fschieber/wit-captions huggingface dataset:
View of the former "Mile of Mills" along the Merrimack River. From left to right, the white tower is the former Lowell Sun offices in Kearney Square, below that is Apartments at Massachusetts Mills. At the point where the smaller Concord River joins the Merrimack, these crumbling buildings formerly belonged to the Massachusetts Mills. Heading upriver, crossing the Merrimack is the Bridge Street Bridge, followed by the largely rehabilitated Boott Mills, then on the site where the Merrimack Manufacturing Company once stood are the River Place Towers. The Tsongas Arena is hidden next door, and in the distance, the smokestacks of the former Lawrence and Suffolk Manufacturing Companies.
Regulación epixenética: a) Os ARNas poden inducir a metilación do ADN ao recrutar a ADN metiltransferase (DNMT). b) Os ARNas poden inducir a metilación de histonas ao recrutar unha histona metiltransferase (HMT). Regulación cotranscricional: c) Os ARNas poden causar a colisión da ARN polimerase (Pol) e parar a transcrición. d) Os ARNas poden traducir preferentemente unha variante de empalme específica (o ARNm V1) ao bloquear a outra variante de empalme (o ARNm V2). Regulación postraducional: e) O dúplex ARNas-ARNm pode bloquear o ribosoma ou unirse ao ARNm ou recrutar a RNase H para degradar o ARNm. Por todos estes mecanismos os ARNas poden inhibir directamente a tradución de ARNm.
English: AsRNAs can regulate gene expression from epigenetic, transcription and translation level. The major role of asRNAs is to repress specific gene expression.
Figure 2: Conserved motifs in the exonuclease domain of human p125. Motifs I to III are conserved in the B-family of polymerases. Motifs IV and V were recently described as conserved between Polδ and Polε.[49]  This domain also has 3 sequence motifs (ExoI, ExoII and ExoIII) that have a specific YX(3)D pattern at ExoIII. The 4 conserved acid residues DEDD that serve as ligands for the metal ions required for catalysis are shown in bold (D316 and E318 in the ExoI motif, D402 in the ExoII motif and D515 in the ExoIII motif). Y511 (underlined) defines p125 of the DDEDy-type of exonuclease superfamilies according to the Zuo and Deutscher nomenclature, and is required for catalysis.[50]
English: exo domain
Clôture en bois sur une berge du Mékong, autour d'une petite île cultivée près de Don Loppadi, à Si Phan Don (4000 îles), Laos, avec un couple travaillant. La femme est en train de démêler une touffe de fil et l'homme est en train de bêcher. Cette barrière est une protection contre les intrus qui voudraient cultiver le même terrain. Cette petite terre n'appartient certainement à personne officiellement, ou bien le propriétaire officiel ne s'en soucie pas. Du fait que cette petite île est totalement immergée pendant la mousson, les premiers locaux qui décident de s'établir là après la décrue du Mékong doivent donner un signal clair au voisinage que le domaine n'est plus disponible.
English: Wooden fence on a Mekong bank, around a small cultivated island near Don Loppadi, in Si Phan Don (4000 islands), Laos, with a couple working. The woman is unraveling a tuft of thread and the man is spading. The fence is a protection to prevent intruders from cultivating the same land. This small ground certainly doesn't belong to anyone officially, or the official owner just doesn't care. Since this tiny island is totally submerged during the monsoon, the first locals who decide to settle there after the recession of the Mekong need to give a clear signal to the neighborhood that the domain is not available anymore. Français : Clôture en bois sur une berge du Mékong, autour d'une petite île cultivée près de Don Loppadi, à Si Phan Don (4000 îles), Laos, avec un couple travaillant. La femme est en train de démêler une touffe de fil et l'homme est en train de bêcher. Cette barrière est une protection contre les intrus qui voudraient cultiver le même terrain. Cette petite terre n'appartient certainement à personne officiellement, ou bien le propriétaire officiel ne s'en soucie pas. Du fait que cette petite île est totalement immergée pendant la mousson, les premiers locaux qui décident de s'établir là après la décrue du Mékong doivent donner un signal clair au voisinnage que le domaine n'est plus disponible.
Distribución del territorio peninsular entre los principales pueblos y grupos de pueblos citados en las fuentes clásicas. A grandes rasgos, sigue un criterio étnico-lingüístico. En naranja, los pueblos "preindoeuropeos-íberos", a los que hay que añadir, en azul claro, la zona turdetana, ambas las de mayor contacto con los pueblos colonizadores. La zona centro, oeste y sur aparece diferenciada entre los pueblos "indoeuropeos-celtas" (en color claro), los pueblos "indoeuropeos-preceltas" (en color rosado) y los pueblos "aquitanos o protovascos", que son lingüísicamente preindoeuropeos, como los íberos, mientras que culturalmente son más similares a los de la zona septentrional.[17]​
"Visar utseendet av de flere slags Taklingar, som mäst brukas på Skepp och andre fartyg; hvaraf Fartygen gemenligen få Namn. 1. Fregat 2. Snaw 3. Kitz eller Hukare 4. Brigantin eller Brigg 5. Billender 6. Scooner 7. Hållensk fisk Hukare 8. Hartlooper Galleoth 9. Galleass 10. Kreyare 11. Hukare Jagt 12. Jagt 13. Chalk 14. Hoy, Engelsk 15. Engelsk Cutter 16. Tartane 17. Spehl Jagt 18. Fransk Skjeps-båt med latins segel 19. Svensk Skjeps-båtmed Jagtsegel 20. Engelsk Deal Cutter med 3:ne sprisegel 21. Slup med 2:ne Sprisegel 22. En Britonsk Fisk-båt 23. En skjeps-Julle med sprisegel och stagfock 24. En Stockholms Lots-båt".Ur Fredrik Henrik af Chapmans Architectura Navalis Mercatoria.
Svenska: Sammanställning av fartygstyper av Fredrik Henric af Chapman som beskrivs i planschverket "Architectura Navalis Mercatoria", utgiven 1768. Originalbeskrivning: "Visar utseendet av de flere slags Taklingar, som mäst brukas på Skepp och andre fartyg; hvaraf Fartygen gemenligen få Namn. 1. Fregat 2. Snaw 3. Kitz eller Hukare 4. Brigantin eller Brigg 5. Billender 6. Scooner 7. Hållensk fisk Hukare 8. Hartlooper Galleoth 9. Galleass 10. Kreyare 11. Hukare Jagt 12. Jagt 13. Chalk 14. Hoy, Engelsk 15. Engelsk Cutter 16. Tartane 17. Spehl Jagt 18. Fransk Skjeps-båt med latins segel 19. Svensk Skjeps-båtmed Jagtsegel 20. Engelsk Deal Cutter med 3:ne sprisegel 21. Slup med 2:ne Sprisegel 22. En Britonsk Fisk-båt 23. En skjeps-Julle med sprisegel och stagfock 24. En Stockholms Lots-båt Visar allahanda Fartygs åtskillige Taklings-sätt, och är större delen af dessa Taklingar sådane, som Caracterisera fartygen, och finnas upteknade i den tabell som åtföljer Boken. Distancen emellan de små Verticala Linierne, som på N:o 1 äro teknade med a och b, utmärka Fartygets bredd. Råerne suponeras vara så brassade, at de göra en angel af 60° med Fartygets Medellinia, hvaraf följer, at Råernes värkeliga längder äro dubbelt större än hvad de synas på Ritningarne, och äro alla dessa Takel-Ritningar efter en och samma Skala, hvilken finnes upritad på samma Plåt."
Maximilian I, Elector of Bavaria, Duke of Bavaria, Elector of Bavaria (Elector Palatine) and president of the Catholic League. Maximilian was a skilled politician and one of the principal beneficiaries of the Thirty Years' War. After the revolt of Frederick V against Ferdinand, which sparked the whole conflict, Maximilian was rewarded with Frederick's electoral dignity. Frederick, as a descendant of the Wittelsbach house was Elector Palatine and Imperial Vicar and thereby held the honor of being among other things the first to vote in Imperial elections. His electoral dignity was the most prestigious in the empire, and its passage to Maximilian increased his prestige considerably.
Deutsch: Maximilian I. (* 17. April 1573 in München; † 27. September 1651 in Ingolstadt) war seit 1597 Herzog von Bayern und seit 1623 Kurfürst des Heiligen Römischen Reiches.
Редакция газеты «Азербайджан», 1919 год.                                    Спереди сидят (слева направо): Пири Мурсельзаде, Рахим ага Векилов.                                                                                  Посередине: Ханафи Зейналлы, Рубабе ханым Тагизаде, Шафига ханым Эфендизаде, Мамед Эмин Расулзаде, Сехра ханым Пашазаде, Узеир Гаджибеков, Мустафа-бек Векилов.                                                                                       Стоящие сзади: Абдул Абдулзаде, Мухаммед Хади Атласов, Хаджиибрагим Гасымов, Мамед-Али Сидги Сафаров, Шафи-бек Рустамбеков, Сейид Хусейн Садиг, Халил Ибрагим, Гадир Хейдаров, Али Юсифзаде, Мухаммед Хади Абдуссалимзаде.
Azərbaycanca: "Azərbaycan" qəzetinin redaksiya heyəti (1919) Soldan sağa. Öndə oturanlar: Piri Mürsəlzadə, Rəhim ağa Vəkilov. Orta cərgədə: Hənəfi Zeynallı, Rübabə Tağızadə, Şəfiqə Əfəndizadə, Məhəmmədəmin Rəsulzadə, Səhra Paşazadə, Üzeyir bəy Hacıbəyov, Mustafa bəy Vəkilov. Ayaq üstə duranlar: Əbdül Əbdülzadə, Mirzə Hadi (Atlasov), Hacıibrahim Qasımov, Məhəmmədəli Sidqi Səfərov, Şəfi bəy Rüstəmbəyov, Seyid Hüseyn Sadiq, Xəlil İbrahimov, Qədir Heydərov, Əli Yusifzadə, Məhəmməd Hadi Əbdüssəlimzadə. Русский: Состав редакционных работников органа мусправительства газеты «Азербайджан» (1919) Спереди сидят (слева направо): Пири Мурсельзаде, Рахим ага Векилов. Посередине: Ханафи Зейналлы, Рубабе Тагизаде, Шафига Эфендизаде, Мамед Эмин Расулзаде, Сехра Пашазаде, Узеир-бек Гаджибеков, Мустафа-бек Векилов. Стоящие сзади: Абдул Абдулзаде, Мухаммед Хади (Атласов), Хаджиибрагим Гасымов, Мамед-Али Сидги Сафаров, Шафи-бек Рустамбеков, Сейид Хусейн Садиг, Халил Ибрагимов, Гадир Хейдаров, Али Юсифзаде, Мухаммед Хади Абдуссалимзаде. English: Editorial staff of the newspaper "Azərbaycan" (1919) Left to right, sitting in front: Piri Mursalzadeh, Rahim Aga Vakilov. In the middle: Hanafi Zeynalli, Rubaba Taghizadeh, Shafiga Afandizadeh, Mammad Amin Rasulzadeh, Sahra Pashazadeh, Uzeyir Bey Hajibeyov, Mustafa Bey Vakilov. On the leg from left: Abdul Abdullazadeh, Mirza Hadi (Atlasov), Hajiibrahim Gasimov, Mammadali Sidgi Safarov, Shafi Bey Rustambeyov, Seyid Huseyn Sadig, Halil Ibrahimov, Gadir Heydarov, Ali Yusufzadeh, Muhammed Hadi Abdussalimzadeh.
Foundation species enhance food web complexity
In a 2018 study by Borst et al...  (A) Seven ecosystems with foundation species were sampled: coastal (seagrass, blue mussel, cordgrass), freshwater (watermilfoil, water-starwort) and terrestrial (Spanish moss, marram grass).
 (B) Food webs were constructed for both bare and foundation species-dominated replicate areas.
 (C) From each foundation species structured-food web, nodes (species) were randomly removed until the species number matched the species number of the bare food webs.
  It was found the presence of foundation species strongly enhanced food web complexity, facilitating particularly species higher in the food chains.[2]
English: Foundation species enhance food web complexity Illustration of the methods. (A) Seven ecosystems (including coastal (blue border), freshwater (yellow border) and terrestrial (green border)) were sampled (B) food webs were constructed, for both bare and foundation species-dominated replicate areas. (C) Finally, from each foundation species structured-food web we randomly removing nodes (i.e. species) until the species number matched the species number of the bare food webs within the 95% CI per ecosystem.
Illustration of regression dilution (or attenuation bias) by a range of regression estimates in errors-in-variables models.  Two regression lines (red) bound the range of linear regression possibilities.  The shallow slope is obtained when the independent variable (or predictor) is on the abscissa (x-axis).  The steeper slope is obtained when the independent variable is on the ordinate (y-axis).  By convention, with the independent variable on the x-axis, the shallower slope is obtained.  Green reference lines are averages within arbitrary bins along each axis.  Note that the steeper green and red regression estimates are more consistent with smaller errors in the y-axis variable.
English: Illustration of wikipedia:regression dilution (or attenuation bias) by a range of regression estimates in wikipedia:Errors-in-variables models. Two regression lines (red) bound the range of linear regression possibilities. The shallow slope is obtained when the independent variable (or predictor) is on the abscissa (x-axis). The steeper slope is obtained when the independent variable is on the ordinate (y-axis). By convention, with the independent variable on the x-axis, the shallower slope is obtained. Green reference lines are averages within arbitrary bins along each axis. Note that the steeper green and red regression estimates are more consistent with smaller errors in the y-axis variable.
Fotografia do Buprestidae neotropical da espécie Euchroma gigantea, conhecida em todo o Brasil e denominada mãe-do-sol; chegando a superar os 9 centímetros de comprimento; utilizada pelos indígenas para a confecção de ornamentos corporais[5][6]; podendo provocar uma modificação significativa na arborização urbana em consequência da sua alta capacidade de reprodução e à voracidade das suas larvas, causando prejuízos diretos na própria planta e indiretos, resultantes dos danos causados pela queda de árvores sobre edificações, veículos, redes elétrica e telefônica e colocando em risco a segurança de pessoas e animais.[7] Seus élitros possuem brilhos avermelhados e da cor do cobre.[8]
Familie: Buprestidae Grösse: 55 mm Verbreitung: Südamerika Fundort: Peru, Dep. Amazonas, Bagua Chica leg. 1999; det. U.Schmidt Foto: U.Schmidt, 2005
Die tektonische Karte des östlichen Mittelmeeres. Die nordanatolische Verwerfung, die ostanatolische Verwerfung sowie die Gräben von Hellenic und Florence. Die Bewegung des anatolischen Blocks nach Westen ergibt sich aus (1) Unterschieden in der Bewegungsgeschwindigkeit zwischen der arabischen und der afrikanischen Platte, (2) unterschiedlichen Bewegungsrichtungen zwischen dem anatolischen Block und der eurasischen Platte im Norden und (3) der Subduktion der afrikanischen Platte unter dem anatolischen Block an den Gräben von Hellenic und Florence. Die arabische Platte bewegt sich schneller nach Norden als die afrikanische Platte, beide relativ zu einer stabilen eurasischen Platte.
English: The tectonic map of Turkey includes the North Anatolian fault, East Anatolian fault, and Hellenic and Florence trenches. The westward movement of the Anatolian block results from (1) differences in rates of motion between the Arabian and African plates, (2) different directions of motion between the Anatolian block and Eurasian plate to the north, and (3) subduction of the African plate beneath the Anatolian block at the Hellenic and Florence trenches. The Arabian plate is moving to the north faster than the African plate, both relative to a stable Eurasian plate. The result is a westward moving wedge incorporating most of Turkey.
NURBS have the ability to exactly describe circles. Here, the black triangle is the control polygon of a NURBS curve (shown at w=1). The Blue dotted line shows the corresponding control polygon of a B-spline curve in 3D homogeneous coordinates, formed by multiplying the NURBS by the control points by the corresponding weights. The blue parabolas are the corresponding B-spline curve in 3D, consisting of three parabolas. By choosing the NURBS control points and weights, the parabolas are parallel to the opposite face of the gray cone (with its tip at the 3D origin), so dividing by w to project the parabolas onto the w=1 plane results in circular arcs (red circle; see conic section).
Диаграмма направленности прямоугольной фазированной антенной решетки изотропных элементов, для несущей частоты 2,4 ГГц (
  
    
      
        
          n
          
            x
          
        
        =
        
          n
          
            y
          
        
        =
        25
      
    
    {\displaystyle n_{x}=n_{y}=25}
  
, 
  
    
      
        
          θ
          
            M
            x
          
        
        =
        0
      
    
    {\displaystyle \theta _{Mx}=0}
  
, 
  
    
      
        
          θ
          
            M
            y
          
        
        =
        10
      
    
    {\displaystyle \theta _{My}=10}
  
).
Русский: Диаграмма направленности построена в соответствии с Драбкин А., Зузенко В., Кислов А. Антенно-фидерные устройства. - 1974. - с. 410-413
Una de las "cabezas" de Pablo Serrano en memoria de Antonio Machado. El 19 de junio de 2007 se instaló en los jardines de la Biblioteca Nacional de Madrid, sobre un pedestal del diseñador Alberto Corazón, la última "cabeza" de Antonio Machado de la casi legendaria serie realizada por el escultor Pablo Serrano desde la década de 1960. Antes, en 1981, otra "cabeza" de don Antonio había sido regalada por Serrano y expuesta en el museo de la Real Academia de Bellas Artes de San Fernando. En la imagen aparece la instalada en Soria en 1982, frente al colegio donde el poeta impartió sus clases de francés. La cabeza original de toda la serie pudo colocarse finalmente en Baeza en 1983.[5]​
Español: Escultura de Pablo Serrano a Antonio Machado, en Soria. El 19 de junio de 2007 se instaló en los jardines de la Biblioteca Nacional de Madrid, sobre un pedestal del diseñador Alberto Corazón, la última "cabeza" de Antonio Machado de la casi legendaria serie realizada por el escultor Pablo Serrano desde la década de 1960. Antes, en 1981, otra "cabeza" de don Antonio había sido regalada por Serrano y expuesta en el museo de la Real Academia de Bellas Artes de San Fernando, y una más en Soria en 1982, frente al colegio donde el poeta impartió sus clases de francés. La supuesta "cabeza original" de toda la serie pudo colocarse finalmente en Baeza en 1983.Machado en Baeza Consultado en marzo de 2014
Cent premières valeurs dans 
  
    
      
        [
        0
        ,
        1
        ]
      
    
    {\displaystyle [0,1]}
  
 du générateur de valeurs pseudo-aléatoires avec 
  
    
      
        a
        =
        
          2
          
            7
          
        
        −
        1
      
    
    {\displaystyle a=2^{7}-1}
  
 , 
  
    
      
        m
        =
        
          2
          
            31
          
        
        −
        1
      
    
    {\displaystyle m=2^{31}-1}
  
 et 
  
    
      
        
          X
          
            0
          
        
        =
        606842583
      
    
    {\displaystyle X_{0}=606842583}
  
.
Français : 100 premiere valeurs du generateur de nobre pseudo aleatoire : X_{n+1}=aX_n mod(m) avec a=2^7-1 , m=2^31-1 et X_0=606842583
Sezioni d'urto medie (tasso di reazione) per le seguenti reazioni: deuterio-deuterio (D-D), deuterio-trizio (D-T), deuterio-elio-3 (D-He3), trizio-trizio (T-T). La soglia per la reazione D-T il picco è a circa 70 keV, per la reazione D-He3 è un po' oltre 100 keV; per le reazioni D-D è oltre i 100 keV, e analogamente per T-T. Nel caso D-D, il tasso di reazione è cumulativo per entrambe le reazioni che coinvolgono il deuterio. I dati da cui il grafico è stato tratto sono stati ottenuti dal NRL Plasma Formulary (pagina 45). il NRL Plasma Formulary può essere scaricato all'indirizzo https://web.archive.org/web/20090901213536/http://wwwppd.nrl.navy.mil/nrlformulary/NRL_FORMULARY_09.pdf
Plot of the average reaction rates for the following fusion reactions: Deuterium-Deuterium (D-D), Deuterium-Tritium (D-T) and Deuterium-Helium (D-He3). Splined data; data source is the NRL Plasma Formulary (page 45, revised 2007). The NRL Plasma Formulary is downloadable at http://wwwppd.nrl.navy.mil/nrlformulary/NRL_FORMULARY_07.pdf
مسـار الـLDLR:   ترتبط جزيئات الـبروتين الدهني LDL (مثلثات زرقاء) بمستقبلات الـLDL (حمراء) على غشاء الخلية، ثم ترتبط المستقبلات مع الكلاثرين (الخضراء) وبروتين الوصل أدابتين وتتكتل في وهدة كلاثرين مغطاة أو كُهيف (1). بعدها ينفصل الكهيف عن الغشاء ليصبح حويصلة كلاثرين مغطاة (2). وبينما تنفصل جزيئات الكلاثرين عن الحويصلة عائدة إلى سطح الخلية (3)، تندمج الحويصلة مع مع الجسيم الداخلي المتأخر (4). يسبب الأس الهيدروجيني المنخفض في الجسيم الداخلي المتأخر انفصال الـLDL عن المستقبل، والذي يعود إلى سطح الخلية عبر حويصلة إعادة تدوير (5). يتم تحليل الـLDL في الجسيم الحال (6) ويتم استعمال كولستيروله في عشاء الجسيم الحال، بينما تتم حلمأة الجزء البروتيني منه إلى أحماض أمينية، تنتشر في السيتوبلازم.
LDL Receptor Pathway. LDL particles (blue triangles) bind the LDL receptor (red) on the cell membrane. The receptors associate with clathrin (green) with the adaptor protein adaptin (purple), and cluster in clathrin-coated pits, or caveolae (1). These pinch off as clathrin-coated vesicles (2). As the clathrin dissociates from the vesicle and returns to the cell surface (3), the vesicle fuses with a late endosome (4). The low pH in the late endosome causes the dissociation of the LDL from its receptor, which returns to the cell surface via a recycling vesicle (5). The LDL is degraded in the lysosome (6) and its cholesterol is incorporated in the lysosomal membrane, while its protein component is hydrolyzed to amino acids that diffuse to the cytoplasm.
This map shows the major domains of the Superior Craton. NSS: Northern Superior Superterrane; OSD Oxford-Stull Terrane; NCT: North Caribou Terrane; ERT: English River Domain; WRT: Winnipeg River Domain; WWT: Western Wabigoon Terrane; EWT: Eastern Wabigoon Terrane; MT: Marmion Terrane; QT: Quetico Terrane; WT: Wawa Terrane; MRVT: Minnesota River Valley Terrane; KU: Kapuskasing Uplift; AT: Abitibi Terrane; PT: Pontiac Terrane; OcS: Opatica Subprovince; AC: Ashuanipi Complex; OnS: Opinaca Subprovince; LG: La Grande Subprovince; BS: Bienville Subprovince; I: Inukjuak Domain; II Tikkerutuk Domain; IV: Lake Minto Domain; V: Goudalie Domain: VI Utsalik Domain; VII: Douglas Harbour Domain
English: This map shows the major domains of the Superior Craton.
Fig. 3. Light energy is absorbed by the donor and acceptor, initiating intervalence charge transfer to directly convert solar energy into electrical energy as D+-A−. In the weak-coupling limit, the coupling 
  
    
      
        
          V
          
            D
            A
          
        
      
    
    {\displaystyle V_{DA}}
  
, reorganization energy 
  
    
      
        λ
      
    
    {\displaystyle \lambda }
  
, and the free energy change 
  
    
      
        Δ
        
          G
          
            0
          
        
      
    
    {\displaystyle \Delta G_{0}}
  
 control the rate of light absorption (and hence charge separation) via Eqn. (1).
English: Absorption of light involving both species in a redox couple
U.S. congressional districts covering Travis County, Texas (outlined in red) in 2002, left, and 2004, right. In 2003, the majority of Republicans in the Texas legislature redistricted the state, diluting the voting power of the heavily Democratic county by parceling its residents out to more Republican districts. In 2004 the orange district 25 was intended to elect a Democrat while the yellow and pink district 21 and district 10 were intended to elect Republicans. District 25 was redrawn as the result of a 2006 Supreme Court decision. In the 2011 redistricting, Republicans divided Travis County between five districts, only one of which, extending to San Antonio, elects a Democrat.
U.S. congressional districts covering en:Travis County, Texas (outlined in red) in 2002, left, and 2004. In 2003, Republicans in the Texas legislature redistricted the state, diluting the voting power of the heavily Democratic county by parceling its residents out to more Republican districts. Created by me using Microsoft MapPoint 2004 and data from http://nationalatlas.gov The district in orange is the infamous "Fajita strip" district 25 (intended as a Democratic district), while the other two districts (10 and 21) are intended to elect Republicans. District 25 has now been redrawn as a result of the 2006 U.S. Supreme Court decision, and is no longer a "Fajita strip". This work has been released into the public domain by its author, PHenry. This applies worldwide. In some countries this may not be legally possible; if so: PHenry grants anyone the right to use this work for any purpose, without any conditions, unless such conditions are required by law.