umarzein/databricks-dolly-15k-en huggingface dataset:
Question: Given a reference text about True Corporation Public Company Limited, tell me what country it's in and how it was formed.
Context: True Corporation Public Company Limited (TRUE) (Formerly: True Corporation Public Company Limited and Total Access Communication Public Company Limited) is a communications conglomerate in Thailand. It is a joint venture between Charoen Pokphand Group and Telenor, formed by the merger between the original True Corporation and DTAC in the form of equal partnership to create a new telecommunications company that can fully meet the needs of the digital age. True controls Thailand's largest cable TV provider, TrueVisions,[3] Thailand's largest internet service provider True Online,[citation needed] Thailand's largest mobile operators, TrueMove H and DTAC TriNet, which is second and third only to AIS.[4] and entertainment media including television, internet, online games, and mobile phones under the True Digital brand. As of August 2014, True, along with True Telecommunications Growth Infrastructure Fund, had a combined market capitalization of US$10 billion.[citation needed] TrueMove is also a partner of Vodafone Group.[5] Charoen Pokphand Group and Telenor hold equal ownership of 30% of True's shares as of March 2023.[6] It operates fixed-line (as a concessionaire of NT (formerly known as TOT)), wireless, cable TV, IPTV and broadband services.
Answer: True Corporation Public Company Limited is located in Thailand and was formed by the original True Corporation merging with DTAC.
Question: Which countries besides the five recognized Nuclear Weapons States have acquired, or are presumed to have acquired, nuclear weapons?
Context: Nuclear proliferation is the spread of nuclear weapons, fissionable material, and weapons-applicable nuclear technology and information to nations not recognized as "Nuclear Weapon States" by the Treaty on the Non-Proliferation of Nuclear Weapons, commonly known as the Non-Proliferation Treaty or NPT. Proliferation has been opposed by many nations with and without nuclear weapons, as governments fear that more countries with nuclear weapons will increase the possibility of nuclear warfare (up to and including the so-called countervalue targeting of civilians with nuclear weapons), de-stabilize international or regional relations, or infringe upon the national sovereignty of nation states.

Four countries besides the five recognized Nuclear Weapons States have acquired, or are presumed to have acquired, nuclear weapons: India, Pakistan, North Korea, and Israel. None of these four is a party to the NPT, although North Korea acceded to the NPT in 1985, then withdrew in 2003 and conducted its first nuclear test in 2006.[1] One critique of the NPT is that the treaty is discriminatory in the sense that only those countries that tested nuclear weapons before 1968 are recognized as nuclear weapon states while all other states are treated as non-nuclear-weapon states who can only join the treaty if they forswear nuclear weapons.[2]

Research into the development of nuclear weapons was initially undertaken during World War II by the United States (in cooperation with the United Kingdom and Canada), Germany, Japan, and the USSR. The United States was the first and is the only country to have used a nuclear weapon in war, when it used two bombs against Japan in August 1945. After surrendering to end the war, Germany and Japan ceased to be involved in any nuclear weapon research. In August 1949, the USSR tested a nuclear weapon, becoming the second country to detonate a nuclear bomb.[3] The United Kingdom first tested a nuclear weapon in October 1952. France first tested a nuclear weapon in 1960. The People's Republic of China detonated a nuclear weapon in 1964. India conducted its first nuclear test in 1974, which prompted Pakistan to develop its own nuclear program and, when India conducted a second series of nuclear tests in 1998, Pakistan followed with a series of tests of its own. In 2006, North Korea conducted its first nuclear test.
Answer: India, Pakistan, North Korea, and Israel.
Question: If it's called "free" climbing, why do climbers use gear to climb?
Context: Free climbing has been called "rock climbing's most commonly mistaken term", with problems including:[10]

Incorrectly assuming that "free climbing" always means solo climbing, i.e. that you must always be alone and without any partner. Free climbing in traditional climbing and sport climbing uses a supporting belayer.[10]
Incorrectly assuming that "free climbing" always means free soloing, i.e. that you must never use any climbing protection equipment. Free climbing in traditional climbing and sport climbing uses climbing protection (but not to aid progression).[10]
Incorrectly assuming that "free climbing" always means onsighting or flashing, i.e. that you must always climb the route first try. Free climbing in traditional climbing and sport climbing also uses the redpoint as a definition of a first free ascent.[10]
Answer: Free climbing refers to a form of rock climbing in which the climber ascends without the use of gear to aid progression. It is a common misunderstanding that free climbing means climbing with no protective gear. Both sport and traditional climbing make use of protective gear to prevent injury and death, and are both considered free climbing. This is in contrast to free solo climbing, another form of free climbing in which the climber uses no protective gear.
Question: Where is Przystań?
Context: Przystań [ˈpʂɨstaɲ] (German: Pristanien, from 1938-45 Passdorf) is a village in the administrative district of Gmina Węgorzewo, within Węgorzewo County, Warmian-Masurian Voivodeship, in northern Poland, close to the border with the Kaliningrad Oblast of Russia.[1] It lies approximately 8 kilometres (5 mi) west of Węgorzewo and 89 km (55 mi) north-east of the regional capital Olsztyn.

The village has a population of 80.
Answer: Przystań is a small village in Poland close to the Russia border. It has a population of 80
Question: What is photosynthesis?
Context: Photosynthesis is a process used by plants and other organisms to convert light energy into chemical energy that, through cellular respiration, can later be released to fuel the organism's activities. Some of this chemical energy is stored in carbohydrate molecules, such as sugars and starches, which are synthesized from carbon dioxide and water – hence the name photosynthesis, from the Greek phōs (φῶς), "light", and synthesis (σύνθεσις), "putting together".[1][2][3] Most plants, algae, and cyanobacteria perform photosynthesis; such organisms are called photoautotrophs. Photosynthesis is largely responsible for producing and maintaining the oxygen content of the Earth's atmosphere, and supplies most of the energy necessary for life on Earth.[4]

Although photosynthesis is performed differently by different species, the process always begins when energy from light is absorbed by proteins called reaction centers that contain green chlorophyll (and other colored) pigments/chromophores. In plants, these proteins are held inside organelles called chloroplasts, which are most abundant in leaf cells, while in bacteria they are embedded in the plasma membrane. In these light-dependent reactions, some energy is used to strip electrons from suitable substances, such as water, producing oxygen gas. The hydrogen freed by the splitting of water is used in the creation of two further compounds that serve as short-term stores of energy, enabling its transfer to drive other reactions: these compounds are reduced nicotinamide adenine dinucleotide phosphate (NADPH) and adenosine triphosphate (ATP), the "energy currency" of cells.
Answer: Photosynthesis is
- a process used by plants and other organisms to convert light energy into chemical energy 
- a word derived from the Greek phōs (φῶς), "light", and synthesis (σύνθεσις), "putting together"
- a process that always begins when energy from light is absorbed by proteins called reaction centers
- performed differently by different species
- largely responsible for producing and maintaining the oxygen content of the Earth's atmosphere
Question: From the passage provided, extract list of language drivers for Cassandra. Separate them with a comma.
Context: Cassandra introduced the Cassandra Query Language (CQL). CQL is a simple interface for accessing Cassandra, as an alternative to the traditional Structured Query Language (SQL). CQL adds an abstraction layer that hides implementation details of this structure and provides native syntaxes for collections and other common encodings. Language drivers are available for Java (JDBC), Python (DBAPI2), Node.JS (Datastax), Go (gocql) and C++.[21]

The keyspace in Cassandra is a namespace that defines data replication across nodes. Therefore, replication is defined at the keyspace level. Below an example of keyspace creation, including a column family in CQL 3.0:[22]
Answer: Java (JDBC), Python (DBAPI2), Node.JS (Datastax), Go (gocql), C++
Question: Extract the names of the works of Michael Daugherty from the text. Separate them with a comma.
Context: Michael Kevin Daugherty (born April 28, 1954) is an American composer, pianist, and teacher. He is influenced by popular culture, Romanticism, and Postmodernism. Daugherty's notable works include his Superman comic book-inspired Metropolis Symphony for Orchestra (1988–93), Dead Elvis for Solo Bassoon and Chamber Ensemble (1993), Jackie O (1997), Niagara Falls for Symphonic Band (1997), UFO for Solo Percussion and Orchestra (1999) and for Symphonic Band (2000), Bells for Stokowski from Philadelphia Stories for Orchestra (2001) and for Symphonic Band (2002), Fire and Blood for Solo Violin and Orchestra (2003) inspired by Diego Rivera and Frida Kahlo, Time Machine for Three Conductors and Orchestra (2003), Ghost Ranch for Orchestra (2005), Deus ex Machina for Piano and Orchestra (2007),[1] Labyrinth of Love for Soprano and Chamber Winds (2012), American Gothic for Orchestra (2013), and Tales of Hemingway for Cello and Orchestra (2015). Daugherty has been described by The Times (London) as "a master icon maker" with a "maverick imagination, fearless structural sense and meticulous ear."[2]

Currently, Daugherty is Professor of Composition at the University of Michigan School of Music, Theatre & Dance in Ann Arbor, Michigan.[3] Michael Daugherty's music is published by Peermusic Classical, Boosey & Hawkes, and since 2010, Michael Daugherty Music/Bill Holab Music.[4]
Answer: Metropolis Symphony, Dead Elvis , Jackie O, Niagara Falls, UFO, Bells for Stokowski, Fire and Blood, Time Machine, Ghost Ranch, Deus ex Machina, Labyrinth of Love, American Gothic, Tales of Hemingway
Question: What is Artisanal Mining?
Context: An artisanal miner or small-scale miner (ASM) is a subsistence miner who is not officially employed by a mining company, but works independently, mining minerals using their own resources, usually by hand.[1]

Small-scale mining includes enterprises or individuals that employ workers for mining, but generally still using manually-intensive methods, working with hand tools.

ASM is an important socio-economic sector for the rural poor in many developing nations, many of whom have few other options for supporting their families. Over 90% of the world's mining workforce are ASM. There are an estimated 40.5 million men, women and children directly engaged in ASM, from over 80 countries in the global south. 20% of the global gold supply is produced by the ASM sector, as well as 80% of the global gemstone and 20% of global diamond supply, and 25% of global tin production.[3] More than 150 million depend on ASM for their livelihood. 70 - 80% of small-scale miners are informal, and approximately 30% are women, although this ranges in certain countries and commodities from 5% to 80%.[4]

ASM is an important socio-economic sector for the rural poor in many developing nations, many of whom have few other options for supporting their families. Over 90% of the world's mining workforce are ASM. There are an estimated 40.5 million men, women and children directly engaged in ASM, from over 80 countries in the global south. 20% of the global gold supply is produced by the ASM sector, as well as 80% of the global gemstone and 20% of global diamond supply, and 25% of global tin production.[3] More than 150 million depend on ASM for their livelihood. 70 - 80% of small-scale miners are informal, and approximately 30% are women, although this ranges in certain countries and commodities from 5% to 80%.[4]
Answer: Artisanal Mining is a done by miners who are not officially employed by a mining company, but works independently, mining minerals using their own resources, often by hand.  Artisanal Mining is an important socio-economic sector for the rural poor in many developing nations, many of whom have few other options for supporting their families.   Over 90% of the world's mining workforce are Artisanal miners.
Question: Extract all the different ways to describe dolls from these passages
Context: Ruth Handler watched her daughter Barbara play with paper dolls, and noticed that she often enjoyed giving them adult roles. At the time, most children's toy dolls were representations of infants. Realizing that there could be a gap in the market, Handler suggested the idea of an adult-bodied doll to her husband Elliot, a co-founder of the Mattel toy company. He was unenthusiastic about the idea, as were Mattel's directors.[9]

During a trip to Europe in 1956 with her children Barbara and Kenneth, Ruth Handler came across a German toy doll called Bild Lilli.[10] The adult-figured doll was exactly what Handler had in mind, so she purchased three of them. She gave one to her daughter and took the others back to Mattel. The Lilli doll was based on a popular character appearing in a comic strip drawn by Reinhard Beuthin for the newspaper Bild. Lilli was a blonde bombshell, a working girl who knew what she wanted and was not above using men to get it. The Lilli doll was first sold in Germany in 1955, and although it was initially sold to adults, it became popular with children who enjoyed dressing her up in outfits that were available separately.[11]
Answer: paper dolls, infants, adult-bodied doll, adult-figured doll
Question: What is Ancient Girl's Frame
Context: Ancient Girl's Frame (Japanese: 闘神機ジーズフレーム, Hepburn: Tōshinki Jīzu Furēmu) is a Japanese-Chinese original net animation series which aired in Chinese on streaming platforms from October 11 to December 27, 2021, and on Japanese television on Tokyo MX the following day.[1] The series is licensed in North America by Funimation.[2]
Answer: Ancient Girl's Frame (Japanese: 闘神機ジーズフレーム, Hepburn: Tōshinki Jīzu Furēmu) is a Japanese-Chinese original net animation series which aired in Chinese on streaming platforms from October 11 to December 27, 2021, and on Japanese television on Tokyo MX the following day.[1] The series is licensed in North America by Funimation.
Question: Who is Robert Mitchum?
Context: Robert Mitchum (1917–1997) was an American actor who appeared in over 110 films and television series over the course of his career. He is ranked 23rd on the American Film Institute's list of the 50 greatest American screen legends of all time.[1] His first credited named role was as Quinn in the 1943 western Border Patrol. That same year he appeared in the films Follow the Band, Beyond the Last Frontier, Cry 'Havoc' and Gung Ho! as well as several Hopalong Cassidy films including Colt Comrades, Bar 20, False Colors, and Riders of the Deadline. In 1944, he starred in the western Nevada as Jim "Nevada" Lacy, and a year later in the film West of the Pecos as Pecos Smith. During the 1940s, he was also cast in the film noirs Undercurrent (1946), Crossfire (1947), Out of the Past (1947) and The Big Steal (1949). Mitchum was nominated for the Academy Award for Best Supporting Actor for his role as a world-weary soldier in the 1945 film The Story of G.I. Joe, which received critical acclaim and was a commercial success.[2][3]
Answer: Robert Mitchum was a prolific American actor, appearing in over 110 films and television shows.  He was an Academy Award nominee and his primary film genre was Western.
Question: What is the economy size of Tamil Nadu?
Context: As the most urbanised state of India, Tamil Nadu boasts an economy with gross state domestic product (GSDP) of ₹24.85 lakh crore (US$310 billion), marking the second-largest economy amongst the 28 states of India. It has the country's 9th-highest GSDP per capita of ₹225,106 (US$2,800),[7] and ranks 11th in human development index.[5] Tamil Nadu is also one of the most industrialised states, with the manufacturing sector accounting for more than one-third of the state's GDP.[8] Home to a number of ancient relics, historic buildings, religious pilgrimage spots, hill stations, forts, and three World Heritage Sites, Tamil Nadu's tourism industry is the largest among the Indian states. 15% of Tamil Nadu's forests are protected areas, hosting diverse wildlife. The Tamil film industry, nicknamed as Kollywood, plays an influential role in the state's popular culture.
Answer: Tamil Nadu is one of the most industrialized and second-largest economy among all states in India with gross state domestic product (GSDP) of US$310 billion.
Question: Please summarize following information about Maria Astashkina.
Context: Maria Astashkina (Russian: Mapия Acтaшкинa), (born 5 April 1999 in Penza, Russia) is a Russian swimmer. She won 4 gold medals in (200 m, 100 m, 50m breaststroke and 4 × 100 m medley) at the 2015 European Games.

Career
In 2014, Astashkina competed at the 2014 European Junior Championships winning 4 gold medals in (200 m, 100 m, 50m breaststroke and 4 × 100 m medley), that same year, she competed in seniors at the 2014 European Championships and at the 2014 FINA World Swimming Championships (25 m) in Doha, Qatar where she qualified for the finals in 200 m breaststroke finishing in 6th place and with Team Russia finishing 5th in 4 × 100 m women's medley.

In June 2015, 16 year old Astashkina was selected to compete at the inaugural 2015 European Games in Baku, where she won four gold medals, in (200m, 100 m, 50m breaststroke), in 4 × 100 m medley (with Arina Openysheva, Polina Egorova and Maria Kameneva broke a new junior world record touching in at 4:03.22).[1] Astashkina also broke a junior meet record in 200m breaststroke at the Games.[2] On August 2–9, Astashkina competed in seniors at the 2015 World Championships in Kazan, however she did not reach the semifinals after losing in her preliminary heats.

On August 25–30, Astashkina then competed at the 2015 World Junior Swimming Championships in Singapore, she won a silver medal in individual women's 200 m breaststroke behind Turkey's Viktoriya Zeynep Gunes, she finished 4th in 100 m breaststroke, 6th in 50 m breaststroke and won gold with the Russian Team in women's 4 × 100 m medley.

In April 2016, Astashkina competed at the National Championships. She won a bronze medal in 200 m breastroke but she did not comply required time to qualify at the Olympics.
Answer: Sure, here is a summary of Maria Astashkina:
Born on April 5, 1999, in Penza, Russia, Maria Astashkina is a Russian swimmer who took home four gold medals from the 2015 European Games in the 200 m, 100 m, 50 m breaststroke, and four 100 m medley events. She participated in the 2014 FINA World Swimming Championships (25 m) in Doha, Qatar, as well as the 2014 European Junior Championships. She was chosen to compete at the first-ever 2015 European Games in Baku in June of that year, where she took home four gold medals and set a junior meet record in the 200-meter breaststroke. She lost in her opening-round heats at the 2015 World Championships in Kazan, which prevented her from making it through the quarterfinals. Despite taking home a bronze in the 200 m breaststroke in April 2016, she was unable to make the Olympics.
Question: Why does the James web Telescope rely so heavily on infrared?
Context: Very Early and distant objects visibility shifts to infrared.
Answer: The design emphasizes the near to mid-infrared for several reasons:

high-redshift (very early and distant) objects have their visible emissions shifted into the infrared, and therefore their light can be observed today only via infrared astronomy;[13]
infrared light passes more easily through dust clouds than visible light;[13]
colder objects such as debris disks and planets emit most strongly in the infrared;
these infrared bands are difficult to study from the ground or by existing space telescopes such as Hubble.
Question: Who was injured or killed and in what ways in the accidents?
Context: 1947: Two plane crashes in a 24-hour period, one with fatalities. Two people were killed as the result of a mid-air collision between two planes over the airfield. The accident occurred when William Gleason Sauerwein of Falls Church took off from the field in an Aeronca Champion at the same time that F.H. Kirchman, 48, of Vienna, Virginia, was attempting to land while flying a Stinson 105. Both Kirchman and his passenger, Agnes Louise Brady, 47, of Arlington, Virginia, were killed in the accident. Sauerwein was taken to Arlington County hospital with head injuries and a broken leg. Witnesses said that the accident occurred at 7pm when the Stinson cut into the tail of the Aeronca while the planes were approximately 75 feet off the ground.[14][15] The next day, a second crash occurred when a Funk cabin airplane lost power shortly after takeoff. The pilot, Margaret Vaughn, of Washington, D.C., suffered severe head and leg injuries when the plane crashed into a wooded area about two miles west of the airport, near Gallows Road in Fairfax County. Vaughn was an experienced pilot and was a Link trainer instructor for the Civil Aeronautics Authority.[15] The next day, the Civil Aeronautics Board announced they were conducting a "full inquiry" into the cause of the two crashes. The investigators were specifically concerned with the quality of the gasoline being dispensed at the airport and took samples from Vaughn's aircraft at the scene of the crash.[16]
Answer: F.H. Kirchman and his passenger Agnes Louise Brady was also killed. William Gleason Sauerwein had a broken leg and head injuries. Margaret Vaughn had severe head and leg injuries.
Question: From the passage provided, extract which cinema industries are located in Mumbai
Context: Mumbai is the financial, commercial,[27] and the entertainment capital of India. It is also one of the world's top ten centres of commerce in terms of global financial flow,[28] generating 6.16% of India's GDP,[29] and accounting for 25% of industrial output, 70% of maritime trade in India (Mumbai Port Trust and JNPT),[30] and 70% of capital transactions to India's economy.[31][32] The city houses important financial institutions and the corporate headquarters of numerous Indian companies and multinational corporations. It is also home to some of India's premier scientific and nuclear institutes. The city is also home to Bollywood and Marathi cinema industries. Mumbai's business opportunities attract migrants from all over India.
Answer: Mumbai is home to Bollywood and Marathi cinema industries.