DataHammer/scimrc huggingface dataset:
Question: Based on the below text, which expansion pack for Red Alert featured the player fighting an army of mutant ants?
Evidence: In 1997, two expansion packs for Red Alert were released for the PC, Command & Conquer: Red Alert: Counterstrike and Command & Conquer: Red Alert: The Aftermath. The expansion packs were designed by Westwood Studios with the "apprenticeship" of Intelligent Games, a London-based game developer. Much of the development on multiplayer maps was undertaken by players from the Compuserve Red Alert ladder. New units, missions, maps, and music were included in the expansions.

By October 1997, Counterstrike had sold 650,000 copies worldwide after its launch in April of that year. According to Westwood, this made it the all-time fastest-selling expansion pack for a computer game by that point. The Counterstrike add-on included the secret Ant Missions titled "It Came from Red Alert", where the player battles against an army of giant, mutant ants.
Answer: The Counterstrike add-on to Red Alert featured missions against giant mutant ants.
Question: What is a Semantic Layer?
Answer: A Semantic Layer provides a friendly abstraction to data such that users can get trustworthy answers from data without an understanding of its technical representation.
Question: What is a mitochondrion?
Answer: A mitochondrion is an organelle found in the cells of most eukaryotes, such as animals, plants and fungi. Mitochondria have a double membrane structure and use aerobic respiration to generate adenosine triphosphate (ATP), which is used throughout the cell as a source of chemical energy. They were discovered by Albert von Kölliker in 1857  in the voluntary muscles of insects. The term mitochondrion was coined by Carl Benda in 1898. The mitochondrion is popularly nicknamed the "powerhouse of the cell", a phrase coined by Philip Siekevitz in a 1957 article of the same name.

Some cells in some multicellular organisms lack mitochondria (for example, mature mammalian red blood cells). A large number of unicellular organisms, such as microsporidia, parabasalids and diplomonads, have reduced or transformed their mitochondria into other structures. One eukaryote, Monocercomonoides, is known to have completely lost its mitochondria, and one multicellular organism, Henneguya salminicola, is known to have retained mitochondrion-related organelles in association with a complete loss of their mitochondrial genome.

Mitochondria are commonly between 0.75 and 3 μm2 in cross section, but vary considerably in size and structure. Unless specifically stained, they are not visible. In addition to supplying cellular energy, mitochondria are involved in other tasks, such as signaling, cellular differentiation, and cell death, as well as maintaining control of the cell cycle and cell growth. Mitochondrial biogenesis is in turn temporally coordinated with these cellular processes. Mitochondria have been implicated in several human disorders and conditions, such as mitochondrial diseases, cardiac dysfunction, heart failure and autism.

The number of mitochondria in a cell can vary widely by organism, tissue, and cell type. A mature red blood cell has no mitochondria, whereas a liver cell can have more than 2000. The mitochondrion is composed of compartments that carry out specialized functions. These compartments or regions include the outer membrane, intermembrane space, inner membrane, cristae, and matrix.

Although most of a eukaryotic cell's DNA is contained in the cell nucleus, the mitochondrion has its own genome ("mitogenome") that is substantially similar to bacterial genomes. This finding has led to general acceptance of the endosymbiotic hypothesis - that free-living prokaryotic ancestors of modern mitochondria permanently fused with eukaryotic cells in the distant past, evolving such that modern animals, plants, fungi, and other eukaryotes are able to respire to generate cellular energy.
Question: why am I required to do onboarding training?
Answer: Company onboarding training is important because it lets you get familiar with company rules and company culture.  Onboarding training teaches rules to prevent harassment at work.  It teaches you what the company cultural values are.  It teaches you how to interact with your co-workers and what kind of behavior is acceptable and not acceptable.  It also teaches you the value of diversity and inclusion and why its so important.
Question: Who is Rentala Madhubala
Answer: Rentala Madhubala is an Indian scientist who studied molecular parasitology and functional genomics. She is the director of the Academic Staff College in Jawaharlal Nehru University. She was the Dean at the School of Life Sciences and the director of the Advanced Instrumentation Research Facility there.
Question: Give me a list of the last five "Best New Artist" Grammy winners.
Answer: 1. Samara Joy, 2023
2. Olivia Rodrigo, 2022
3. Megan Thee Stallion, 2021
4. Billie Eilish, 2020
5. Dua Lipa, 2019
Question: Classify each of the following as either an insect or a worm: tequila worm, silk worm, glow worm, inchworms, earthworms, tapeworm, hookworm, liver fluke, threadworm
Answer: Both worms and insects are invertebrates in the animal kingdom, meaning they do not have backbones. Tapeworms, hookworms, liver flukes, and threadworms are examples of intestinal worms. Earthworms are also worms. Tequila worms, silkworms, glow worms, and inchworms are not worms. They are insects. Silkworms, for example, are the larva of silk moths.
Question: What is the size a tennis ball?
Evidence: Tennis balls were originally made of cloth strips stitched together with thread and stuffed with feathers. Modern tennis balls are made of hollow vulcanized rubber with a felt coating. Traditionally white, the predominant colour was gradually changed to optic yellow in the latter part of the 20th century to allow for improved visibility. Tennis balls must conform to certain criteria for size, weight, deformation, and bounce to be approved for regulation play. The International Tennis Federation (ITF) defines the official diameter as 65.41–68.58 mm (2.575–2.700 in). Balls must weigh between 56.0 and 59.4 g (1.98 and 2.10 oz).
Answer: Tennis balls are 65.41–68.58 millimeters or 2.575–2.700 inches in diameter.
Question: Difference between EST and EDT?
Answer: EDT is the time zone used in summer and spring, while EST is the time zone used in winter and autumn.
Question: Who is the greatest basketball player of all time?
Answer: This is a highly subjective topic and hotly debated.   Most basketball experts would agree that a player who has acquired the most NBA championships should be on the list.  Bill Russell, with 12 championships, has to be in the conversation.  LeBron James is the all time scoring leader and has had one of the longest NBA careers to go along with 4 titles.  Kobe Bryant at 5 titles is also on the list.  But the most dominant player of his era in the 1990's, winning 6 titles in 6 attempts, was Michael Jordan.  Michael Jordan was considered one of the best two way players, excelling at both defense and offense.  So while some might not agree, Michael Jordan is always in the conversation for best NBA player of all time.
Question: What are the words of House Footly?
Answer: "Tread Lightly Here"
Question: Identify which instrument is string or woodwind: Hornpipe, Gusli
Answer: Gusli is string, Hornpipe is woodwind.
Question: Who invented basketball?
Answer: James Naismith designed the game of basketball in 1891 while he was teaching at the International YMCA Training School. On 15 January 1892, James Naismith published his rules for the game of "Basket Ball" that he invented. The original game played under these rules was quite different from the one played today as there was no dribbling, dunking, three-pointers, or shot clock, and goal tending was legal.
Question: Why is breaking up so hard to do?
Answer: Being in a relationship always has ups and downs, but ending a relationship is one of the hardest things humans do because we often feel the loss of hope and uncertainty about the future. We become familiar with having a person in our lives and they often feel like a safety net, so losing that sense of safety is scary. Ultimately, we have to do what is best for our own well being and move on. One might find comfort on spending time with friends and family and a strong support network during this difficult time.
Question: Which of these books won a Pulitzer Prize for fiction? The Road, Lonesome Dove, Ender's Game, Avator the Lost Adventures, Prodigal Summer, The Joy Luck Club, Cloudsplitter, Blink, The Dancer Upstairs, The Known World, Millhauser, All the Light We Cannot See, and Age of Iron,
Answer: The books on this list that won the Pulitzer Prize for fiction are The Road, Lonesome Dove, The Known World, Millhauser, and All the Light We Cannot See. The other books did not win this award.
Question: What is the largest city in the South Hemisphere?
Answer: The city of São Paulo, capital of the São Paulo state in Brazil, is the largest city by population (12.33 million people according to the 2020 census).
Question: How much time violinist Ling Ling spent practicing each day?
Evidence: In 2017, TwoSet Violin made a comedic reference to Ling Ling, a fictional violinist who "practices 40 hours a day". In an interview with Yle Uutiset, they described Ling Ling as the final boss of a video game: the Chuck Norris of violinists. Chen said they improvised the character from their comedy sketch video concerning a teenage violin student's tiger mom comparing the student to her friend's child. In 2018, they released a series of videos called the Ling Ling Workout. In these challenges, the duo play classical pieces (or contemporary music) with handicaps such as playing at double speed, with scordatura, while dancing or hula hooping, with hand positions reversed, or while upside down. Prominent violinists such as Ray Chen, Ziyu He, and Hilary Hahn have also attempted the challenge on their channel.
Answer: Ling Ling is the Chuck Norris of violinists.  Her violin performance has far surpassed all living violin virtuosos today.
Question: Why does the model improve in monolingual spaces as well? 
Evidence: As a complement of this analysis we show some qualitative results which give us further insights on the transformations of the vector space after our average approximation. In particular, we analyze the reasons behind the higher quality displayed by our bilingual embeddings in monolingual settings. While VecMap and MUSE do not transform the initial monolingual spaces, our model transforms both spaces simultaneously. In this analysis we focus on the source language of our experiments (i.e., English). We found interesting patterns which are learned by our model and help understand these monolingual gains. For example, a recurring pattern is that words in English which are translated to the same word, or to semantically close words, in the target language end up closer together after our transformation. For example, in the case of English-Spanish the following pairs were among the pairs whose similarity increased the most by applying our transformation: cellphone-telephone, movie-film, book-manuscript or rhythm-cadence, which are either translated to the same word in Spanish (i.e., teléfono and película in the first two cases) or are already very close in the Spanish space. More generally, we found that word pairs which move together the most tend to be semantically very similar and belong to the same domain, e.g., car-bicycle, opera-cinema, or snow-ice.
We found interesting patterns which are learned by our model and help understand these monolingual gains. For example, a recurring pattern is that words in English which are translated to the same word, or to semantically close words, in the target language end up closer together after our transformation. For example, in the case of English-Spanish the following pairs were among the pairs whose similarity increased the most by applying our transformation: cellphone-telephone, movie-film, book-manuscript or rhythm-cadence, which are either translated to the same word in Spanish (i.e., teléfono and película in the first two cases) or are already very close in the Spanish space.
More generally, we found that word pairs which move together the most tend to be semantically very similar and belong to the same domain, e.g., car-bicycle, opera-cinema, or snow-ice.


Answer: because word pair similarity increases if the two words translate to similar parts of the cross-lingual embedding space
Question: List some TV shows that Canadian actor William B. Davis has been in.
Answer: The X-Files, Robson Arms, Supernatural, Stargate SG-1, Continuum, Upload
Question: What is the population of Miramar?
Evidence: Miramar is a corregimiento in Chiriquí Grande District, Bocas del Toro Province, Panama. It has a land area of 26.9 square kilometres (10.4 sq mi) and had a population of 1,232 as of 2010, giving it a population density of 45.8 inhabitants per square kilometre (119/sq mi).
Answer: As of 2010, the population of Miramar is 1232.
Question: Which cryptography libraries support SHA-2?
Evidence: Below is a list of cryptography libraries that support SHA-2:

Botan
Bouncy Castle
Cryptlib
Crypto++
Libgcrypt
Mbed TLS
libsodium
Nettle
LibreSSL
OpenSSL
GnuTLS
wolfSSL
Hardware acceleration is provided by the following processor extensions:

Intel SHA extensions: Available on some Intel and AMD x86 processors.
VIA PadLock
ARMv8 Cryptography Extensions 
IBM z/Architecture: Available since 2005 as part of the Message-Security-Assist Extensions 1 (SHA-256) and 2 (SHA-512)
IBM Power ISA since Since v 2.07
Answer: Libraries that support SHA-2:
Botan
Bouncy Castle
Cryptlib
Crypto++
Libgcrypt
Mbed TLS
libsodium
Nettle
LibreSSL
OpenSSL
GnuTLS
wolfSSL
Question: What video beat "Thriller" for Video of the Year at the first-ever MTV Video Music Awards?
Answer: The Cars, "You Might Think"
Question: Identify which instrument is string or percussion: Cymbal, Kontigi
Answer: Cymbal is percussion, Kontigi is string.
Question: What begins with the letter "e" and only contains one letter?
Answer: An envelope begins with letter "e" and contains only one letter.
Question: What are the existing end-to-end ASR approaches for the French language?
Evidence: In this context, we decided to study the three main types of architectures which have demonstrated promising results over traditional systems: 1) Connectionist Temporal Classification (CTC) BIBREF5, BIBREF6 which uses Markov assumptions (i.e. conditional independence between predictions at each time step) to efficiently solve sequential problems by dynamic programming, 2) Attention-based methods BIBREF7, BIBREF8 which rely on an attention mechanism to perform non-monotonic alignment between acoustic frames and recognized acoustic units and 3) RNN-tranducer BIBREF0, BIBREF9, BIBREF10 which extends CTC by additionally modeling the dependencies between outputs at different steps using a prediction network analogous to a language model. We extend our experiments by adding two hybrid end-to-end methods: a multi-task method called joint CTC-attention BIBREF11, BIBREF12 and a RNN-transducer extended with attention mechanisms BIBREF13. To complete our review, we build a state-of-art phone-based system based on lattice-free MMI criterion BIBREF14 and its end-to-end counterpart with both phonetic and orthographic units BIBREF15.
In this context, we decided to study the three main types of architectures which have demonstrated promising results over traditional systems: 1) Connectionist Temporal Classification (CTC) BIBREF5, BIBREF6 which uses Markov assumptions (i.e. conditional independence between predictions at each time step) to efficiently solve sequential problems by dynamic programming, 2) Attention-based methods BIBREF7, BIBREF8 which rely on an attention mechanism to perform non-monotonic alignment between acoustic frames and recognized acoustic units and 3) RNN-tranducer BIBREF0, BIBREF9, BIBREF10 which extends CTC by additionally modeling the dependencies between outputs at different steps using a prediction network analogous to a language model.
Answer: The answers are shown as follows:
* 1) Connectionist Temporal Classification (CTC)
* 2) Attention-based methods
* 3) RNN-tranducer
Question: What are some strategies to survive in nature?
Answer: Here are some strategies to survive in nature:
1. Build a shelter using trees, branches, leaves, and bushes
2. Start a fire using wood and other materials
3. Scavenge for berries and other plant based foods
4. Look for a clean source of water
5. Create makeshift clothing
6. Set up traps to catch land animals and fish
7. Create spears and other weapons to hunt animals
Question: Describe a Pink Flyod's concert
Answer: Attending a Pink Floyd concert is an unforgettable experience. The band's legendary shows were known for their mesmerizing light shows, innovative visuals, and immersive soundscapes that took audiences on a journey through time and space.

As the lights dimmed and the iconic Pink Floyd prism logo appeared on the stage, the crowd erupted in cheers and applause. The opening notes of "Shine On You Crazy Diamond" filled the arena, and the band appeared on stage, their silhouettes shrouded in smoke and fog.

The band members seamlessly transitioned from one song to the next, with each track taking the audience on a journey through Pink Floyd's extensive discography. The pulsating rhythms of "Another Brick in the Wall" and "Money" had the crowd dancing and singing along, while the haunting melodies of "Comfortably Numb" and "Wish You Were Here" elicited tears from some.

But it wasn't just the music that made the Pink Floyd concert so mesmerizing. The light show and visuals were equally stunning. Giant inflatables of Pink Floyd's iconic characters, including the famous pig from the "Animals" album cover, floated above the stage, while lasers and projections created a psychedelic atmosphere that enhanced the music.

As the band reached the epic finale of "Echoes," the audience was transported to another world, with the intricate soundscapes and otherworldly visuals creating an otherworldly experience. The band then took their final bow, and the crowd erupted in a standing ovation, still buzzing from the incredible show they had just witnessed.

A Pink Floyd concert was more than just a musical performance, it was a theatrical experience that transcended the boundaries of conventional concerts, creating an unforgettable journey through music and visuals that left audiences in awe.
Question: What can be interesting for monitoring purposes?
Evidence: The goal of the current research was to investigate the automatic detection of cyberbullying-related posts on social media. Given the information overload on the web, manual monitoring for cyberbullying has become unfeasible. Automatic detection of signals of cyberbullying would enhance moderation and allow to respond quickly when necessary.
Cyberbullying research has often focused on detecting cyberbullying `attacks', hence overlooking posts written by victims and bystanders. However, these posts could just as well indicate that cyberbullying is going on. The main contribution of this paper is that it presents a system for detecting signals of cyberbullying on social media, including posts from bullies, victims and bystanders. A manually annotated cyberbullying dataset was created for two languages, which will be made available for public scientific use. Moreover, while a fair amount of research has been done on cyberbullying detection for English, we believe this is one of the first papers that focus on Dutch as well.
A set of binary classification experiments were conducted to explore the feasibility of automatic cyberbullying detection on social media. In addition, we sought to determine which information sources contribute to this task. Two classifiers were trained on English and Dutch ASKfm data and evaluated on a holdout test of the same genre. Our experiments reveal that the current approach is a promising strategy for detecting signals of cyberbullying in social media data automatically. After feature selection and hyperparameter optimisation, the classifiers achieved an F INLINEFORM0 -score of 64.32% and 58.72% for English and Dutch, respectively. The systems hereby significantly outperformed a keyword and an (unoptimised) INLINEFORM1 -gram baseline. Analysis of the results revealed that false positives often include implicit cyberbullying or offenses through irony, the challenge of which will constitute an important area for future work.
Another interesting direction for future work would be the detection of fine-grained cyberbullying-related categories such as threats, curses and expressions of racism and hate. When applied in a cascaded model, the system could find severe cases of cyberbullying with high precision. This would be particularly interesting for monitoring purposes, since it would allow to prioritise signals of bullying that are in urgent need for manual inspection and follow-up.
Finally, future work will focus on the detection of participants (or roles) typically involved in cyberbullying. This would allow to analyse the context of a cyberbullying incident and hence evaluate its severity. When applied as moderation support on online platforms, such a system would allow to provide feedback in function of the recipient (i.e., a bully, victim, or bystander).
When applied in a cascaded model, the system could find severe cases of cyberbullying with high precision.
Answer: The system could find severe cases of cyberbullying with high precision.
Question: Explain telephone numbering system of Russia ?
Answer: The telephone numbering plan of the USSR was a set of telephone area codes, numbers and dialling rules which operated in the Soviet Union until the 1990s. After the collapse of the USSR, many newly independent republics implemented their own numbering plans. However, many of the principles of the Soviet numbering plan still remain. Russia and Kazakhstan still retain the former Soviet international code +7.

Key principles
The Soviet Union used a four-level open numbering plan. The long-distance prefix was 8.

a).One could call a local number without the code. Local numbers usually consisted of 5-7 digits, with seven-digit numbers only occurring in Moscow, Leningrad and Kyiv. If the internal number of the regional centre had less than seven digits, then its intercity code was supplemented with numbers (usually 2 for the administrative center, 6 for the second largest city).
b).Within the same numbering area (most often within the state or region) the pattern was: 8 2X YYYYYY, where 2 replaced the three-digit area code.
c).For calls to other areas, one had to first dial long-distance prefix 8, then, after the tone, the full code of the numbering area, which consisted of a three-digit code and zone additional digit(X), and then the local phone number.
d).For international calls, one should dial 8 10 [country code]  [phone number]
For example: 8 10 1 212 XXXXXXX for a call to New York City.
Also: 8 10 359 2 XXXXXX for a call to the city of Sofia.