RT @integrablesys: Did you know that Pierre Bonnet of the Gauss--Bonnet theorem fame was born 200 years ago #OnThisDay? More on this theore…
Did you know that Pierre Bonnet of the Gauss--Bonnet theorem fame was born 200 years ago #OnThisDay? More on this theorem at https://t.co/5waXGHY5MA @SpringerMath @adhara_mathphys @emulenews @genkuroki @neet2go Free to read #SharedIt link 🔼 made using ▶️
RT @oaetc: ¿Qué tan eficientes son las universidades españolas 🇪🇸? https://t.co/swRuIHbjoY cc @CrueUniversidad @deiph @411emilio @emulenew…
RT @oaetc: ¿Qué tan eficientes son las universidades españolas 🇪🇸? https://t.co/swRuIHbjoY cc @CrueUniversidad @deiph @411emilio @emulenew…
RT @integrablesys: Did you know about solitons in graphene? Check out the review by @pakmav, @RusFrancisco & @emulenews ➡️ https://t.co/SBG…
RT @integrablesys: Very interesting. It would be nice to see the slides or the preprint. Likewise, for integrable partial differential syst…
RT @oaetc: ¿Qué tan eficientes son las universidades españolas 🇪🇸? https://t.co/swRuIHbjoY cc @CrueUniversidad @deiph @411emilio @emulenew…
RT @oaetc: ¿Qué tan eficientes son las universidades españolas 🇪🇸? https://t.co/swRuIHbjoY cc @CrueUniversidad @deiph @411emilio @emulenew…
RT @oaetc: ¿Qué tan eficientes son las universidades españolas 🇪🇸? https://t.co/swRuIHbjoY cc @CrueUniversidad @deiph @411emilio @emulenew…
¿Qué tan eficientes son las universidades españolas 🇪🇸? https://t.co/swRuIHbjoY cc @CrueUniversidad @deiph @411emilio @emulenews @isidroaguillo @jmedino @juliomayol @manuel_de_leon @RodrigoCostas1 @taih @uni_g9 Enlace libre para leer ⬆️ hecho usando 👉 ht
RT @oaetc: How efficient are Spanish 🇪🇸 universities? https://t.co/swRuIHbjoY @Springernomics cc @albertomartin @AWHarzing @CMonge_CR @eo…
RT @oaetc: How efficient are Spanish 🇪🇸 universities? https://t.co/swRuIHbjoY @Springernomics cc @albertomartin @AWHarzing @CMonge_CR @eo…
RT @integrablesys: Did you know about solitons in graphene? Check out the review by @pakmav, @RusFrancisco & @emulenews ➡️ https://t.co/SBG…
RT @integrablesys: Did you know about solitons in graphene? Check out the review by @pakmav, @RusFrancisco & @emulenews ➡️ https://t.co/SBG…
RT @integrablesys: Did you know about solitons in graphene? Check out the review by @pakmav, @RusFrancisco & @emulenews ➡️ https://t.co/SBG…
Did you know about solitons in graphene? Check out the review by @pakmav, @RusFrancisco & @emulenews ➡️ https://t.co/SBGLBrjR15 @SpringerMath cc @adhara_mathphys @GrapheneCA @GrapheneUCam @smonteil1 Free to read #SharedIt link 🔼 made usin
RT @oaetc: How efficient are Spanish 🇪🇸 universities? https://t.co/swRuIHbjoY @Springernomics cc @albertomartin @AWHarzing @CMonge_CR @eo…
RT @oaetc: How efficient are Spanish 🇪🇸 universities? https://t.co/swRuIHbjoY @Springernomics cc @albertomartin @AWHarzing @CMonge_CR @eo…
RT @integrablesys: Happy birthday to Victor Kac @MITMath of Kac--Moody algebras fame, born in 1943 #OnThisDay! More on these algebras at ht…
RT @integrablesys: Happy birthday to Barry Mazur @HarvardMath, born in 1937 #OnThisDay & best known for seminal contributions to number the…
RT @integrablesys: Happy birthday to Victor Kac @MITMath of Kac--Moody algebras fame, born in 1943 #OnThisDay! More on these algebras at ht…
RT @oaetc: How efficient are Spanish 🇪🇸 universities? https://t.co/swRuIHbjoY @Springernomics cc @albertomartin @AWHarzing @CMonge_CR @eo…
RT @integrablesys: Happy birthday to Victor Kac @MITMath of Kac--Moody algebras fame, born in 1943 #OnThisDay! More on these algebras at ht…
RT @oaetc: How efficient are Spanish 🇪🇸 universities? https://t.co/swRuIHbjoY @Springernomics cc @albertomartin @AWHarzing @CMonge_CR @eo…
RT @oaetc: How efficient are Spanish 🇪🇸 universities? https://t.co/swRuIHbjoY @Springernomics cc @albertomartin @AWHarzing @CMonge_CR @eo…
How efficient are Spanish 🇪🇸 universities? https://t.co/swRuIHbjoY @Springernomics cc @albertomartin @AWHarzing @CMonge_CR @eomalea @isidroaguillo @jcorrean @jmenac @JLOrtegaPriego @lupicinio @miguelsaravia Free to read #Sharedit link ⬆️ made using HT 👉
RT @integrablesys: Happy birthday to Victor Kac @MITMath of Kac--Moody algebras fame, born in 1943 #OnThisDay! More on these algebras at ht…
Happy birthday to Victor Kac @MITMath of Kac--Moody algebras fame, born in 1943 #OnThisDay! More on these algebras at https://t.co/Umar4Y9Uzw @SpringerMath cc @adhara_mathphys @alg_d @emulenews @genkuroki @lovebourbaki Free to read link 🔼 made using ▶️ h
RT @integrablesys: Happy birthday to Barry Mazur @HarvardMath, born in 1937 #OnThisDay & best known for seminal contributions to number the…
RT @integrablesys: Did you know the famous Riemann hypothesis turned 160 this November? Check out an essay on it by Alain Connes @Institut_…
RT @integrablesys: Did you know the famous Riemann hypothesis turned 160 this November? Check out an essay on it by Alain Connes @Institut_…
RT @integrablesys: Did you know the famous Riemann hypothesis turned 160 this November? Check out an essay on it by Alain Connes @Institut_…
Happy birthday to Barry Mazur @HarvardMath, born in 1937 #OnThisDay & best known for seminal contributions to number theory and topology! Check out his paper on plausibility in maths https://t.co/Ihe6ymFmD5 @SpringerMath Free to read link 🔼 made using
RT @integrablesys: Why are integrable systems important for biology? To find out, see @Jp_odwyer 's paper, free to read at https://t.co/53v…
RT @LISResearch: RT @oaetc: New survey of h-index-related literature by A. & G. Schubert https://t.co/XWuzUlA8j9 @SpringerEdu Free to read…
RT @integrablesys: New survey on important algebras related to integrable systems https://t.co/qYOETwcYsE @SpringerMath cc @adhara_mathphy…
RT @oaetc: Why #HighlyCited articles in general are not highly #tweeted? This & more in the @Springernomics paper at https://t.co/Wuo4DWVz…
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
RT @integrablesys: Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https:…
RT @integrablesys: Happy birthday to the well-known mathematical physicist @FreemanDys0n of @the_IAS born in 1923 #OnThisDay! More on his…
RT @integrablesys: New survey on important algebras related to integrable systems https://t.co/qYOETwcYsE @SpringerMath cc @adhara_mathphy…
RT @LISResearch: RT @oaetc: New survey of h-index-related literature by A. & G. Schubert https://t.co/XWuzUlA8j9 @SpringerEdu Free to read…
RT @oaetc: New survey of h-index-related literature by A. & G. Schubert https://t.co/XWuzUlA8j9 @SpringerEdu Free to read link ⬆️ made using 👉 https://t.co/c0qy1umT7H https://t.co/IHApsGTMII
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
RT @integrablesys: Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @Sp…
Did you know that the great mathematician Sophus Lie 🇳🇴 was born in 1842 #OnThisDay? More at https://t.co/2bz9tf6OSN @SpringerMath @abel_prize @emulenews @KennethRuud @lthmath @neil_calkin @UniOslo @YosukeSaito7 Free to read link 🔼 made using ▶️ h
RT @oaetc: New survey of h-index-related literature by A. & G. Schubert https://t.co/P8UR6PW4Bi @SpringerEdu @aloestcuz @copdeb @emulenews…
RT @oaetc: Can a personal website be useful as an information source for assessing individual scientists? See the paper by A. Más-Bleda & @…
RT @oaetc: How do @CrossrefOrg & @DSDimensions compare with @Google Scholar, @MSFTAcademic, @Scopus & @webofscience? See the new paper by @…
RT @oaetc: Can a personal website be useful as an information source for assessing individual scientists? See the paper by A. Más-Bleda & @…
RT @oaetc: New survey of h-index-related literature by A. & G. Schubert https://t.co/P8UR6PW4Bi @SpringerEdu @aloestcuz @copdeb @emulenews…
RT @oaetc: New survey of h-index-related literature by A. & G. Schubert https://t.co/P8UR6PW4Bi @SpringerEdu @aloestcuz @copdeb @emulenews…
RT @oaetc: New survey of h-index-related literature by A. & G. Schubert https://t.co/P8UR6PW4Bi @SpringerEdu @aloestcuz @copdeb @emulenews…
RT @oaetc: New survey of h-index-related literature by A. & G. Schubert https://t.co/P8UR6PW4Bi @SpringerEdu @aloestcuz @copdeb @emulenews…
New survey of h-index-related literature by A. & G. Schubert https://t.co/P8UR6PW4Bi @SpringerEdu @aloestcuz @copdeb @emulenews @eomalea @fgouveia @innostudy @isidroaguillo @LISResearch @lupicinio @schallierw @WonhyukCho Free to read link ⬆️ made usin
RT @integrablesys: New survey on important algebras related to integrable systems https://t.co/qYOETwcYsE @SpringerMath cc @adhara_mathphy…
RT @integrablesys: Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https:…
New survey on important algebras related to integrable systems https://t.co/qYOETwcYsE @SpringerMath cc @adhara_mathphys @alg_d @b8eansatz @emulenews @genkuroki @k10z @lovebourbaki @mtbatchelor @Ozera1 @simizut22 @sl2c Free to read link 🔼 made using ▶️ ht
RT @integrablesys: Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https:…
RT @integrablesys: Happy birthday to the well-known mathematical physicist @FreemanDys0n of @the_IAS born in 1923 #OnThisDay! More on his…
RT @integrablesys: Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https:…
RT @integrablesys: Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https:…
RT @OpenScienceR: Tip: to get a freely shareable full text link to ANY Springer Nature paper you have subscription access to, click Share a…
RT @integrablesys: Happy birthday to the well-known mathematical physicist @FreemanDys0n of @the_IAS born in 1923 #OnThisDay! More on his…
RT @integrablesys: Happy birthday to the well-known mathematical physicist @FreemanDys0n of @the_IAS born in 1923 #OnThisDay! More on his…
RT @integrablesys: Happy birthday to the well-known mathematical physicist @FreemanDys0n of @the_IAS born in 1923 #OnThisDay! More on his…
RT @integrablesys: Happy birthday to the well-known mathematical physicist @FreemanDys0n of @the_IAS born in 1923 #OnThisDay! More on his…
RT @integrablesys: Happy birthday to the well-known mathematical physicist @FreemanDys0n of @the_IAS born in 1923 #OnThisDay! More on his…
Happy birthday to the well-known mathematical physicist @FreemanDys0n of @the_IAS born in 1923 #OnThisDay! More on his research https://t.co/3mH581nRcP @SpringerMath cc @adhara_mathphys @chibafx @411emilio @emulenews Free to read link 🔼 made using ▶️
RT @integrablesys: Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https:…
RT @integrablesys: Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https:…
RT @integrablesys: Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https:…
Did you know that János Bolyai, known for pioneering work on non-Euclidean geometry, was born in 1802 #OnThisDay? https://t.co/Pkm8M2sodS @SpringerMath cc @chibafx @emulenews @fpmaths @geo_dif @jfpas @sfera314 @y_ut_o_ Free to read link 🔼 made using ▶️ ht
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
RT @oaetc: It is well known that review papers as a group tend to receive more #citations; however the highest cited individual papers are…
RT @oaetc: .@stefhaustein's Scholarly @Twitter metrics is now published https://t.co/WO4Q6pva5Z (#openaccess https://t.co/YqfjC6tGTI @arXiv…
RT @oaetc: Need to quickly figure out journal impact factor, #altmetrics and all that? See the brief survey at https://t.co/FiGnHovRZN @Spr…
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
RT @oaetc: .@stefhaustein's Scholarly @Twitter metrics is now published https://t.co/WO4Q6pva5Z (#openaccess https://t.co/YqfjC6tGTI @arXiv…
RT @integrablesys: Why are integrable systems important for biology? To find out, see @Jp_odwyer 's paper, free to read at https://t.co/53v…
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
RT @integrablesys: Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @a…
Laser solitons in one, two and three dimensions -- a survey https://t.co/wMUZdO8sBz @SpringerMath @SpringerPhysics @adhara_mathphys @chibafx @emulenews @GGoery @j_bertolotti @jctravs @johnmdudley @NPNHWU @StefanWabnitz Free to read link 🔼 made using ▶️
RT @integrablesys: Did you know that Painlevé equations can be seen as nonlinear special functions? More in @peteraclarkson's lectures (HT…
RT @oaetc: The h-index paradox: the average h-index of your coauthors is usually higher than yours https://t.co/VgfDCO9L6H cc @daforerog…
RT @oaetc: The h-index paradox: the average h-index of your coauthors is usually higher than yours https://t.co/VgfDCO9L6H cc @daforerog…
RT @oaetc: The h-index paradox: the average h-index of your coauthors is usually higher than yours https://t.co/VgfDCO9L6H cc @daforerog…
RT @oaetc: The h-index paradox: the average h-index of your coauthors is usually higher than yours https://t.co/VgfDCO9L6H cc @daforerog…
RT @oaetc: The h-index paradox: the average h-index of your coauthors is usually higher than yours https://t.co/VgfDCO9L6H cc @daforerog…