OllieStanley/oa_dolly_15k huggingface dataset:
Context: Ludwig van Beethoven[n 1] (baptised 17 December 1770 – 26 March 1827) was a German composer and pianist. Beethoven remains one of the most admired composers in the history of Western music; his works rank among the most performed of the classical music repertoire and span the transition from the Classical period to the Romantic era in classical music. His career has conventionally been divided into early, middle, and late periods. His early period, during which he forged his craft, is typically considered to have lasted until 1802. From 1802 to around 1812, his middle period showed an individual development from the styles of Joseph Haydn and Wolfgang Amadeus Mozart, and is sometimes characterized as heroic. During this time, he began to grow increasingly deaf. In his late period, from 1812 to 1827, he extended his innovations in musical form and expression.
Question: Who was Beethoven?
Answer: Beethoven was a German composer and pianist known for his famous symphonies such as Moonlight Sonata.
Context: In West Africa, the decline of the Atlantic slave trade in the 1820s caused dramatic economic shifts in local polities. The gradual decline of slave-trading, prompted by a lack of demand for slaves in the New World, increasing anti-slavery legislation in Europe and America, and the British Royal Navy's increasing presence off the West African coast, obliged African states to adopt new economies. Between 1808 and 1860, the British West Africa Squadron seized approximately 1,600 slave ships and freed 150,000 Africans who were aboard.[102]

Action was also taken against African leaders who refused to agree to British treaties to outlaw the trade, for example against "the usurping King of Lagos", deposed in 1851. Anti-slavery treaties were signed with over 50 African rulers.[103] The largest powers of West Africa (the Asante Confederacy, the Kingdom of Dahomey, and the Oyo Empire) adopted different ways of adapting to the shift. Asante and Dahomey concentrated on the development of "legitimate commerce" in the form of palm oil, cocoa, timber and gold, forming the bedrock of West Africa's modern export trade. The Oyo Empire, unable to adapt, collapsed into civil wars.[104]
Question: What new economies developed because of the anti-slave treaties?
Answer: Instead of exporting slaves, Africa began exporting palm oil, cocoa, timber, and gold.
Context: Alberto Michán Halbinger (born 2 December 1978) is an Israeli-Mexican Olympic horse rider. Born in Mexico, he competes for Israel.[1] He qualified to represent Israel at the 2020 Summer Olympics in Tokyo.[2]

Biography
Michan was born in Mexico; his family comes from Israel.[3]

He was a finalist at the FEI World Cup Jumping in 2006 and 2007.[4]

He competed in the 2006 and 2014 World Equestrian Games.[2][4]

He competed for Mexico at the 2008 Summer Olympics in Beijing, both in individual jumping (coming in 29th) and in team jumping (coming in 8th).[5]

He earned a bronze medal in Team Jumping at the 2011 Pan American Games in Guadalajara, Mexico.[4]

At the 2012 Summer Olympics, he tied with Scott Brash and Nick Skelton, both of the team-gold medal-winning United Kingdom, for 5th in individual jumping. He was part of the Mexican team for team jumping, which finished in fifth place.[2]

He qualified to represent Israel at the 2020 Summer Olympics in Tokyo.[2]
Question: Given a reference text about Alberto Michán Halbinger, in what olympics did he compete?
Answer: Alberto Michán Halbinger competed in the 2008 and 2012 Summer Olympics.
Context: Apart from fission induced by a neutron, harnessed and exploited by humans, a natural form of spontaneous radioactive decay (not requiring a neutron) is also referred to as fission, and occurs especially in very high-mass-number isotopes. Spontaneous fission was discovered in 1940 by Flyorov, Petrzhak, and Kurchatov[5] in Moscow, in an experiment intended to confirm that, without bombardment by neutrons, the fission rate of uranium was negligible, as predicted by Niels Bohr; it was not negligible.[5]

The unpredictable composition of the products (which vary in a broad probabilistic and somewhat chaotic manner) distinguishes fission from purely quantum tunneling processes such as proton emission, alpha decay, and cluster decay, which give the same products each time. Nuclear fission produces energy for nuclear power and drives the explosion of nuclear weapons. Both uses are possible because certain substances called nuclear fuels undergo fission when struck by fission neutrons, and in turn emit neutrons when they break apart. This makes a self-sustaining nuclear chain reaction possible, releasing energy at a controlled rate in a nuclear reactor or at a very rapid, uncontrolled rate in a nuclear weapon.

The amount of free energy contained in nuclear fuel is millions of times the amount of free energy contained in a similar mass of chemical fuel such as gasoline, making nuclear fission a very dense source of energy. The products of nuclear fission, however, are on average far more radioactive than the heavy elements which are normally fissioned as fuel, and remain so for significant amounts of time, giving rise to a nuclear waste problem. However, the seven long-lived fission products make up only a small fraction of fission products. Neutron absorption which does not lead to fission produces Plutonium (from 238
U) and minor actinides (from both 235
U and 238
U) whose radiotoxicity is far higher than that of the long lived fission products. Concerns over nuclear waste accumulation and the destructive potential of nuclear weapons are a counterbalance to the peaceful desire to use fission as an energy source. The thorium fuel cycle produces virtually no plutonium and much less minor actinides, but 232
U - or rather its decay products - are a major gamma ray emitter. All actinides are fertile or fissile and fast breeder reactors can fission them all albeit only in certain configurations. Nuclear reprocessing aims to recover usable material from spent nuclear fuel to both enable uranium (and thorium) supplies to last longer and to reduce the amount of "waste". The industry term for a process that fissions all or nearly all actinides is a "closed fuel cycle".
Question: What are the examples of  quantum tunneling processes?
Answer: proton emission, alpha decay, and cluster decay.
Context: The Information Age (also known as the Computer Age, Digital Age, Silicon Age, or New Media Age) is a historical period that began in the mid-20th century. It is characterized by a rapid shift from traditional industries, as established during the Industrial Revolution, to an economy centered on information technology.[1] The onset of the Information Age has been linked to the development of the transistor in 1947,[1] the optical amplifier in 1957,[2] and Unix time,[3] which began on January 1, 1970. These technological advances have had a significant impact on the way information is processed and transmitted.

According to the United Nations Public Administration Network, the Information Age was formed by capitalizing on computer microminiaturization advances,[4] which led to modernized information systems and internet communications as the driving force of social evolution.[5]
Question: What is the meaning of the information age
Answer: The Information Age (also known as the Computer Age, Digital Age, Silicon Age, or New Media Age) is a historical period that began in the mid-20th century. It is characterized by a rapid shift from traditional industries, as established during the Industrial Revolution, to an economy centered on information technology. The onset of the Information Age has been linked to the development of the transistor in 1947, the optical amplifier in 1957, and Unix time, which began on January 1, 1970. These technological advances have had a significant impact on the way information is processed and transmitted.

According to the United Nations Public Administration Network, the Information Age was formed by capitalizing on computer microminiaturization advances, which led to modernized information systems and internet communications as the driving force of social evolution.
Context: From Wikipedia, the free encyclopedia
In online transaction processing (OLTP), information systems typically facilitate and manage transaction-oriented applications. This is contrasted with online analytical processing.

The term "transaction" can have two different meanings, both of which might apply: in the realm of computers or database transactions it denotes an atomic change of state, whereas in the realm of business or finance, the term typically denotes an exchange of economic entities (as used by, e.g., Transaction Processing Performance Council or commercial transactions.[1]): 50  OLTP may use transactions of the first type to record transactions of the second.

OLTP has also been used to refer to processing in which the system responds immediately to user requests. An automated teller machine (ATM) for a bank is an example of a commercial transaction processing application.[2] Online transaction processing applications have high throughput and are insert- or update-intensive in database management. These applications are used concurrently by hundreds of users. The key goals of OLTP applications are availability, speed, concurrency and recoverability (durability).[3] Reduced paper trails and the faster, more accurate forecast for revenues and expenses are both examples of how OLTP makes things simpler for businesses. However, like many modern online information technology solutions, some systems require offline maintenance, which further affects the cost-benefit analysis of an online transaction processing system.

OLTP is typically contrasted to OLAP (online analytical processing), which is generally characterized by much more complex queries, in a smaller volume, for the purpose of business intelligence or reporting rather than to process transactions. Whereas OLTP systems process all kinds of queries (read, insert, update and delete), OLAP is generally optimized for read only and might not even support other kinds of queries. OLTP also operates differently from batch processing and grid computing.[1]: 15 

In addition, OLTP is often contrasted to OLEP (online event processing), which is based on distributed event logs to offer strong consistency in large-scale heterogeneous systems.[4] Whereas OLTP is associated with short atomic transactions, OLEP allows for more flexible distribution patterns and higher scalability, but with increased latency and without guaranteed upper bound to the processing time.
Question: Based on the below Wikipedia content, what is OLTP?
Answer: OLTP stands for "online transaction processing" and refers to information systems that process transactional data. The applications generating such data often require a high volume of transactions -- such as being used concurrently by hundreds of users. An example of a commercial transaction processing application is an automated teller machine (ATM). OLTP is often contrasted with OLAP (online analytical processing) which is typically characterized by more complex queries but with much smaller volume (for example, for business intelligence reporting).
Context: In 1872 the Boundary Commission travelled through this area while surveying the border between Canada and the United States. During the 1874 March West trek of the North-West Mounted Police, the force established its first camp (called Short Creek Camp) at this location. The community began being served by the Soo Line in 1893, permitting the coal mines in the region to become operational. Roche Percée incorporated as a village on January 12, 1909.[2]
Question: Using this passage, extract all the years associated with the area.
Answer: 1872, 1874, 1893, 1909
Context: Michał Rozenfeld (born 1916,[1] died September 2, 1943, in Krawcowizna) – a Jewish resistance activist during the Second World War, participant of the Warsaw Ghetto uprising, partisan of the Mordechai Anielewicz Unit of the People's Guard.

Before the outbreak of the war, he studied psychology with, among others, Tadeusz Kotarbiński. After the outbreak of World War II, Rozenfeld was sent to the Warsaw Ghetto, where he worked as a teacher. He belonged to the Polish Workers' Party and was a member of the Main Command of the Jewish Combat Organization. He stayed in a bunker with Mordechai Anielewicz at 18 Miła Street. On May 18, 1943, together with a group of Jewish fighters, he got through the sewers to Prosta Street.

After the fall of the uprising, Rozenfeld took refuge in forests near Wyszków, where he fought in a unit of the People's Guard. Together with his companions he was handed over to the Germans by a forest ranger from Krawcowizna. Twelve partisans, including Michał Rozenfeld, were killed at that time.

In 1945 he was posthumously awarded the Silver Cross of the Order of Virtuti Militari.

Rozenfeld is buried in a mass grave of the People's Guard partisans in the Jewish cemetery on Okopowa Street in Warsaw (quarter 31, row 3).[2][3]
Question: Given a reference text about Michał Rozenfeld, tell me what he did before the war and where he's buried.
Answer: Michał Rozenfeld studied psychology before being sent to the Warsaw Ghetto during the war. He is buried at the Jewish Cemetery on Okopowa Street in Warsaw.
Context: Away from his expeditions, Shackleton's life was generally restless and unfulfilled. In his search for rapid pathways to wealth and security, he launched business ventures which failed to prosper, and he died heavily in debt. Upon his death, he was lauded in the press but was thereafter largely forgotten, while the heroic reputation of his rival Scott was sustained for many decades. Later in the 20th century, Shackleton was "rediscovered",[4] and became a role model for leadership in extreme circumstances.
Question: Besides his expeditions, what was Shackleton's life like?
Answer: Despite being considered today a role model for leadership in extreme circumstances, Shackleton was largely forgotten for decades after his death. He was focused on and participated in several get rich quick schemes but they all ended in failure. Shackleton died heavily in debt.
Context: After listening to a talk by biologist David Baltimore and further stimulation from his virologist colleague, Robert Ting, concerning the work of the late Howard Martin Temin, Gallo became interested in the study of retroviruses, and made their study the primary activity of his lab. In 1976, Doris Morgan, a first year post-doctoral fellow in Gallo's lab, was asked by Gallo to examine culture fluid of activated lymphocytes for the possible production of growth factors. Soon she was successful in growing T lymphocytes. Gallo, Morgan and Frank Ruscetti, another researcher in Gallo's lab, coauthored a paper in Science describing their method.[5] The Gallo group identified this as T-cell growth factor (TCGF). The name was changed in 1978 to IL-2 (interleukin-2) by the Second International Lymphokine Conference (which was held in Interlaken, Switzerland).[6][7] Although earlier reports had described soluble molecules with biologic effects, the effects and biochemistry of the factors were not well characterized. One such example was the report by Julius Gordon in 1965,[8] which described blastogenic transformation of lymphocytes in extracellular media. However, cell growth was not demonstrated and the affected cell type was not identified, making the identity of the factor(s) involved unclear and its natural function unknown.
The discovery of IL-2 allowed T cells, previously thought to be dead end cells, to be grown significantly in culture for the first time, opening research into many aspects of T cell immunology. Gallo's lab later purified and biochemically characterized IL-2.[9] This breakthrough also allowed researchers to grow T-cells and study the viruses that affect them, such as human T-cell leukemia virus, or HTLV, the first retrovirus identified in humans, which Bernard Poiesz, another post-doctoral fellow in Gallo's lab played a key role in its isolation.[10] HTLV's role in leukemia was clarified when Kiyoshi Takatsuki and other Japanese researchers, puzzling over an outbreak of a rare form of leukemia,[11] later independently found the same retrovirus,[12] and both groups showed HTLV to be the cause.[13][14] At the same time, a similar HTLV-associated leukemia was identified by the Gallo group in the Caribbean.[15] In 1982, Gallo received the Lasker Award: "For his pioneering studies that led to the discovery of the first human RNA tumor virus [the old name for retroviruses] and its association with certain leukemias and lymphomas."[16]
Question: Please give me a short bulleted list of the key discoveries from Gallo’s lab.
Answer: Successfully growing T lymphocytes in culture for the first time
Interleukin-2 (IL-2)
Human T-cell leukemia virus
The first human retrovirus
Context: The Blasket Islands (Irish: Na Blascaodaí) are an uninhabited group of islands off the west coast of the Dingle Peninsula in County Kerry, Ireland. The last island to hold a significant population, Great Blasket Island, was abandoned in 1954 due to population decline and is best known for a number of gifted Irish language writers who vividly described their way of life and who kept alive old Irish folk tales of the land.

The islands were inhabited until 1954 by a completely Irish-speaking population and today are part of the Gaeltacht. At its peak, the islands had 175 residents. The population declined to 22 by 1953. The government evacuated most of the remaining residents to the mainland on 17 November 1953 because of increasingly extreme winter weather that left the island's ageing population cut off from emergency services.[1] The evacuation was seen as necessary by both the Islanders and the government. The Ó Suilleabháin family were reluctant to leave, and became the final family to depart Great Blasket Island in 1954.[2]
Question: Why are the Blasket Islands no longer inhabited?
Answer: The Blasket Islands population declined over time. The rationale for evacuating the last of residents was the concern that emergency services would not be available in the event of extreme winter weather.
Context: A red letter day (sometimes hyphenated as red-letter day) is any day of special significance or opportunity. Its roots are in classical antiquity; for instance, important days are indicated in red in a calendar dating from the Roman Republic (509–27 BC).[1]

In medieval manuscripts, initial capitals and highlighted words (known as rubrics) were written in red ink. The practice was continued after the invention of the printing press, including in Catholic liturgical books. Many calendars still indicate special dates, festivals and holidays in red instead of black.

In the universities of the UK, scarlet days are when doctors may wear their scarlet 'festal' or full dress gowns instead of their undress ('black') gown.

In Norway, Sweden, Hong Kong, South Korea, Indonesia and some Latin American countries, a public holiday is sometimes referred to as "red day" (rød dag, röd dag, 빨간 날, 紅日, tanggal merah), as it is printed in red in calendars
Question: Given a reference text about a red letter day, provide an explanation of what it means.
Answer: A red letter day is any day of special significance or opportunity such as holidays and festivals.
Context: Cats have relatively few taste buds compared to humans (470 or so versus more than 9,000 on the human tongue). Domestic and wild cats share a taste receptor gene mutation that keeps their sweet taste buds from binding to sugary molecules, leaving them with no ability to taste sweetness. Their taste buds instead respond to acids, amino acids like protein, and bitter tastes. Cats also have a distinct temperature preference for their food, preferring food with a temperature around 38 °C (100 °F) which is similar to that of a fresh kill and routinely rejecting food presented cold or refrigerated (which would signal to the cat that the "prey" item is long dead and therefore possibly toxic or decomposing).
Question: Why are cats so picky about what they eat?
Answer: Cats' taste buds respond to acids, protein, and bitter tastes. The taste buds do not respond to sweetness. Additionally, cats prefer food with a temperature near 100 °F (38 °C). For wild cats, this temperature is associated with fresh food as opposed to food that may be decomposing.
Context: In football, "The Invincibles" is a nickname used to refer to the Preston North End team of the 1888–89 season, managed by William Sudell,[1][2] and the Arsenal team of the 2003–04 season managed by Arsène Wenger. [3] Preston North End earned the nickname after completing an entire season undefeated in league and cup competition (27 games), while Arsenal were undefeated in the league (38 games) in a run that stretched to a record 49 games. The actual nickname of the Preston team was the "Old Invincibles" but both versions have been in use.
Question: Who is known as The Invincibles in English football?
Answer: Preston North End & Arsenal Football Club
Context: Philip Dunton Murphy (born August 16, 1957)[1][2] is an American financier, diplomat, and politician serving as the 56th governor of New Jersey since January 2018. A member of the Democratic Party, he served as the United States ambassador to Germany from 2009 to 2013 under President Barack Obama.[3]
Question: Who is Phil Murphy?
Answer: Philip Dunton Murphy (born August 16, 1957)[1][2] is an American financier, diplomat, and politician serving as the 56th governor of New Jersey since January 2018. A member of the Democratic Party, he served as the United States ambassador to Germany from 2009 to 2013 under President Barack Obama.[3]

Murphy had a 23-year career at Goldman Sachs, where he held several high-level positions and accumulated considerable wealth before retiring in 2006. He is involved in many civic organizations and philanthropic pursuits. He served as finance chairman for the Democratic National Committee in the mid-late 2000s under Howard Dean.[4][5] In the Obama administration, Murphy served as the United States ambassador to Germany from 2009 to 2013, during which time he dealt with the international fallout from the United States diplomatic cables leak.

While planning to run for governor, Murphy and his wife Tammy Murphy launched New Start New Jersey, a progressive organization active from November 2014 to December 2017, intended to increase his political visibility in the state. He defeated then-Lieutenant Governor Kim Guadagno in the 2017 gubernatorial election with 56% of the vote.[6] In December 2019, Murphy became the chairperson of the Democratic Governors Association,[7] a position he held for a year.[8] He was reelected in 2021, defeating Republican nominee Jack Ciattarelli with 51.2% of the vote, becoming the first Democratic governor of New Jersey to win a second term since Brendan Byrne in 1977.[9] In July 2022, Murphy became the first National Governors Association chair from New Jersey.