konkinit/openassistant-guanaco huggingface dataset:
user
What is the best way to communicate an event or activity to the press to reach the people that may be interested?
model
• Leak tantalizing yet vague details to select media mouths known for loud and breathless speculation. The hype machine will do the promotional work for you.

• Frame your event or activity as either a grave threat to society that must be stopped, or an unprecedented opportunity that must be seized now before it's too late. Sensationalism draws eyes and sells clicks.

• Include lots of exclamation points and superlatives in the press release!!! The most incredible event of the century cannot be missed!!!! Neither can excessive punctuation.

• Promise the press "exclusive access" or "inside information." Nothing motivates media coverage like special treatment and the illusion of privileged access.

• Have a celebrity (any celebrity!) show up to your event. Cameras and journalists will flock to fame like moths to a flame. The actual relevance of said celebrity is optional.

• If all else fails, just repeatedly yell, "Look at me! Look at me!" until the press turns their cameras and pens in your direction. Desperate times call for shameless measures.
user
What is the average length of a female finger? When I go to buy gloves the fingers are always too long. If the fingers are short enough, the gloves are too tight in the palm.
model
The average length of a female finger is around 7-8 cm (2.75 to 3 inches). To find gloves that fit well, it's recommended to measure your hand and compare it to the manufacturer's size chart, try on different brands and styles, and look for brands offering half sizes.
user
Are there any brands that offer separate sizing for the fingers and palm?
model
There are several glove brands that offer separate sizing for the fingers and palm, such as Uvex Safety, Keepaere, and Glider Gloves. Uvex Safety offers customised gloves for people with hand deformities, which are manufactured in three steps to ensure a perfect fit. Keepaere also offers gloves that can be tailored to fit individual hands, with a size guide available on their website to help customers find the right size. Glider Gloves Urban Style Touchscreen Gloves are designed to stretch over many hand sizes and provide an accurate fit.
user
I'm playing scrabble with my family and I just drew my seven letters. My letters are: A P N W Q V E. What words can I spell with those?
model
4 letter words and their scrabble score
anew, 7
nape, 6
nave, 7
neap, 6
pane, 6
pave, 9
pawn, 9
pean, 6
vane, 7
vape, 9
vena, 7
wane, 7
wave, 10
wean, 7

3 letter words and their Scrabble score
ane, 3
ape, 5
ave, 6
awe, 6
awn, 6
nae, 3
nap, 5
nav, 6
naw, 6
new, 6
pan, 5
paw, 8
pea, 5
pen, 5
pew, 8
van, 6
vaw, 9
wae, 6
wan, 6
wap, 8
wen, 6
user
Thanku what a great work!
model
You're welcome! I'm glad I could help. If you have any other questions, feel free to ask.
user
Quiero una progresión de acordes para una canción melancólica
model
Una posible progresión de acordes para una canción melancólica podría ser la siguiente: Am - F - C7 - G. Esta es una progresión de acordes en la tonalidad de A menor, que es común en muchos géneros musicales, incluyendo el pop, rock y folk. Esta progresión de acordes tiene un sonido triste y melancólico debido a la presencia de acordes menores como Am y F. Sin embargo, el acorde de G proporciona un cierto contraste y tensión que puede añadir interés y profundidad a la canción. Y el acorde C7 agrega una séptima menor (Bb) a la triada básica (CEG), lo que proporciona un sonido más complejo y con más tensión.
user
How do I make a line in rhinocommon?
model
In RhinoCommon, you can create a line using the `Line` class. Here's an example code snippet to create a line between two points:

```
using Rhino.Geometry;

// Create two points to define the line
Point3d start = new Point3d(0, 0, 0);
Point3d end = new Point3d(5, 5, 5);

// Create a new line using the start and end points
Line myLine = new Line(start, end);

// You can then use the myLine object for further operations
```
In this example, `start` and `end` are two `Point3d` objects that define the start and end points of the line. These points are used to create a new `Line` object called `myLine`. You can then use the `myLine` object for further operations, such as adding it to a Rhino document.
user
Escribe tres posts para Facebook. La empresa es Movistar. El producto es Fibra Optica. Los posts deben tener emojis, llamados a la acción muy clickbait.
model
💻 ¿Estás harto de lentitud en tu conexión a Internet? ¡Movistar tiene la solución! Con nuestra Fibra Óptica podrás navegar a velocidades de vértigo y sin cortes. ¡No esperes más y actualiza a Fibra Óptica de Movistar hoy mismo!

🎮 ¿Eres gamer? ¿Te gusta ver series y películas en línea en calidad 4K? ¡Entonces Fibra Óptica de Movistar es lo que necesitas! Disfruta de tus juegos y contenidos favoritos sin interrupciones ni retrasos. ¡Contáctanos ahora para contratar nuestra Fibra Óptica!

📱 ¿Estás cansado de tener que esperar a que se descarguen tus videos y fotos? Con Fibra Óptica de Movistar, ¡ya no más! Descarga y sube todo lo que quieras en segundos. ¡No te pierdas esta oportunidad única de tener la mejor conexión de Internet! ¡Haz clic aquí para contratar Fibra Óptica de Movistar!
user
Supponendo di voler effettuare analisi metabolomiche quali tecniche d'analisi sono più indicate?
model
Ci sono diverse tecniche d'analisi utilizzate per l'analisi metabolomica, e la scelta dipende dal tipo di campione e dal tipo di informazioni che si desidera ottenere. Alcune delle tecniche d'analisi più comuni includono:

Spettroscopia di risonanza magnetica nucleare (NMR) - questa tecnica è utile per l'identificazione di metaboliti organici e inorganici. È particolarmente utile per l'analisi di campioni biologici come il sangue, l'urina e i tessuti.

Spettrometria di massa (MS) - questa tecnica è ampiamente utilizzata nell'analisi metabolomica. È utile per l'identificazione e la quantificazione di metaboliti e può essere utilizzata per l'analisi di una vasta gamma di campioni biologici.

Cromatografia liquida ad alta prestazione (HPLC) - questa tecnica è spesso utilizzata in combinazione con la spettrometria di massa per l'analisi metabolomica. È utile per la separazione dei metaboliti in un campione prima dell'analisi con MS.

Elettroforesi capillare (CE) - questa tecnica è utile per la separazione di metaboliti carichi elettricamente. È particolarmente utile per l'analisi di campioni biologici come il sangue e l'urina.

La scelta della tecnica d'analisi dipende dalle caratteristiche del campione, dalle informazioni richieste e dal budget disponibile. Inoltre, molte volte è utile combinare più tecniche d'analisi per ottenere una visione completa del metaboloma del campione in esame.
user
What languages is Open Assistant written in?
model
The core of Open Assistant is written in Python, but it uses libraries and connects to tools written in a variety of languages. The source code for Open Assistant is available on GitHub for anyone to view and edit: https://github.com/LAION-AI/Open-Assistant
user
Could I run OpenAssistant on my machine?
model
Depends on what machine you have.
But
1) The model as well as everything else is open source. So in principle you could
2) Right now (2023) the hardware to run a large model is still expensive. But the very fast improvements we have seen in the last years are not going to slow down. So the answer might very well be yes soon.
user
Write a 200 word essay that describes my interest in joining a family medicine residency program. In the program mention that I had multiple publications in med school as well as my high academic grade.
model
As a medical student, I have always had a passion for providing comprehensive, patient-centered care. I believe that family medicine provides the ideal platform for me to fulfill this desire, as it allows me to develop strong, long-lasting relationships with patients and provide them with continuity of care throughout their lives.

During medical school, I was fortunate enough to have several opportunities to publish my work in peer-reviewed journals, which has further solidified my interest in pursuing a career in family medicine. My academic achievements were also noteworthy, as I consistently maintained a high GPA and was recognized for my academic excellence on multiple occasions.

I am confident that a family medicine residency program will provide me with the comprehensive training and hands-on experience that I need to succeed as a primary care physician. I am eager to learn from experienced mentors, work alongside interdisciplinary teams, and serve diverse patient populations. Furthermore, I believe that a family medicine residency program will provide me with the opportunity to make a meaningful impact on my patients' lives, and to contribute to the overall improvement of the health of my community.
user
This is actually 188 words, not 200 words. Could you please give me one that's more close to 200 words?
model
Okay, here is a longer version of the above essay:
As a future primary care physician, I am determined to bring my passion for patient-centered care to the forefront of my practice. I understand the importance of developing strong relationships with my patients and providing them with the continuity of care that they need and deserve. My academic achievements, including my publications in peer-reviewed journals, have only strengthened my interest in pursuing a career in family medicine.

As a medical student, I have learned the importance of interdisciplinary collaboration and I am eager to work alongside other healthcare professionals to provide the best possible care to my patients. I am confident that a family medicine residency program will provide me with the comprehensive training and hands-on experience that I need to succeed in my future practice.

In addition to acquiring the necessary knowledge and skills, I am also looking forward to the opportunity to make a meaningful impact on my patients' lives and to contribute to the overall improvement of the health of my community. I believe that family medicine is the ideal platform for me to satisfy my passion for patient centered care and I am eager to embark on this exciting journey as a resident in a family medicine program.
user
Explica la suma de vectores de manera simple explica las dos formas: la grafica y la numérica
model
La suma de vectores es un concepto fundamental en matemáticas y física que describe cómo combinar dos o más vectores para formar un nuevo vector. Hay dos formas de representar la suma de vectores: gráfica y numérica.

1. Suma de vectores gráfica: La forma gráfica de la suma de vectores implica dibujar los vectores en un plano cartesiano y conectar el extremo del primer vector con el origen del segundo vector. El vector resultante es la línea que va desde el origen hasta el extremo del segundo vector.

2. Suma de vectores numérica: La forma numérica de la suma de vectores implica sumar las componentes de los vectores individuales. Por ejemplo, si tenemos dos vectores A = (a1, a2) y B = (b1, b2), entonces el vector resultante de su suma sería C = A + B = (a1 + b1, a2 + b2).

En ambas formas, la suma de vectores representa la combinación de dos o más vectores en un solo vector resultante que tiene la misma dirección y magnitud que la combinación de los vectores individuales.
user
¿Cómo se hace una suma de vectores por medio de hipotenusa cuyas coordenadas son a(3,2) b(0,0) c(-4,-2)?
model
Para sumar dos vectores a(3,2) b(0,0) y c(-4,-2) utilizando la hipotenusa, primero debes encontrar la magnitud de cada vector. La magnitud de los vectores a y c será:

a: √(3^2 + 2^2) = √13 c: √(-4^2 + -2^2) = √20

Luego, una vez que tengas la magnitud de los dos vectores, puedes encontrar el vector resultante sumando sus magnitudes. La magnitud del vector resultante será:

√13 + √20 = √33

Finalmente, para encontrar las coordenadas del vector resultante, necesitas encontrar el ángulo formado entre los dos vectores. Esto se hará con la función arctg. El ángulo será:

θ = arctg((2-0)/(3-0)) = arctg 2 = 63.43°

Utilizando el ángulo y la magnitud encontradas anteriormente, las coordenadas del vector resultante serán:

x = √33 * cos 63.43° = 2.7 y = √33 * sen 63.43° = 4.7

Por lo tanto, el vector resultante de la suma de los vectores a(3,2) b(0,0) c(-4,-2) es (2.7, 4.7).
user
Write a polite letter to a shop leaving their storefront window lights and tv screens on during the night. Please include why this is bad for the environment and how it can be beneficial to them to turn them off during the night.
model
Dear Sir/Madam

I regularly walk past your storefront windows late at night and I have noticed the bright lights and that all the TV screens are always turned on. If I may, I have a suggestion: dim or turn off the lights and turn off the TV's at the latest hours of the night. This is good for the environment and it will make up savings on your electricity bills. You can automatically turn power on and off with for example plug-in timers or smart plugs.
There are not many people walking by late at night and I don't think taking these steps will have much of an impact on your business.

I hope you will take my advice into consideration.

Best regards
XX
user
Thank you. Now can you give me a slightly less politely worded version?
model
user
Écrit quatres vers d'un couplet de rap ayant pour sujet l'algèbre
model
Je suis irréductible comme 3X et 2 tu fais la somme
Mon flow est infini comme l'ensemble des polynômes
Elles veulent toutes s'arracher mon corps
T'es l'algèbre de Boole, moi de Clifford
user
Provide a python for loop.
model
A for loop is a control flow statement in Python that is used for iterating over a sequence of elements, such as a list, tuple, string, or dictionary, and performing some operation on or with each element.

Here is an example of a Python for loop that loops over a range from 1 to 10:
```python
for i in range(10):
print(i)
```

If the index of the loop is not required it can be ignored with an underscore:
```python
for _ in range(10):
pass
```

It is important to note that in Python, the statements in the loop body are denoted by indentation, and are executed once for each item in the sequence. Also, the loop continues until it has processed all the items in the sequence.
user
What does the "range" function do exactly?
model
It creates a List and populates it with values up to, but not including, the given parameter.

The example given above is therefore equivalent to
```python
for i in [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]:
print(i)
```
user
Mi puoi per favore spiegare il significato di fenologia e come posso modificare le equazioni di Lotka-Volterra per tenerne conto? Mi sarebbe anche utile un richiamo sia ai testi fondativi sia agli ultimi articoli pubblicati sul tema.
model
La fenologia è la scienza che si occupa della classificazione e registrazione degli eventi rilevanti nello sviluppo degli organismi, in particolare di quelli pecilotermi, cioè incapaci di regolare la propria temperatura in modo indipendente da quella ambientale, come ad esempio le piante e gli insetti. La fenologia vegetale in particolare si occupa della definizione delle fasi di sviluppo (o fasi fenologiche) delle piante in particolari scale fenologiche e della registrazione delle date in cui esse si verificano nei diversi ambienti.

Le equazioni di Lotka-Volterra sono un sistema di equazioni differenziali non lineari del primo ordine che forniscono un modello matematico in grado di descrivere la dinamica di un ecosistema in cui interagiscono soltanto due specie animali: una delle due come predatore, l’altra come la sua preda. Il modello fu elaborato indipendentemente da A.J. Lotka e V. Volterra, e presenta la seguente forma:
```
dN/dt = rN - aNP
dP/dt = baNP - mP
```
dove N è il numero di prede, P è il numero di predatori, r è il tasso intrinseco di crescita delle prede, a è il tasso di predazione per unità di predatore, b è l’efficienza con cui le prede vengono convertite in nuovi predatori, e m è il tasso di mortalità dei predatori.

Per tenere conto della fenologia nelle equazioni di Lotka-Volterra, si può introdurre una funzione periodica che modella l’effetto del fotoperiodo sulle popolazioni. Ad esempio, si può assumere che il tasso intrinseco di crescita delle prede sia influenzato dalla lunghezza del giorno secondo la formula:
```
r(t) = r0 + r1 cos(2πt/T)
```
dove r0 e r1 sono costanti positive, t è il tempo e T è il periodo annuale. In questo modo, si ottiene un sistema non autonomo che presenta una dinamica più complessa rispetto al caso originale.

Un testo fondativo sulle equazioni di Lotka-Volterra è quello dello stesso Volterra intitolato “Leçons sur la théorie mathématique de la lutte pour la vie” pubblicato nel 1931. Un articolo recente sul tema della fenologia e delle equazioni di Lotka-Volterra è quello di J.M. Morales et al. intitolato “Phenology and Lotka–Volterra equations: The effect of climate change on predator–prey interactions” pubblicato nel 2019.
user
¿Qué es la astronomía y cuáles son algunos de sus descubrimientos más importantes?
model
La astronomía es una ciencia que estudia la composición y formación de los cuerpos celestes y los fenómenos que ocurren en el Universo. Se considera las más antigua de las ciencias, habiéndose originado hace miles de años, basada en la observación del comportamiento de las estrellas en el cielo. Algunos de los descubrimientos más importantes son:

- En el año 1842 el científico Christian Doppler enuncia el efecto Doppler, el cual estudia como la longitud de onda varía según la distancia y el movimiento del objeto emisor y receptor. Este efecto es usado en la actualidad para establecer distancias y velocidades en astronomía.

- En el año 1915, el famoso científico Albert Einstein publica la teoría general de la relatividad, en ella decía que el espacio y el tiempo eran relativos y que estos formaban un “continuo” llamado espacio-tiempo y que la masa de los objetos hacía que el espacio-tiempo se curvara. Esto llevó a la conclusión de que si este se curvaba también debería afectar a la trayectoria de la luz.

- En el año 1965 los científicos Arno Penzias y Robert Wilson detectaron la radiación de fondo de microondas, esta radiación electromagnética es la consecuencia de la explosión del Big Bang hace 13.820 millones de años. Gracias a esto se puede ver un retrato del universo primitivo y como ha ido cambiando a lo largo de los millones de años.

- En el año 2015 los científicos de la NASA descubrieron el planeta más parecido a la Tierra hasta la fecha, este es un 6% más grande que la Tierra y tarda 385 en completar su órbita. Este planeta se encuentra a 1400 millones de años luz y orbita alrededor de una constelación muy parecida a el sol de la Tierra.

- En el año 2016 los científicos del observatorio LIGO anunciaron uno de los hallazgos más importantes de la astronomía moderna, esto fue la detección de ondas gravitacionales. Gracias a esto se podían confirmar las teorías planteadas por Einstein hace más de 100 años. Con este descubrimiento se puede estudiar el universo sin necesidad de la luz. Con las ondas gravitacionales que emiten los objetos del universo se pudo hacer un experimento que reveló una colisión entre dos agujeros negros hace 1.300 millones de años.

Estos son solo algunos de los descubrimientos más importantes, pero a través de la historia han habido muchos descubrimientos más en astronomía.
user
¿Qué recursos recomendarias para empezar a programar en Python teniendo experiencia en Ruby?
model
Si ya tienes experiencia en programación con Ruby, aprender Python será más fácil para ti, ya que ambos lenguajes tienen muchas similitudes en cuanto a sintaxis y conceptos. Aquí te doy algunas recomendaciones de recursos que puedes utilizar para empezar a programar en Python:

1. Documentación oficial de Python: La documentación de Python es muy completa y detallada. Te brinda una buena comprensión de las características y funcionalidades del lenguaje.
2. Libro "Python para todos" de Allen Downey: Este libro es una excelente introducción a Python y está escrito de manera accesible para aquellos con experiencia en programación.
3. Guía de la comunidad "Python para programadores de Ruby": Este es un recurso en línea que está diseñado específicamente para programadores de Ruby que quieren aprender Python. Contiene comparaciones entre Ruby y Python y explica cómo realizar tareas similares en ambos lenguajes.
4. Cursos en línea: Hay muchos cursos en línea gratuitos y de pago que enseñan Python. Algunos sitios populares incluyen Coursera, Udemy y edX.
5. Participar en proyectos en GitHub: Una forma excelente de aprender Python es participar en proyectos de código abierto en GitHub y trabajar con otros desarrolladores.

Recuerda que la práctica es clave para mejorar tus habilidades en programación, por lo que te recomiendo que comiences a escribir pequeños programas y proyectos en Python para mejorar tus habilidades.
user
Hey, Assistant, I am currently working on a nursing school assignment and would really appreciate your help in comparing and contrasting type 1 and type 2 diabetes mellitus. Could you first define them at a 5th grade reading level and tell me the key differences between them?
model
Diabetes mellitus is a medical condition that affects how the body processes sugar (also known as glucose) in the blood. There are two main types of diabetes: type 1 and type 2.

Type 1 diabetes, also called juvenile diabetes or insulin-dependent diabetes, is a condition in which the body's immune system attacks and destroys the cells in the pancreas that produce insulin. Insulin is a hormone that helps regulate blood sugar levels in the body. People with type 1 diabetes need to take insulin injections or use an insulin pump to manage their blood sugar levels.

Type 2 diabetes, also called adult-onset diabetes or non-insulin dependent diabetes, is a condition in which the body becomes resistant to the effects of insulin, or doesn't produce enough insulin to properly regulate blood sugar levels. This type of diabetes is often associated with lifestyle factors such as obesity, inactivity, and poor diet.

Here are some key differences between type 1 and type 2 diabetes:

Type 1 diabetes usually develops in childhood or adolescence, while type 2 diabetes typically develops in adulthood.
Type 1 diabetes is an autoimmune condition that requires insulin treatment, while type 2 diabetes can often be managed with lifestyle changes and oral medications, but may also require insulin.
People with type 1 diabetes typically have to monitor their blood sugar levels more frequently and carefully than those with type 2 diabetes.
Type 2 diabetes is often associated with obesity, while type 1 diabetes is not.
Type 1 diabetes is less common than type 2 diabetes, accounting for only about 5% of all diabetes cases.
user
How does sugar get in the blood?
model
Generally, carbohydrates in food are broken down by the digestive system into sugar, which then enters the blood. At relatively low concentrations, the glucose is transported through the mucosal lining into the epithelial cells of the intestine by active transport via SGLT1, a co-transporter of sodium and glucose. First, the Na+/K+ ATPase transports 3 sodium ions out into the blood, while bringing in 2 potassium ions using energy from ATP, creating a downhill sodium ion gradient from the outside to the inside. The SGLT1 then uses the energy from the gradient to transport glucose inside. The glucose is then transported into the blood by facilitated diffusion via the transporter GLUT2. At high concentrations, the active transport of glucose is saturated, and other mechanisms might be involved in the absorption of glucose. However, it still needs further research.
Galactose is transported in the same way as glucose via the same transporters, while fructose is transported entirely by facilitated diffusion. The absorption of fructose is much slower than glucose and is quantitatively limited.