
Its a notable turnaround for District Attorney Mike Schmidt, who after taking office last August refused to prosecute 90 percent of riot- and protest-related cases. At the time, he claimed that change sometimes takes property damage and that it requires more than just peaceful protests to get the governments attention.
But dozens of deaths, hundreds of injured cops and billions in insurance damages across the country seem to have changed his tune. Or maybe it was the fact that Mayor Ted Wheeler received death threats last month for promising to take our city back from the reign of terror.
Charges against 10 suspected Antifa were announced on Thursday alone, mostly for vandalism around Election Day and an Inauguration Day riot. Several more face federal charges.
For the sake of Portlands beleaguered citizens, and for the national rule of law, hope this is just the beginning of a long-overdue crackdown.
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