the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
Parmigiana 
 Other kinds made with breaded meat cutlets, such as veal and chicken parmigiana, are popular in other countries, usually in areas with a lot of Italian immigrants.
Parmigiana 
 parmigiana di melanzane) or eggplant parmigiana (or eggplant Parmesan), a classic Southern Italian dish.
Parmigiana 
 Along with the many Italian versions, different kinds of Parmigiana have been developed across the world, most often in countries where large numbers of Italians immigrated.
Parmigiana 
 Examples of dishes developed outside of Italy from the early parmigianas include veal (Veal Parmigiana) or chicken breast (Chicken Parmigiana) dipped in beaten eggs, breaded, shallow-fried and topped with a marinara sauce (red Sicilian tomato sauce) and mozzarella.
Parmigiana 
 Parmigiana is also used as an adjective in the names of other unrelated dishes from Parma food, such as Trippa alla Parmigiana (Parma-style tripe).
Parmigiana 
 The dish consists of a sliced filling pan fried in oil, layered with tomato sauce and cheese, and baked in an oven.
Parmigiana 
 In some kinds, the sliced filling is first dipped in beaten eggs and covered in flour or breadcrumbs before frying.
Parmigiana 
 Some recipes use hard grated cheeses such as Parmesan or Pecorino Romano, while others use softer melting cheeses like Mozzarella or Caciocavallo, or a combination of these.
Parmigiana 
 In the United States and Canada, veal parmigiana or chicken parmigiana is commonly served as a grinder or a submarine sandwich.
Parmigiana 
 Chicken or veal parmigiana has become very popular in Australia as a pub dish, often served with chips and salad.
Parmigiana 
 A similar dish, the Parmo, which uses either pork or chicken, has been made within the country of England.
Parmigiana 
 This is an ancient Sicilian dish which, in all cookbooks, is erroneously stated as obtaining its name from Parmesan cheese, which is one of the ingredients.
Parmigiana 
 The name "parmigiana" does not derive from that of the cheese but is the Italianization of the Sicilian dialectal word "parmiciana", which refers to the slats of wood which compose the central part of a shutter and overlap in the same manner as the slices of eggplant in the dish."
Parmigiana 
 As with Parmigiano-Reggiano cheese, the word Parmigiana is often rendered as "Parmesan" in English-speaking countries, from the French word for "from Parma."
Parmigiana 
 Discover Downunder Parma Rating  The team from Discover Downunder travel around Australia in search for the best parma!
Veal 
 Though veal can be made from a calf of either sex and any breed, most veal comes from male calves of dairy cattle breeds.
Veal 
 The veal is often in the form of cutlets, such as the Italian cotoletta or the famous Austrian dish Wiener Schnitzel.
Veal 
 Some classic French veal dishes include: fried escalopes, fried veal Grenadines (small thick fillet steaks), stuffed paupiettes, roast joints and blanquettes.
Veal 
 As veal is lower in fat than many meats, care must be taken in preparation to ensure that it does not become tough.
Veal 
 Many animal welfare groups, who strongly focus on factory farming, try to educate consumers about several veal production procedures that they consider to be inhumane.
Veal 
 This education has been successful in creating pressure on the industry, resulting in recently announced changes in the methods used by the veal industry.
Veal 
 A strong animal welfare movement about veal started in the 1980s with the release of photographs of veal calves tied up in crates where they could barely move.
Veal 
 Many veal farmers listened to the concern of their customers and have started improving conditions in their veal farms.
Veal 
 The American Veal Association has announced they plan to stop the use of crates by 2017, which is often the main focus of controversy in veal farming.
Veal 
 Strauss Brands is the first veal packer in the US to raise veal calves completely tether free and group raised since December 31, 2008.
Veal 
 Though a lot of people think the crates are bad because the calves can't move much and get sick, the Veal Quality Assurance Program & Veal Issues Management Program industry fact sheet, and the Ontario Veal Association say the crates are important for keeping out diseases and keeping the calves from getting hurt.
Veal 
 Other uses for male dairy calves include raising bob veal (slaughter at 2 or 3 days old), raising calves as "red veal" without the harsh food restrictions needed to create pale meat (resulting in fewer antibiotic treatments and fewer slaughtered calves), and as dairy beef.
Veal 
 When it comes to the centuries-old method of free raised veal, calves never experience the stress of confinement, separation from their mothers and herd-mates, or an unnatural diet.
Veal 
 The following shows where veal crates have been banned, or are currently in the process of being banned:
Veal 
 Veal crates became illegal in the UK in 1990, and a full ban has been placed for the entire European Union, as of 2007.
Veal 
 Veal calf production as such is not allowed in many Northern European countries, such as in Finland.
Veal 
 In Finland it is illegal to give an animal food the caretaker knows is bad for it, and it is also illegal to not give the animal enough food.
Veal 
 As stated above, several large veal producers are working on getting rid of veal crates, as well as the American Veal Association.
Hyssop 
 Hyssop (Hyssopus) is a genus of about 1012 species of herbaceous or semi-woody plants in the family Lamiaceae.
Hyssop 
 They are aromatic, with upright branched stems up to 60 cm long covered with fine hairs at the tips.
Hyssop 
 The anise hyssop, Agastache foeniculum (also called blue giant hyssop) is a very different plant and not a close relative, although both are in the mint family.
Hyssop 
 The name 'hyssop' can be traced back almost unchanged through the Greek word  (hyssopos) and Hebrew word  (ezov).
Hyssop 
 The Book of Exodus in the Bible records that the blood of the sacrifices was applied to the doorposts using hyssop on the night of Passover.
Hyssop 
 In the New Testament, a sponge soaked in sour wine or vinegar was stuck on a branch of hyssop and offered to Jesus of Nazareth on the cross just before he died.
Hyssop 
 Both Matthew and Mark mention this but refer to the plant using the general term  (kalamos), which is translated as "reed" or "stick."
Hyssop 
 It is said to be a good companion plant to cabbage because it will deter the cabbage white butterfly.
Hyssop 
 It has also "been found to improve the yield from grapevines if planted along the rows, particularly if the terrain is rocky or sandy, and the soil is not as easy to work as it might be."
Hyssop 
 Hyssop also attracts bees, hoverflies and butterflies, and so has a place in the wild garden as well as being useful in controlling pests and encouraging pollination without the use of unnatural methods.
Hyssop 
 Hyssop is used as a food plant by the larvae of some Lepidoptera species including the cabbage moth.
Hyssop 
 Hyssop is also used, usually in combination with other herbs such as liquorice, in herbal remedies, especially for lung conditions.
Hyssop 
 It can help with about 81 different illnesses including cancer, bronchitis, insomnia, edema, colds, etc.
Hyssop 
 When eaten in extract or tea form it gets rid of mucus in the respiratory tract, which relieves congestion, can regulate blood pressure, and can dispel gas.
Hyssop 
 In Exodus 12:22 the Jews in Egypt are instructed to "Take a bunch of hyssop, dip it into the blood in the basin and put some of the blood on the top and on both sides of the doorframe.
Hyssop 
 It is used by the priests in the Temple of Solomon for purification rites of various kinds in Leviticus 14:4-7, 14:49-52, 19:6, 18.
Hyssop 
 Hyssop is also often used to fill the Catholic ceremonial Aspergillum, which the priest dips into a bowl of holy water, and sprinkles onto the congregation to bless them.
Hyssop 
 However, researchers say that the Biblical accounts refer not to the plant currently known as hyssop.
Hyssop 
 Hyssop leaves have a slightly bitter minty flavor and can be added to soups, salads or meats, but it should be used sparingly as the flavour is very strong.
Heisenberg's uncertainty principle 
 Heisenberg's uncertainty principle is one of the most important results of twentieth century physics.
Heisenberg's uncertainty principle 
 Certain pairs of measurements such as (a) where a particle is and (b) where it is going (its position and momentum) cannot be precisely pinned down.p96
Heisenberg's uncertainty principle 
 Albert Einstein thought that such a quantum theory could give us only a partial description of nature.p99 He thought that Heisenberg's discovery showed that human knowledge is limited, but he also thought that nature is absolute.
Heisenberg's uncertainty principle 
 That is, he thought that there is no "uncertainty" in nature, and that the uncertainty exists only in our knowledge about it.
Heisenberg's uncertainty principle 
 Heisenberg's idea is that if something like an electron were shot into a big box with a certain speed and in a certain direction, then it would be possible to calculate a fairly accurate idea of what its path would be like in the future.
Heisenberg's uncertainty principle 
 However, if the box were made smaller then we would have a more certain idea of where it was located, and because of that we would have to have a less certain idea of how it was traveling.
Heisenberg's uncertainty principle 
 American physicist Brian Greene gave the analogy of a moth which flies placidly around in a large closet but who flies frantically back and forth and up and down when placed in a glass jar.p114 Another interesting uncertainty phenomenon, which makes possible many electronic devices, is called quantum tunneling.
Heisenberg's uncertainty principle 
 However, electrons can move through solid walls.p115 In the animation to the right, you can see a faint white puff on the right side of the wall after a big puff hits the wall from the left.
Heisenberg's uncertainty principle 
 That dim spot of light represents the photon or other atomic particle which tunnels through the wall.
Heisenberg's uncertainty principle 
 The error in position (x) times the minimum range of error in momentum (p) is, at a minimum, equal's to about equal to half of the Reduced Planck's constant.
Heisenberg's uncertainty principle 
 Historically, the uncertainty principle has been confused with a somewhat similar effect in physics, called the observer effect.
Heisenberg's uncertainty principle 
 Heisenberg offered such an observer effect at the quantum level as a physical "explanation" of quantum uncertainty.
Heisenberg's uncertainty principle 
 Thus, the uncertainty principle actually states a fundamental property of quantum systems, and is not a statement about the observational success of current technology. "
Heisenberg's uncertainty principle 
 Measurement" does not mean just a process in which a physicist-observer takes part, but rather <u/l>any interaction between classical and quantum objects regardless of any observer</u/l>.
Heisenberg's uncertainty principle 
 Max Planck  already knew that the energy of a unit of light is proportional to the frequency of that unit of light (), and that its amount of energy can be expressed in familiar terms such as the joule by using a proportionality constant.
Heisenberg's uncertainty principle 
 The constant he gave the world is now called the Planck constant and is represented by the letter h.  When matrices are used to express quantum mechanics, frequently two matrices have to be multiplied to get a third matrix that gives the answer the physicist is trying to find.
Heisenberg's uncertainty principle 
 But multiplying a matrix such as P (for momentum) by a matrix such as X (for position) gives a different answer matrix from the one you get when you multiply X by P. The result of multiplying P by X and X by P and then comparing them always involves the Planck constant as a factor.
Heisenberg's uncertainty principle 
 The number used to write the Planck constant will always depend on the system of measurement in use. (
Heisenberg's uncertainty principle 
 The slope of the line in the diagram to the right that shows the ratio of frequency to energy will also depend on the system of measurement chosen.
Heisenberg's uncertainty principle 
 The practical result of this mathematical discovery is that when a physicist makes position more clear then momentum becomes less clear, and that when the physicist makes momentum more clear then position becomes less clear.
Heisenberg's uncertainty principle 
 Heisenberg said that things are "indeterminate," and other people liked to say that they were "uncertain."
Heisenberg's uncertainty principle 
 But the mathematics shows that it is the things in the world that are indeterminate or "fuzzy," and not that it is just that humans are uncertain about what is going on.
Heisenberg's uncertainty principle 
 Here we will show the first equation that gave the basic idea later shown in Heisenberg's uncertainty principle.
Heisenberg's uncertainty principle 
 Heisenberg's great success was the "scheme which was capable in principle of determining uniquely the relevant physical qualities (transition frequencies and amplitudes)" of hydrogen radiation.
Heisenberg's uncertainty principle 
 After Heisenberg wrote his breakthrough paper, he gave it to one of his teachers to fix up and went on a vacation.
Heisenberg's uncertainty principle 
 Max Born was puzzled by the equations and the non-commuting equations that even Heisenberg thought were a problem.
Heisenberg's uncertainty principle 
 Matrices were new and strange, even for mathematicians of that time, but how to do math with them was already clearly known.
Heisenberg's uncertainty principle 
 He and a few others worked everything out in matrix form before Heisenberg came back from his time off, and within a few months the new quantum mechanics in matrix form gave them the basis for another paper.
Heisenberg's uncertainty principle 
 Max Born saw that when the matrices that represent pq and qp were calculated they would not be equal.
Heisenberg's uncertainty principle 
 Heisenberg had already seen the same thing in terms of his original way of writing things out, and Heisenberg may have guessed what was almost immediately obvious to Born—that the difference between the answer matrices for pq and for qp would always involve two factors that came out of Heisenberg's original math: Planck's constant h and i, which is the square root of negative one.
Heisenberg's uncertainty principle 
 So the very idea of what Heisenberg preferred to call the "indeterminacy principle" (usually known as the uncertainty principle) was hiding in Heisenberg's original equations.
Heisenberg's uncertainty principle 
 Heisenberg had been looking at changes that happen in an atom when an electron changes its energy level and so gets closer to the center of its atom or gets farther from its center, and, especially, situations in which an electron falls to a lower energy state in two steps.
Heisenberg's uncertainty principle 
 Max Born explained how he took Heisenberg's strange "recipe" for finding the product, C, of some change in an atom from energy level n to energy level n-b, which involved taking the sum of multiplying one change in something called A (which could be, for instance, the frequency of some photon) produced by a change of energy of an electron in the atom between energy state n and energy state n-a) by a succeeding change in something called B (which could be, for instance, the amplitude of a change) produced by another change in energy state from n-a to n-b):
Heisenberg's uncertainty principle 
 Heisenberg's rule of multiplication left me no peace, and after a week of intensive thought and trial, I suddenly remembered an algebraic theory....Such quadratic arrays are quite familiar to mathematicians and are called matrices, in association with a definite rule of multiplication.
Heisenberg's uncertainty principle 
 I applied this rule to Heisenberg's quantum condition and found that it agreed for the diagonal elements.
Heisenberg's uncertainty principle 
 It was easy to guess what the remaining elements must be, namely, null; and immediately there stood before me the strange formula
Heisenberg's uncertainty principle 
 [The symbol Q is the matrix for displacement, P is the matrix for momentum, i stands for the square root of negative one, and h is Planck's constant.]
Heisenberg's uncertainty principle 
 You might imagine that it would be easy to get both the exact position of something and its exact mass, path, and speed at the same time.
Heisenberg's uncertainty principle 
 If you are measuring the position and momentum of a bullet that is stuck in a cliff of a great mountain somewhere, it is a simple matter.
Heisenberg's uncertainty principle 
 But if the bullet is somewhere between a gun and a target, it will be difficult to get its position at any given time.
Heisenberg's uncertainty principle 
 But a single squeeze of the shutter would give you only one thing, the bullet's position at time t. To get the momentum we might put a block of paraffin in the bullet's way and measure how the block of paraffin moved when it stopped the bullet.
Heisenberg's uncertainty principle 
 Or, if we knew the bullet's mass, we might take a sequence of two pictures, compute the velocity by knowing the difference between the two positions of the bullet and the time between its two appearances.
Heisenberg's uncertainty principle 
 We end up making at least two measurements to get to x and p. In that case we have to choose which measurement to make first, and which to make second.
Heisenberg's uncertainty principle 
 Measuring the bullet's mass and then measuring its positions twice, or measuring the bullet's positions twice and then recovering the bullet and measuring its mass would not make any difference, would it?
Heisenberg's uncertainty principle 
 After all, we have not done anything to the bullet when we weigh it or when we make photographs of it.
Heisenberg's uncertainty principle 
 On the very small scale when we are measuring something like an electron, however, each measurement does something to it.
Heisenberg's uncertainty principle 
 Our hope would be to measure one of them and then measure the other before anything changed, but our measuring itself makes a change, and the best we can hope to do is to reduce to a minimum the energy we contribute to the electron by measuring it.
Heisenberg's uncertainty principle 
 Heisenberg's uncertainty principle was found in the earliest equations of the "new" quantum physics, and the theory was given by using matrix math.
Heisenberg's uncertainty principle 
 However, the uncertainty principle is a fact about nature, and it shows up in other ways of talking about quantum physics such as the equations made by Erwin Schrödinger.
Heisenberg's uncertainty principle 
 There have been two very different ways of looking at what Heisenberg discovered: Some people think that things that happen in nature are "determinate," that is, things happen by a definite rule and if we could know everything we need to know we could always say what will happen next.
Heisenberg's uncertainty principle 
 Other people think that things that happen in nature are guided only by probability, and we can know only how things will behave on the average—but we know that very precisely.
Heisenberg's uncertainty principle 
 The expression "quantum leap" or "quantum jump" has been taken to mean some great and transformative change, and it is often used in hyperbolic expressions by politicians and mass media sales campaigns.
Heisenberg's uncertainty principle 
 In quantum mechanics it is used to describe the transition of an electron from one orbit around the nucleus of an atom to any other orbit, higher or lower.
Heisenberg's uncertainty principle 
 For instance, Briggs and Stratton manufactures many kinds of small gasoline motors for lawn mowers, rotary tillers, and other such small machines.
Heisenberg's uncertainty principle 
 Because the uncertainty principle tells us that certain measurements at the atomic level cannot be made without disturbing other measurements, some individuals use this idea to describe instances in the human world where the activity of an observer changes the thing that is being watched.
Heisenberg's uncertainty principle 
 An anthropologist may go to some far away place to learn how people live there, but the fact that a strange person from the outside world is there watching them may change the ways that those people act.
Heisenberg's uncertainty principle 
 Things that people do while observing things that change what is being observed are cases of the Observer effect.
Heisenberg's uncertainty principle 
 Some things that people do cause changes on the very small level of atoms and are cases of uncertainty or indeterminacy as first described by Heisenberg.
Heisenberg's uncertainty principle 
 The uncertainty principle shows that there is always a limit to how small we can make certain pairs of measurements such as position and speed or trajectory and momentum.
Heisenberg's uncertainty principle 
 The observer effect says that sometimes what people do in observing things, e.g., learning about an ant colony by digging it up with garden tools, can have big effects that change what they were trying to learn about.
Anthony Henday 
 His explorations were for the Hudson's Bay Company (HBC) who were worried that La Vérendrye and the other western commanders were taking furs from the northwest to their forts.
Anthony Henday 
 He came from the Isle of Wight, and was a convicted smuggler and joined the HBC in 1750 as a net-maker and labourer.
Anthony Henday 
 They passed the French Fort Paskoya where he may have met La Corne, the western commander at that time.
Anthony Henday 
 In October of 1754 he and his group came to what is now Alberta from York Factory with a mission to meet the Blackfoot and perhaps trade with them.
Anthony Henday 
 The Blackfoot did not give a clear answer, but Henday decided they meant “no”, so he travelled back to York Factory with news that he had explored the area and had met with the Blackfoot.
Anthony Henday 
 This trip, and later ones, took Henday across much of the prairies of what is now Saskatchewan and Alberta and his journal shows that he brought a lot of trade to York Factory.
Anthony Henday 
 Records show that some of the trade also went to the French at Fort Saint-Louis (Fort de la Corne)  and Fort  Paskoya which were on the route to Hudson Bay.
Anthony Henday 
 He left the service of the HBC in 1762 largely because his efforts for the company, at least in his estimation, had not been properly recognized.
Disney's Hollywood Studios 
 Disney's Hollywood Studios is a theme park at the Walt Disney World Resort near Orlando, Florida, United States.
Disney's Hollywood Studios 
 In 2009, the park had around 9.7 million guests, ranking it the fourth-most visited amusement park in the United States, and seventh-most visited in the world.
Disney's Hollywood Studios 
 The park symbol is The Sorcerer's Hat, which is based on the magical hat from Fantasia; it replaced the Earful Tower as the park's icon in 2001 but now both have been removed.
Disney's Hollywood Studios 
 Unlike the other Walt Disney World parks, Disney's Hollywood Studios does not have a defined layout; it is more a mass of streets and buildings that blend into each other, much like a real movie studio would.
Disney's Hollywood Studios 
 The park used to have a large Hidden Mickey in the plaza at the end of Hollywood Boulevard which could be seen in aerial photographs of the park and on the park's early guide maps.
Disney's Hollywood Studios 
 Hollywood Boulevard is the park's main entrance and is lined with stores selling Disney merchandise.
Disney's Hollywood Studios 
 Parades such as the Pixar Block Party Bash travel down Hollywood Boulevard on their route through the park, and live street entertainment can be found here throughout the day.