Hate Coursework Example | Topics and Well Written Essays - 1500 words

Hate - Coursework Example This project will discuss the relationship of hate and psychology as they have been applied to past and current events and how they have been applied to the theories that have been developed. The second section will present how these theories present contradictory evidence whether it is a group or an individual. A short evaluation of this research project will conclude this paper with the writer's personal views of what type of psychology is needed in studying hate. Behavioural Psychology is a theory that all behaviours are gained through conditioning: classical & operant. Conditioning occurs through interaction with the environment. Classical conditioning have two elements, the conditioned stimulus and the conditioned response. Operant Conditioning is the association between the behaviour and the consequence for that behaviour. From this conditioning, the learning theory was developed. Negative behaviour can be eliminated by taking away the benefit. A person's behaviour is learned b y the consequences which can be external forces. His conscious is changed by the rewards he receives. Adolf Eichmann as seen by a behavioural psychologist would have learned a set of rules and been conditioned to have positive consequences. "When these basic, underlying, human standards (behaviours) are cross culture and are human, there are no longer any societal rules for criticising what is good and what is bad. It was considered normal what was going on in Germany. (Goble 110) Social Psychology is focused on the situation. Eichmann's defence was that he was simply following instructions when he ordered the death of millions of Jews. In his 1974 book Obedience to Authority, Milgram posed the question, "Could it be that Eichmann and his million accomplices in the Holocaust were just following orders? Could we call them all accomplices?" One person in history, one concept of hate is compared to two types of psychology. Social Psychology is focused on the situation. Behavioural Psyc hology is focused on the consequences of the reward of the individual. Social Psychology - SSM Theory Behavioural Psychology- Learning Theory Social Psychology in simple terms tells how people act, when they are with other people. Group behaviour, conformity, interaction, perception, prejudice and leadership are all taken into account. In 2003, the Federal Bureau of Investigation (FBI) finished an eight year study which has become the universal Seven-Stage Hate Model (SHM) The SHM is a predictive tool that tracks hate groups from inception to full maturity. A hate group, if not stopped, passes through seven successive stages. In the first four stages, hate groups vocalize their beliefs and in the last three stages, they act on their beliefs. There is contradictory evidence in the original study and the universal SHM between the distinction of passing from stage 3 to 4 as they are often interchanged. In 2003, the model was presented by the FBI as: 1. The Haters gather 2. The Hate gro up defines itself 3. The Hate Group disparages the target 4. The Hate Group taunts the target 5. The Hate Group attacks without weapons 6. The Hate Group attacks with weapons 7. The Hate Group destroys the target A transition period exists between verbal violence and acting that violence out. Prior to the groups transition to acting out violence interdiction has the greatest probability of success. The Seven-Stage Hate Model can be used to predict violence before it occurs. Observers can track

School Papers Essay Example for Free

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Role Of Analog Communication In Daily Life Computer Science Essay

Role Of Analog Communication In Daily Life Computer Science Essay This term paper is based on the analog communication and its role in daily life. Analog communication is performed on continuous signal. In electronics, a signal is an electric current or  electromagnetic fieldused to convey data from one place to another. Signal Sampling Quantizer Encoder Output Sampling: Quantising: Encoding: Signal is divided into two parts: Analog or Continuous signal: A  continuous signal  is a varying quantity whose domain, which is often time, is a  continuum. The function itself need not be  continuous. Digital or Discrete signal: A  discrete signal  is a  time series  consisting of a  sequence  of quantities. In other words, it is a time series that is a function over a  domain  of discrete integers.   2. Communication: Communication is a process of transferring information from one entity to another.   Information source transmitter channel receiver Noise destination Block Diagram of communication system modulating signal transducer electrical amplifier modulation Output signal demodulator receiver channel noise Block Diagram of analog communication system Basics of communication: Channel is of two types: Guided or wired Non-guided or non-wired Guided is of three types: Twisted pair Coaxial cable Optical fibre Non-guided is divided into two parts: Microwave Satellite Modes of Communication: Simplex Half-duplex Full-duplex Elements of communication system: Modulation: Change in one of the parameter of carrier wave in proportion to the instantaneous value of the modulating signal. Continuous Signal Amplitude modulation Angle modulation Frequency modulation Phase modulation Modulation Index: The  modulation index of a modulation scheme describes by how much the modulated variable of the carrier signal varies around its unmodulated level. It is defined differently in each modulation scheme. m=Em/Ec where m is the modulation index. Em=(Vmax-Vmin)/2 Ec=(VMax+Vmin)/2 Amplitude Modulation (AM): Change in amplitude of the carrier wave in proportion to the instantaneous value of the amplitude of the modulating signal. Amplitude modulationis a method used in electronic communication which is most usually used in transmitting information by means ofradio carrier wave. AM works by changing the power given to the transmitted signal in the message being sent. Example,changes in the signal strength can be used to reproduce the sounds to be reproduced by a speakeror to specify the light strength of television pixels. Compare it with  frequency modulationwhich is also commonly used for sound broadcasting in which thefrequency  is variable; and phasemodulation often used in  remote controls in which the  phase  is variable. AM is often used to refer to themedium wave  broadcastband. In telecommunications,  frequency modulation  (FM) conveyssine formation  over acarrierwave  by varying its  frequency  compare this with  amplitude modulation, in which theamplitude  of the carrier is varied while its frequency remains constant. In  analogapplications, the instantaneous frequency of the carrier is directly proportional to the instantaneous value of the input signal.   Advantages of Amplitude Modulation: There are several advantages of amplitude modulation It is very easy to implement it can be demodulated using a circuit containing of very few apparatuses AM receivers are very inexpensive as no particular components are required. AM has benefits of ease, though it is not the most effectiveway to use, both in terms of the quantityof space or spectrum uses and the way in which it uses the power that is transmitted. This is the reason why it is not extensively used these days both for broadcasting and for two way radio communication. Even the long, medium and short wave broadcasts will eventuallychange because of the truth that amplitude modulation is subject to much higher levels of noise than other modes. Its easiness and its wide usage means it will be hard to change rapidly and it will be in use for many years to come. Frequency Modulation (FM): It is the process of variation in frequency of the carrier wave in proportion to the instantaneous value of the amplitude of the modulating signal. While changing the amplitude of a radio signal is the best method to modulate it, it is not the only way. It is also possible to vary the frequency of a signal to give frequency modulation. Frequency modulation is widely used on frequencies above 30 MHz, and it is mainlyknown for its use for VHF FM broadcasting. It is not easy as amplitude modulation;however frequency modulationdeals with some dissimilarbenefits. It is able to provide immediate interference free response and this is the reason it isassumed for the VHF sound broadcasts. These transmissions could offer high fidelity audio, and this is the reason, frequency modulation is much more prevalent than the older transmissions on the long, medium and short wave bands. In addition to its extensive use for high superiority audio broadcasts, FM is also used for a variety of two way radio communication systems where amplitude modulation is a failure. Whether for fixed or mobile radio communication systems or for use in moveable applications, FM is widely used at VHF, mobile radio. Advantages of frequency modulation, FM: FM is used for a number of reasons and there are numerousbenefits of frequency modulation. Some of the benefits of frequency modulation are as under: Resilience to noise: Frequency modulation has elasticity to signal level variations. The modulation is carried as there are disparities in frequency. This means that any signal level variations will not disturb the audio output, on condition that that the signal does not fall to a level where the receiver cannot handle. As a result it makes FM perfect for mobile radio communication applications including more general two-way radio communication or movable applications where signal levels are likely to vary much. The additionalbenefit of FM is its elasticity to noise and interference. It is for this reason that FM is used for high superiority broadcast communications. Easy to apply modulation at a low power stage of the transmitter:  Ã‚   Frequency modulation is linked with the transmitters. It is probable to relate the modulation to a low power stage of the transmitter and it is not essential to use a direct form of amplification to escalate the power level of the signal to its ultimate value. It is possible to use efficient RF amplifiers with frequency modulated signals:  Ã‚   It is possible to use non-linear RF amplifiers to amplify FM signals in a transmitter and these are more effective than the linear ones required for signals with any amplitude disparities. This means that for a given power yield, less battery power is necessary and this makes the use of FM more possible for portable two-way radio applications. Frequency modulation is widely used in various areas of radio technology including broadcasting and fields of two way radio communication. In these applications its specificbenefits can be used to good consequence. In spite of these changes, FM will continue to be in use for many years to come as there are many advantages of frequency modulation for the areas in which it has addedaimportanthold in recent years. Phase Modulation (PM): Change in the phase of the carrier wave in accord to the instantaneous value of the amplitude of the modulating signal. Advantages of phase modulation: Phase modulation demodulation is less complicated as compared to Frequency modulation. Phase modulator is used in shaping velocity of moving target by removing Doppler information. Doppler information needs steady carrier which is probable in phase modulation but not in frequency modulation. Role of analog communication: Analog communication plays a very vital role.Either in the form of AM,FM or PM. It is used in audio, video, telephony, wireless communication, radar, emergency services, etc. Audio AM broadcast radio which sends voice or music in the Medium Frequency Radio Spectrum which ranges from 0.3MHz to 3MHz. AM broadcast uses amplitude modulation in which high sounds at the microphone roots wide variations in the transmitter power while the transmitter frequency remains constant. Transmissions are regularlyaffected by static since lightening and other some sources of radio add their radio waves to the one upcoming from the transmitter. AM radio stations are the original broadcasting stations. They are aform of connection of radio waves by changing the amplitude of the carrier signal in proportion to the instantaneous value of the amplitude of the transmitted signal. AMs simple signal can be detected with simple apparatus which turns into sound. If a signal is strong enough then there is no necessity of power source, Another advantage to AM is that it uses a narrow bandwidth than FM. FM broadcast radio transmits voice and music with high fidelity than AM broadcast radio. In frequency modulation loud sounds at the microphone causes the frequency of the transmitter to varyfurther than the transmitter power stays persistent. FM is transmitted in the Very High Frequency radio spectrum ranging from 30MHz to 300MHz. FM needs extra radio frequency zone than AM and at high frequency more frequencies are accessible and there are additional stations each one sending more information to the station. And when shorter VHF radio waves usually act like light which travels in straight line so the response range is usually limited to 50 to 100 miles. During higher atmospheric situation, FM signals are echoed back to Earth by the ionosphere layer which outcomes in Long distance FM response. FM receivers are subject to capture outcome which causes radio to receive the strongest signal when many signals are on the similar frequency. FM receivers are reasonablyprotected to lightening and spark interference. Aviation voice radios use VHF AM. AM is used so as to obtain multiple stations on the same channels. Aircrafts fly high adequately so that their transmitters can be received thousands of miles away. It uses VHF. Marine voice radios use narrowband FM in the VHF spectrum for very smaller ranges and use AM in the shortwave HF radio spectrum extending from 3MHz to 30MHz for very long distances. FM Subcarrier services areminor signals transmitted associated along with the main program. Special receivers are necessary to operate these services. Analog channels may comprisesubstitute programming, such as reading services for the blind, background music or stereo sound signals. In some countries, FM radios automatically retune themselves to the matching channel inanother district by using sub-bands. Government, police, fire and commercial voice facilities use narrowband FM on distinct frequencies. Fidelity is sacrificed to use a lesser range of radio frequencies, typically five kilohertz of aberration rather than the 75 used by FM broadcasts and 25 used by TV sound. Civil and military HF voice services use  shortwave  radio to communicate withships at sea, aircraft and remote settlements. Most use  single sideband  voice which uses a smaller amount of bandwidth than AM. SSB sounds like ducks quacking on an AM radio. This also makes the transmitter about three times more influential, because it doesnt need to communicate the unused carrier and sideband. Telephony Cell phones transmit to a native cell transmitter/receiver which associates to the public service telephone system through an optic fibre or microwave radio. When the phone leaves the cell radios zone, the central computer shifts the phone to a new cell. Cell phonesinitially used FM. There are many cellphone service providers in India nowadays. The main among them are: BSNL Airtel Vodafone Idea Aircel Videocon Tata Docomo Tata Indicom MTNL MTS Satellite phones come in two types:  INMARSAT  and  Iridium. Both types provide world-wide coverage. INMARSAT uses geosynchronous satellites, with directed high-gain antennas on the vehicles. Iridium provides cell phones, except the cells are satellites in orbit. Satellite phone communication is not available in public domain in India. It is used by the defence services. The main companies that provide the satellite phones in India are: Motorola Siemens GE Satellite phone communication can be provided in the public domains as the media persons in the remote areas etc. But it needs a special licence from TRAI. Video Television transmits the picture as AM and the sound as FM on the identical radio signal. Digital television encrypts three bits as eight strengths of AM signal. The bits are directed out-of-order to cutdown the effect of gusts of radio noise. Even if any data could be transmitted, the standard is to use  MPEG-2  for video, and five CD-quality (44.1 kHz) audio channels (centre, left, right, left-back and right back). With all this, it takes only half of the bandwidth of an analog TV signal because the video data is generallycompressed. India saw the advent of satellite communication in 1995. But it was limited to cable operators till 2007. But then, satellite communication stepped up inot DIRECT TO HOME channels. These providers are: DishTV Reliance BIG TV Airtel Digital TV Tata Sky. Videocon d2h Navigation All  satellite navigation  systems use satellites with accuracy clocks known as precision clocks. The satellite communicates its position and the time of the broadcast. The receiver listens to four satellites and can figure out its location as being on a line that is tangent to a circular shell around each satellite, determined by the time-of-flight of the radio signals from the satellite. Loran  systems also used time-of-flight radio signals, but from radio stations on the ground. VOR  systems (used by aircraft), have two transmitters. A directional transmitter scans or spins its signal like a lighthouse at a fixed rate. When the directional transmitter is facing north, an Omni-directional transmitter pulses. An aircraft can get readings from two VORs, and locate its position at the intersection of the two beams. Radio direction-finding is the oldest form of radio navigation. Before 1960 navigators used movable loop antennas to locate industrial AM stations near cities. In some cases they used marine radiolocation beacons, which share a range of frequencies just above AM radio with amateur radio operators. GPS i.e. Global Positioning System is in use from past decade. Vehicles using navigation with the help of GPS. GPS is being installed in recent luxury cars and in many business class vehicles. It relies on high frequency radio signals from satellites in space. Vehicles having GPS navigation systems can travel in some situations where they may lose the signal for some time. It usually provides accurate navigation information. The companies that provide the Navigation systems in India are: Map My India Nokia OVI maps Garmin GPS systems. Radar (Radio Detection and Ranging) Radar detects things at a distance by bouncing back radio waves from them. The delay caused by the echo measures the distance. The direction of the beam determines the direction of the reflection. The polarization and frequency of the return can sense the type of surface. Navigational radars scan a wide 2 to 4 times per minute. They use very short waves that reflect back from earth and even stone. They are common on commercial ships and long-distance commercial aircraft. General purpose radars generally use navigational radar frequencies, however modulate and polarize the pulse so that the receiver can decide the type of surface of the reflector. The best general-purpose radars distinguish the rain of heavy storms, as well as land and vehicles. Some can superimpose sonar data and map data fromGPS  position. Search radars scan a wide area with pulses of short radio waves. They usually scan the area 2 to 4 times a minute. Sometimes search radars use the  Doppler Effect  to separate moving vehicles from confusion. Targeting radars use the same principle as search radar but scan a much smaller area. Weather radars resemble search radars, however use radio waves with circular polarization and a wavelength to reflect from water droplets. Some weather radar use the  Doppler  to measure wind speeds. This is how radar screen looks Emergency services Emergency position-indicating rescue beacons (EPIRBs),  emergency locating transmitters or  personal locator beacons are small radio transmitters that satellites can use to locate a person or vehicle need rescue. Their purpose is to help and free people in the first day, when survival is possible. Data (digital radio) Pioneers such as Marconi used the oldest form of digital broadcast which was Spark Gap Telegraphy. The operator could send messages in Morse coding just by reviving a rotating communicating spark gap b pressing the key. Simple spark gap generates a hiss when rotating commutator generates a tone in the receiver, same from the static. Spark gap transmitters are now banned because their transmissions span is several hundred MHz which is a waste of both radio frequencies and power. Its just inefficient and uneconomical. The next progress is to use continuous wave telegraphy (CW) in which pure radio frequency is produced by a vacuum tube electronic oscillator which is switch on and off by a key. A receiver having a local oscillator will heterodyne with pure radio frequency creating a whistle like audio tone. Less than 100Hz of bandwidth is used by CW. Amateur radio operators still use CW. On-off keying of a carrier should be known as Interrupted Continuous Wave or ICW. Radio teletypes usually run on short-wave (HF) and are much acceptable by the military since they generate written information with no skilled operator. They convey a bit as one of two tones. Groups of five or seven bits turn into a character printed by a teletype. From about 1925 to 1975, radio teletype was how on the whole commercial messages were sent to less industrial countries. These are still used by the military and weather services. Aircraft use a 1200 Band radio teletype service over VHF to send their ID, altitude and position, and get gate and connecting-flight data. Microwave dishes on satellites, telephone exchanges and TV stations frequently use  quadrature amplitude modulation  (QAM). QAM sends data by altering both the phase and the amplitude of the radio signal. Engineers like QAM because it packs the most bits into a radio signal. Usually the bits are sent in frames that repeat. A special bit pattern is used to position the beginning of a frame. Systems that need consistency or which allocate their frequency with other services may use corrected orthogonal frequency-division multiplexing or  COFDM. COFDM breaks a digital signal into countless several hundred slower sub-channels. The digital signal is frequently sent as QAM on the sub-channels. Modern COFDM systems use a small computer to make and decode the signal with  digital signal processing, which is more flexible and far less expensive than older systems that implemented separate electronic channels. COFDM resists fading and ghosting because the narrow-channel QAM signals can be sent bit by bit. An adaptive system or one that sends error-correction codes can also defy interference, because most interference can change only a few of the QAM channels. COFDM is used for  Wi-Fi, some  cell phones,  Digital Radio Mondiale,  Eureka 147, and many other local area network, digital TV and radio standards. Most new radio systems are digital, Digital  Satellite Radio,  Digital Audio Broadcasting. Heating Radio-frequency energy generated for heating of objects is generally not intended to radiate outside of the generating equipment, to prevent interference with other radio signals. For heating food and other eatables, microwave ovens use strong radio waves. It is a general misconception that the radio waves are tuned to the resonant frequency of water molecules. The microwave frequencies used are actually about a factor of 10 below the resonant frequency. Diathermy  equipment is used in surgery for sealing of blood vessels. Induction  furnaces are used for melting metal for  casting. Mechanical Force Tractor beams: There is a small electrostatic and magnetic force being exerted by radio waves which is enough for the performance of station-keeping in microgravity environment. Spacecraft propulsion: Propulsion method for an interstellar probe called Starwisp is proposed with the help of powerful radio waves which has a radiation pressure. Since the radio waves are long so the probe could be very light weighted metal mesh and hence it attains high accelerations. Other Amateur radio  is a pastime where enthusiasts who purchase or build their own equipment and use radio for their own enjoyment. They may also provide an emergency and public-service radio service. This can be of large use, saving lives in many instances. Radio amateurs are able to use frequencies in a big number of finebands all over the radio spectrum. Radio amateurs use all forms of programming including outdated and new ones. Several forms of radio were pioneered by radio amateurs and afterwards became commercially significant including FM, SSBAM, and digital packet radio and satellite repeaters. Individual radio services such as  Citizens Band Radio,  Family Radio Service,  Multi-Use Radio Service  and others offer simple, short range message for persons and small groups without the simplicity of licensing. Wireless energy transfer: Many schemes have been proposed which transmits power using microwaves and its techniques have been confirmed.These schemes consist ofsolar power  stations  in orbit beaming energy down to worldwide users. Radio remote control: Radio waves are used to transmit data to remote point as is done in some early forms of guided missile, TV remotes and a range of model boats, cars and airplanes. Remote controlled equipments which are used in large industries mostly use digital radio techniques for safety purposes and reliability. Such equipments are cranes and switching locomotives. Conclusion: From the one-way communication analog communication has now reached to two-way communication. From wired system to wireless communication. With the help of analog system one can find direction easily. It helps in spacecraft propulsion. Analog systems are inexpensive in many cases. It uses less bandwidth. Accuracy of analog systems is more. As the world is leaving from Wires to Wireless, The technology and swiftness or speed of wireless communication is also going leaps and bounds. The wired set-up often goes too crowded and offers obstruction to mobility needs of the users i.e. the wired system is not portable. If at all it is then it is very complicated. With wired Networks, although security characteristics and speed are however not matched by the wired networks, nevertheless the incapability to being flexible is what causes the wireless mediums to gain additional public awareness. Analog communication plays a vital role in our day to day life. It is used in many fields today and is growing each day. Its multi-tasking made the work easier. Just by changing the frequency range, it can be used differently. With the help of analog signals, the boom of communications is rising.

The Farm Essay -- Personal Narrative Writing

The Farm In the summer, the creek bubbles and the leaves are in bloom. In the winter that same creek is frozen and everything around it is blank and barren. The memories for me in this part of the world are unforgettable, even though some are happier than others. I can still remember a particular dreadful event on the farm like it was yesterday. I was walking through the house on a hot summer day. I dare not go outside because I knew I'd die of heat exhaustion. In the house alone were my sister and I. My mother had run into town to do some errands, and my dad was out on the farm doing some chores. The phone rang and I casually picked it up. It was my dad. â€Å"Adam,† he said, sort of anxiously, â€Å"I need you to come down the lane and give me a hand.† My sister was listening in on the conversation as usual, and my Dad dared not to give me any specifics because he knew of this. As I apathetically told him yes, I went on to the porch, grabbed some shoes and wondered what on earth he could possibly need help with. I stepped outside and the burning sun immediately attacked me. I had no doubt that if my Dad needed a hand with some hard work it would be dreadful. Just two weeks earlier he needed me to help him put some barbed wire on some fence posts. It was an awful job, and may have been the worst two hours of my life. I had helped my Dad on the farm throughout my childhood, and I knew by the particularly terrible jobs I had to help him with before, that I should always fear when he asked for help. I hopped into my steaming hot truck and started back down the lane. As I drove down further back, I remembered the terrifying tornado that had struck our house, and had ripped an entire line of trees out of the ... ...m high school here. I had also spent times playing make-believe with my brother during my elementary years. I had even gone as far as attempting to raft down the little flooded creek. What a great place, how could I ever forget it? We dug a hole right under some old, dried up looking trees. We threw her down about three feet and buried her. The one animal that had been important throughout my entire childhood was now gone. The one place that was important my whole childhood, I was about to leave. The trees, the grass, the creek and the lane, so important, yet it was time to leave them. As I had left Patch, I had left the farm. I haven’t been on the farm behind my house for the two years since Patch’s death. I guess it was time for me to grow up. I miss my dog, and I miss being young. But life goes in circles, and it’s always time to start anew.

The Genus Homo

The increase in brain size and decrease in jaw and tooth size are associated with the first appearance of the genus Homo; the archeological evidence of a shift in subsistence patterns is often assumed to be associated with behaviors unique to Homo, although this point remains to be definitely demonstrated. The taxonomic interpretation of early Homo fossils were considered contentious when they were first found, and in many ways it remains so today.The first discoveries of early Homo fossils were made at Olduvai Gorge, not long after Mary Leakey had found Zinj (now Australopithecus boisei) and Louis Leakey pronounced it to be the maker of gorge’s stone tools. Between 1960 and 1963, a series of fossils was uncovered close to the Zinj site, including hand and foot bones, a lower jaw, and parts of the top of the cranium (Wilford, 2007).There are very strict rules of convention that must be followed when a scientist names a new species of an existing genus. These involve a careful description of the new specimen to show how the animal fits in with the definition of the genus (in this case Homo) and how it differs from other closely related species. The naming of a new species of hominid has always been likely to touch off a good deal of lively discussion within the profession, so Leakey was certainly guaranteed that much. But the fact that at the same time he had to adjust the definition of the genus Homo in order to accommodate his new species transformed what might have been properly scholarly jousting into near outrage.Previous diagnoses of Homo had focused on the so-called cerebral rubicon: a hominid had to exceed brain size in order to be judged worthy of full manhood. The trouble was that different authorities put the threshold at different levels.The diagnosis offered by Leakey and his colleagues was more comprehensive, and included habitual bipedal posture and gait, a precision grip, and a brain capacity much smaller than previously proposed (Line, 20 05; Wilford, 2007).References:Line, P. (2005). Fossil Evidence for Alleged Apemen – Part 1: The Genus Homo [Electronic Version]. Creation Ministries International. Retrieved October 1, 2007 from http://www.creationontheweb.com/content/view/4450/.Wilford, J. N. (2007). Lost in a Million – Year Gap, Solid Clues to Human Origins [Electronic Version]. The New York Times. Retrieved October 1, 2007 from http://www.nytimes.com/2007/09/18/science/18evol.html?_r=1&ref=science&oref=slogin.

A Business Trip to Chile Essay

Excited about visiting a South American country for the first time, I started my journey to Santiago De Chile from Miami on March 2nd, 2012. To start with, I was skeptical about the quality of a Chile based airline. But, I was amazed by the excellent service provided by LAN airlines. My perception about a Chilean company changed then and there. Also, prior to my flight I doubted whether the officials in the flight will understand English (even though we were assured by the Professor that there wouldn’t be language problems during the travel) and my doubts didn’t fructify. In fact, the quality of the food given to us in the plane set up a high expectation for my one-week long stay at Santiago. Day One After watching the Pirates of the Caribbean – At World’s end, a movie which I have been craving to watch for a long time, and a couple of hours of pleasant flight, we landed in Santiago on time. As soon as the automatic door swung open letting me in to the airport, I noticed a group of people standing before a counter that was used to collect a reciprocity fee. The notice board before the counter showed â€Å"US – $140†. As I didn’t fully understand what a reciprocity fee is and since I was coming in to the country from US, I stood at the back of a very short line counting my $140. When my turn came, I was pleasantly surprised to find out that it applies only to US Citizens and that it is a one-time charge only for the life of the passport. I wondered what the reciprocity fees was and later found out that this was the amount the US charges Chileans entering the country. For that reason, the fees are referred to as â€Å"reciprocity†. After a little research, I found that out of the countries in South America, five of them charge a fee: Argentina, Bolivia, Brazil, Chile and Paraguay. The fees charged are in direct relation to what the home country of the passenger charges residents of the country you are visiting. The fees look like a good source of revenue for these countries. I reached the Atton El Bosque hotel by hiring a taxi from the airport after a little struggle to explain the hotel name and location to the taxi driver. After resting for a while, and after a brief orientation meeting, we started a City Tour. The tour guide who accompanied us was very knowledgeable about the history and culture of Chile. It was a pleasure to see the La Moneda Presidential Palace and was interesting to learn about the history of the palace. Construction of the La Moneda started in 1784 and was constructed to be the country’s official mint, hence the name which translates to The Mint. A wiki entry shows that coins were minted from 1814 to 1929. And, in 1845 the palace became the residence of the president. I learnt an important history of Chile that day about the Chileans having a different 911 to remember about and that was about the military coup d’etat on September 11, 1973. The then Commander-in-chief Augusto Pinochet led the coup against the President Salvador Allende. Despite the air raids and ground attacks on the palace, the President vowed to stay in the presidential palace and rejected the military’s ultimatum to step down. Eventually the President killed himself (although this is questionable and still under scrutiny). The tour guide explained this really well to the group and pointed to a closed door, which was guarded by a uniformed officer, mentioning that the dead body of the president was taken out through this door. After finishing the tour around the palace, we had a stop at Los Dominicos for some artisan shopping and then the first day of the trip officially ended. Later for dinner, we went to a place nearby the hotel and the service was not so good. So we decided to tip him lesser than the 10%. But to our surprise, the waiter stood there demanding for the remaining tip. We didn’t know if it was a Chile culture to tip 10% mandatorily. Later I found out that the livelihood of most of the waiters depends on tips. They may get a minimum salary but it is barely enough to cover transportation. But according to me, the financial dependence on tips doesn’t necessarily mean the waiters/waitresses deserve to get tips for a lousy service. Thus, day one ended with some important lessons learnt about the history and culture of Chile. Throughout the trip we were informed of the importance of the copper industry to the economy of Chile. Day Two We started early on day two for a two hour long trip to the port city of Valparaiso. En route to Valparaiso, the second largest city of Chile, we stopped at a place to refresh ourselves and we saw some Llamas at the back of the store. It was the first time I saw a Llama. Later on a casual talk to one of the hotel staff, I learnt that during the Spanish conquest the Llamas was primarily used to bring down ore from the mines that were atop mountains. But then the introduction of horses and donkeys diminished the importance of Llama as a beast of burden. And, that they are primarily used as a source of food and fiber now. The first thing that came to our attention in Valparaiso was the National Congress of Chile. Our tour guide pointed out that Pinochet shifted the congress from downtown Santiago to Valparaiso. The Chile government, like the USA, has a bicameral legislature. The legislature is made up of the Chamber of Deputies, which is the lower house, and the Senate. Also, we saw the Valparaiso market through the windows of the bus and the guide mentioned that you will get all sorts of stuff (even used goods) at cheap prices in that market. Chile has two Nobel Prize winners and both awards were in the fields of Literature. Our tour itinerary indicated a visit to the house of one of the Nobel laureates, Pablo Neruda. I wondered whether there will be anything interesting to see at a house of a poet. Again, my perceptions turned out to be wrong after entering the house and after listening to the narrations (in English! ) through an audio guide. I liked the way Pablo named everything in his house. And, the view of the port from his window was stunning. Then we trekked down the streets of Valparaiso and walked by the beautiful houses. The guide showed us certain parts of the town overlooking the port that were occupied mainly by the English and a church which had service in German. Later we took a short ride on a funicular, which was used to take the residents up and down the steep hill sides of Valparaiso. The funiculars are now operated just for tourism purpose as the cheap fee that was being charged previously for routine use was not profitable for the operators. Anyhow, it was interesting to ride on a historic means of transport. From there, we proceeded to have lunch at a wonderful restaurant overlooking the sea. The founder of La Bicicleta Verde greeted us during lunch and gave us an introduction to his business. His company, which gives a bicycle tour of the city, was founded with a local partner and through InnovaChile, CORFO, which is the executing agency of government policies in the field of entrepreneurship and innovation. His insights about doing business in Chile were really thought provoking and his discussions revealed the support from the government for such innovations. After that, we took some time off walking along the beach and under the bright sun and then returned to the otel. The second day too was filled with lessons about the culture, business in Chile and about the wonderful poet, Pablo Neruda. Day Three On the third day, we visited the Adolfo Ibanez University that was atop the scenic San Ramon Hill. The University was away from the city and the tour guide told us that many poor people live near that college. Thus, students have been skeptical of travelling to the college as there have been many incidents of robbery. Anyhow, we reached the University from where we could see the whole of Santiago from the hills. There, we attended a lecture from Guillermo Paraje, one of the eminent professors of the University, about the Latin American Economies. The lecture started off with the information that the Latin American countries were only mildly affected by the economic crisis going on around the world. Also, the unemployment rate has been going down along with an increase in the average wage. Most importantly, the increasing price of copper has boosted the growth rate of the Chile economy. The Professor took pride in mentioning that Chile is the first South American country to be an OECD member. One important point that the professor touched upon was the low productivity of labor. He compared the productivity of Korea and Brazil and his graphs showed that Korean has been growing its productivity rate at 4. 7% whereas Brazil has been growing only at 0. 1%. This trend was seen throughout the Latin American countries and is a growing area of concern. Also, the Latin American countries were lagging behind in the service sector. Moreover, there seems to be an increasing gap between the rich and poor. He raised an important point about Chile (or Latin American countries) remaining as a producer of raw materials alone. That is, he mentioned Chile is the leading exporter of copper but it is not a good producer of finished goods based out of copper. This, according to the Professor, should be the long term strategy of all Latin American countries. A casual talk with the Professor after the lecture revealed that Chile is not investing much in renewable and nuclear energy. A recent proposal to invest in nuclear energy was rejected by the Government citing safety issues, especially after the incident in Japan. Being a growing country, Chile could encourage more people to invest in renewable energy. After that, we toured in and around the University and then returned to the bus to be greeted by our smiling bus driver who always referred to us as â€Å"Macho, macho†. Later in the day, we had a presentation about Flora & Fauna Chile Ltda. (Ltda. stands for limitada for limited companies). The mining industries cause a lot of environmental issues and the activities around the mining have an impact on the wildlife around the region. The company does a wonderful job in minimizing the impact to the habitat. The government made it mandatory for these mining companies to get the advice of Flora and Fauna. I was happy to learn that the government is actually interested in preserving the habitat of the various regions and they were assisted by this wonderful set of people who work for Flora and Fauna. Then, we had a presentation from the Managing Director of Banco Santander. The Banco Santander is the leading bank in Latin America. He gave as some good insights about the financial system in Chile and told us that the financial system of Chile ranks among the best in South America. Also, Mr. Martin Perez, described the Pension System of Chile. A reform in late 1980 replaced the pay-as-you go regime with a fully-funded pension system. The third day was filled with lessons about the economics and financial systems of Chile. Day Four The next day, we visited the Frito-Lay, which was located in Cerrillos. The manager of the plant addressed us with some information about the plant. In Latin America, Frito-Lay has 6 production sites and the Cerrillos plant was bought in 2008. One of the slides of the presentation showed a growth rate of around 8% in the volume of sales and a 15% increase in revenue since the inception of the plant. Another graph illustrated a volume of the salty snacks portfolio of Frito-Lay despite having no new line in the site. The manager mentioned the increase was because of an improvement in the efficiency of the site. The manager takes pride in the fact that they have a world-class site in terms of efficiency, service and sustainability. For instance, the plant includes a series of photovoltaic panels on top of the factory that produces around 12KW of electricity. Interestingly, the plant has reduced its water and energy consumption significantly. Also, the future plans for the site includes a reuse of 100% of the wasted water. Once the presentation was done, the manager took us around the factory and showed us the various lines and packaging units. Along the way, he told us that the potatoes are grown under controlled conditions and that it is not the same as the ones used for domestic consumption. On inquiring about some froth lying on the ground, the manager told me that it was the result of an experiment to re-use the starch produced from the potatoes. This was really surprising. Apart from being very sustainable, the company was trying to innovate in various ways. Finally, on inquiring about the software system used in the plant, the manager informed me that they are going to switch to SAP in few months. The plant was going all the way to become very efficient. It was very impressive. After a delicious lunch, we visited CORFO Chile for an introduction to Start Up Chile. This was the most interesting site visit for me. The Start Up Chile is one of the best incubator programs designed to attract entrepreneurs from across the world. It was started by the Chilean Government to convert Chile into an innovation and entrepreneurial hub of Latin America. We were presented with the ways in which an entrepreneur is selected for the program. Apparently, an expert team, including eminent people from USA, selects the best among the applicants. It was also interesting to know that the program has attracted people from India and China and that too, with minimal advertisements in those areas. Through the Start Up Chile program, entrepreneurs work on their projects at Chile and are reimbursed up to $40,000 in cash. During 2011-2012, the program has attracted people from diverse industries including IT, e-Commerce, Energy, Cleantech, etc. The basic idea is to boost the confidence of the local entrepreneurs by sending a message that Chile supports such innovations. The incoming people are also required to earn around 4000 points to successfully complete the program. They earn points in various ways, including giving seminars to local universities and thus, they add value to Chile. I believe this is an amazing idea to boost the economy of a country which is presently dependent on only exports of raw materials. They are building a future which is not necessarily dependent on the export industry and thereby, Chile is on track to building a sustainable future. Day Five We visited the factory of Agricom, suppliers of fresh fruits, on the second last day of our tour. Not surprisingly, the USA is the biggest market for avocados, which are exported from this facility. The company also offers other fruits such as: Grapes, Drupes, Oranges, Apples, etc. Also, Agricom generates more than 2000 jobs for the Chilean labor market. Europe is also an important market for Agricom. As future plans, Agricom is planning to invest in walnuts. The factory visit was very informative and we could feel the urgency with which the workers go on with the various activities. The urgency can be directly attributed to the freshness factor of the fruits. Then, we visited Kross, a microbrewery factory. The founder welcomed us and took the pain in explaining to us the whole process of brewing the beer. On asking whether the recipe can be easily replicated, Mr. Asbjorn explained that he can write down the recipe and give it to me but, it will be very difficult to replicate the same taste as he has the right equipment. He also mentioned that it is not a good business sense to copy another beer. I felt it was a valid point and I learnt an interesting lesson. We, then, had an amazing barbeque lunch at a picturesque building at Vina Mar, which is a famous vineyard in Chile. Later, we visited another wine factory called the Vina Quintay and the Commercial Manager of the company guided us through some wine tasting. Day Six On the final day of the trip, we had the most important topic as presentation – Mining in Chile by a senior official from Kinross, a Canadian gold company. Starting up with some basic facts about Chile, the Vice President informed us that the corruption in Chile is really low and doing business in Chile is very easy. He goes on to say that 28% of the world’s copper reserves are in Chile and that Chile’s economy is heavily dependent on mining. The mining, he said, is concentrated in the northern parts of the country. The work force in Chile is well trained for the mining business and thus makes this an important factor for investing in the mining industry. Chile is the world’s largest producer in copper. They also produce gold and Chile is the 13th largest producer. Interestingly, Chile is the largest producer of Lithium and the fifth largest producer of Silver. The mining industry contributes to 22% of the GDP and 60% of the exports. The mining industry directly employs around 70,000 people and indirectly employs more than 300,000. The Vice President goes on to say more on the challenges faced by the mining industry which includes the dwindling capacity of water, increasing demand for energy, increasing demand for specialized labor and so on. The trip ended on day six after the Kinross presentation. Departure Thus, I prepared to leave Chile after a wonderful trip with wonderful people. I probably learnt a lot of things about Chile in this short trip than I would have learnt if I had read through a book about Chile. I learnt a lot about the economics, the importance of the mining industry, the rich history and culture of Chile, the stable financial system, etc. Experiencing the culture was really important and if I start a business I would definitely look at Chile as the first option. Final lesson: if you pay your room rent and other expenses at the hotel with US Dollars you don’t have to pay sales tax.