The Shaw Prize
The Shaw Prize
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Interview with Professor Hélène Esnault (2024)
2024 Shaw Laureate Professor Peter Sarnak’s development of the arithmetic theory of thin groups and the affine sieve explained in our interview with Professor Hélène Esnault, Chair of the Selection Committee for The Shaw Prize in Mathematical Sciences 2024.
#shawprize #mathematicalsciences #interview #shawlaureate2024 #arithmetic
มุมมอง: 175

วีดีโอ

Interview with Professor Bonnie Bassler (2024)
มุมมอง 773 หลายเดือนก่อน
Decoding the Shaw Prize in Life Science and Medicine 2024! What is a foetal to adult haemoglobin switch? What does it have to do to with sickle cell disease and b thalassemia? And what leads to the therapy of these blood disorders? Learn more about the bench-to-bedside achievements of this years’ Laureates, Dr Swee Lay Thein and Dr Stuart Orkin, in this interview with Professor Bonnie Bassler, ...
Interview with Professor Scott D Tremaine (2024)
มุมมอง 1073 หลายเดือนก่อน
The Shaw Prize in Astronomy 2024 Explained! Wondering what time domain astronomy is and why it holds immense significance? Curious about the remarkable contributions of Professor Shrinivas Kulkarni in the field? Your questions answered in this exclusive interview with Professor Scott Tremaine, Chair of the Selection Committee for The Shaw Prize in Astronomy 2024. #shawprize #astronomy #intervie...
Highlights of the 2024 Shaw Prize Press Conference
มุมมอง 2833 หลายเดือนก่อน
The Shaw Prize 2024 marks the 21st year of the award and the Shaw Laureates have been announced at the press conference on Tuesday, 21 May 2024 in Hong Kong. Let's recap the unforgettable moment in the event! #shawprize #shawprize2024 #shawprizelaureates2024 #pressconference #astronomy #lifescienceandmedicine #mathematicalscience #highlights #unforgettablemoment #theshawprize #laureate ▼ Follow...
Announcement of the Shaw Laureates 2024
มุมมอง 8144 หลายเดือนก่อน
The Shaw Prize Foundation announced the Shaw Laureates for 2024 on 21 May, 2024. 2024 marks the 21st year of the presentation of The Shaw Prize, which recognises outstanding achievements in the fields of Astronomy, Life Science and Medicine, and Mathematical Sciences. 【The Shaw Prize in Astronomy】is awarded to Shrinivas R Kulkarni for his ground-breaking discoveries about millisecond pulsars, g...
The Shaw Prize: Tradition and Transformation
มุมมอง 6996 หลายเดือนก่อน
What is the purpose behind the Shaw Prize rebranding project? Who are the creative minds behind the Prize’s new image design? What meanings are conveyed through the Prize’s new logo? What inspired the redesigned setting of the Award Presentation Ceremony? All your questions answered in this final episode about the Shaw Prize’s rebranding journey! #shawprize #rebranding #astronomy #lifesciencean...
The Shaw Prize Lecture in Mathematical Sciences 2023
มุมมอง 1.2K7 หลายเดือนก่อน
Professor Vladimir Drinfeld and Professor Shing-Tung Yau, Shaw Laureates in Mathematical Sciences 2023, delivered Shaw Prize Lecture on 13th November 2023. 【The Shaw Prize Lecture in Mathematical Sciences 2023: “Toward Shimurian Analogs of Barsotti-Tate Group”】 Speaker: Vladimir Drinfeld, Harry Prett Distinguished Service Professor, Department of Mathematics, University of Chicago, USA 【The Sha...
The Shaw Prize Lecture in Life Sci & Medicine 2023
มุมมอง 1867 หลายเดือนก่อน
Professor Patrick Cramer and Professor Eva Nogales, Shaw Laureates in Life Science and Medicine 2023, delivered Shaw Prize Lecture on 13th November 2023. 【The Shaw Prize Lecture in Life Science and Medicine 2023: “Molecular and cellular mechanisms of transcription and its regulation”】 Speaker: Patrick Cramer, Director, Department of Molecular Biology, Max Planck Institute for Multidisciplinary ...
The Shaw Prize Lecture in Astronomy 2023
มุมมอง 2838 หลายเดือนก่อน
Professor Matthew Bailes, Professor Duncan Lorimer and Professor Maura McLaughin, Shaw Laureates in Astronomy 2023, delivered Shaw Prize Lecture on 13th November 2023. 【The Shaw Prize Lecture in Astronomy 2023: “The Discovery and Significance of Fast Radio Bursts“】 Speaker: Matthew Bailes, Director of the Australian Research Council (ARC) and Centre of Excellence for Gravitational Wave Discover...
Highlights of the 2023 Shaw Prize Lectures and workshops
มุมมอง 1728 หลายเดือนก่อน
Highlights of the 2023 Shaw Prize Lectures and workshops - witness the exchange of invaluable ideas and sparks of inspiration that lit up the room! Celebrate the transformative power of knowledge and the incredible impact it has on shaping our future. #shawprize #shawprize2023 #theshawprize #shawprizelectures #shawprizeexhibition #astronomy #lifescienceandmedicine #mathematicalsciences #eventhi...
The Shaw Prize Award Presentation Ceremony 2023 Behind the Scene - Shaw Laureates' activities in HK
มุมมอง 3468 หลายเดือนก่อน
Leaving the science behind…from savouring the flavours of the city’s renowned culinary delights to immersing themselves in the richness of its cultural heritage and exploring the unique landscapes - Hong Kong’s vibrant charm provided an unforgettable backdrop for our Laureates and guests’ journey! #shawprize #shawprize2023 #behindthescenes #shawlaureates #shawlaureates2023 #astronomy #lifescien...
The Shaw Prize Award Presentation Ceremony 2023 Highlight
มุมมอง 5218 หลายเดือนก่อน
As we bid farewell to 2023, let’s relish the enchantment of the award presentation ceremony, a true highlight of the year. Here’s to a magical year and even more extraordinary adventures ahead! #ShawPrize #shawprizwe2023 #astronomy #LifeScienceandMedicine #MathematicalSciences #ShawLaureates #Shawprizeawardpresentationceremony #recap #highlight #magicalmoments #magicalyear #farewell2023
The Shaw Prize Feature Stroy 2023 (with English Subtitle)
มุมมอง 4049 หลายเดือนก่อน
In 2023, 7 scientists were awarded The Shaw Prize for their outstanding contributions to their respective fields. The Shaw Prize Special 2023, a TV series that follows the Laureates through their childhood memories, academic journeys and their lives outside of their offices or laboratories, gives us a closer look into their every day as a scientist, a mentor, a colleague, a friend and a loved o...
The Shaw Prize Feature Stroy 2023 (Can ver.)
มุมมอง 1669 หลายเดือนก่อน
In 2023, 7 scientists were awarded The Shaw Prize for their outstanding contributions to their respective fields. The Shaw Prize Special 2023, a TV series that follows the Laureates through their childhood memories, academic journeys and their lives outside of their offices or laboratories, gives us a closer look into their every day as a scientist, a mentor, a colleague, a friend and a loved o...
The Shaw Prize Feature Stroy 2023 (Putonghua with SC Subtitle)
มุมมอง 1229 หลายเดือนก่อน
In 2023, 7 scientists were awarded The Shaw Prize for their outstanding contributions to their respective fields. The Shaw Prize Special 2023, a TV series that follows the Laureates through their childhood memories, academic journeys and their lives outside of their offices or laboratories, gives us a closer look into their every day as a scientist, a mentor, a colleague, a friend and a loved o...
The Shaw Prize in Mathematical Sciences 2023 (Putonghua with SC Subtitle)
มุมมอง 3459 หลายเดือนก่อน
The Shaw Prize in Mathematical Sciences 2023 (Putonghua with SC Subtitle)
The Shaw Prize in Mathematical Sciences 2023 (with English Subtitle)
มุมมอง 2.6K9 หลายเดือนก่อน
The Shaw Prize in Mathematical Sciences 2023 (with English Subtitle)
The Shaw Prize in Mathematical Sciences 2023 (Cantonese Ver.)
มุมมอง 1.5K9 หลายเดือนก่อน
The Shaw Prize in Mathematical Sciences 2023 (Cantonese Ver.)
Speech by Professor Kenneth Young at the 5th Shaw-IAU Workshop
มุมมอง 1209 หลายเดือนก่อน
Speech by Professor Kenneth Young at the 5th Shaw-IAU Workshop
The Shaw Prize Award Presentation Ceremony 2023 - Speech by Prof. Randy Schekman
มุมมอง 829 หลายเดือนก่อน
The Shaw Prize Award Presentation Ceremony 2023 - Speech by Prof. Randy Schekman
The Shaw Prize Award Presentation Ceremony 2023 - Speech by Prof. Hélène Esnault
มุมมอง 1329 หลายเดือนก่อน
The Shaw Prize Award Presentation Ceremony 2023 - Speech by Prof. Hélène Esnault
The Shaw Prize Award Presentation Ceremony 2023 - Speech by Prof. Scott Tremaine
มุมมอง 1029 หลายเดือนก่อน
The Shaw Prize Award Presentation Ceremony 2023 - Speech by Prof. Scott Tremaine
The Shaw Prize Award Presentation Ceremony 2023 - Welcome Speech by Dr Raymond Chan
มุมมอง 1479 หลายเดือนก่อน
The Shaw Prize Award Presentation Ceremony 2023 - Welcome Speech by Dr Raymond Chan
The Shaw Prize Award Presentation Ceremony 2023 - Congratulatory Address by The Hon Mr John KC Lee
มุมมอง 829 หลายเดือนก่อน
The Shaw Prize Award Presentation Ceremony 2023 - Congratulatory Address by The Hon Mr John KC Lee
The Shaw Prize in Life Science and Medicine 2023 (Putonghua with SC Subtitle)
มุมมอง 349 หลายเดือนก่อน
The Shaw Prize in Life Science and Medicine 2023 (Putonghua with SC Subtitle)
The Shaw Prize in Life Science and Medicine 2023 (Cantonese Ver.)
มุมมอง 839 หลายเดือนก่อน
The Shaw Prize in Life Science and Medicine 2023 (Cantonese Ver.)
The Shaw Prize in Life Science and Medicine 2023 (with English Subtitle)
มุมมอง 3349 หลายเดือนก่อน
The Shaw Prize in Life Science and Medicine 2023 (with English Subtitle)
The Shaw Prize in Astronomy 2023 (Putonghua with SC Subtitle)
มุมมอง 1099 หลายเดือนก่อน
The Shaw Prize in Astronomy 2023 (Putonghua with SC Subtitle)
The Shaw Prize in Astronomy 2023 with (Cantonese Ver.)
มุมมอง 779 หลายเดือนก่อน
The Shaw Prize in Astronomy 2023 with (Cantonese Ver.)
The Shaw Prize in Astronomy 2023 (with English Subtitle)
มุมมอง 3509 หลายเดือนก่อน
The Shaw Prize in Astronomy 2023 (with English Subtitle)

ความคิดเห็น

  • @oopsgirl44
    @oopsgirl44 9 วันที่ผ่านมา

    So wonderfully made.

  • @machinelearning171
    @machinelearning171 12 วันที่ผ่านมา

    陈教授千古 人类文明曙光

  • @SageCog801-zl1ue
    @SageCog801-zl1ue 2 หลายเดือนก่อน

    Very nice. I like these people. I wish I knew people like these. Thank you for sharing.

  • @livemchan9817
    @livemchan9817 2 หลายเดือนก่อน

    👍👍👍

  • @ludvigm
    @ludvigm 2 หลายเดือนก่อน

    “Skill will come with knowledge but knowledge will not come with skill” Great quote to end on!

  • @enlongchiou
    @enlongchiou 2 หลายเดือนก่อน

    From Chern-Simons differential geometry[3D] to K theory [2D quantum field of torus] of Algebraic geometry by ADS/CFT are Witten's knot theory of 4D dynamic space time in physics g*m^2=(g(p)*pm^2/k*e^2)*(e+)=(k*e^2/e-)*(ch/2pi) : self interact graviton g*m^2=ch/2pi oscillate between 3 3D quantum black hole at Planck scale l=g*m/c^2=(h*g/2pi*c^3)^0.5=1.616231*10^-35 meter which can deduce ch=2pi*g*m^2=8pi*g*(m*c^2/2)/c^4 : solution of GR field equation, m=(ch/2pi*g)^0.5=2.176466*10^-8 kg], proton scale pl=g(p)*(4pi*pm/3)/c^2=8.809*10^-16 meter which can deduce ch=2pi*pl*pm*c^2/(4pi/3)[2D quantum field], Atom scale A^2=g(p)*pi*me/128.4980143*c^2 which deduce ch=2pi*A*me*c^2/137.036[2D torus], generate strong force g(p)=g*m^2/pm^2=g*(pl/4.1888*l)^2=1.13*10^28 which deduce ch=2pi*l*m*c^2=2pi*pl*pm*c^2/4.1888 by graviton g*m^2 oscillating between l, pl scale, EM force between proton[pm=1.672621868*10^-27 kg], electron[me=9.10928356*10^-31 kg] in [hydrogen]Atom[A=5.29177282*10^-11 meter] by k*e^2=g(p)*pm^2/137.036=ch/(2pi*137.036)[e+]=me*(c/137.036)^2*A[e-]=4pi*g(p)*pm*me*137.036/128.51991 which can reproduce Dirac's quantum field deduce 0.001161409725=1/(2pi*137.036) : Schwinger's weak QED for anomalous electron magnetic moment of (g-2)/2 factor from positron e+=ch/(2pi*137.036)=k*e^2 which can turn into quantum gravity 2pi*k*e^2*137.036=ch=(2*A1*137.036*pm*c^2)*(4pi*A*137.036)=En*L produce photon r=En=ch/L=chR=me*(c/137.036)^2/2=13.6*e[1.602*10^-19], deduce weak force unite g(p) with k*e^2 by pm/me=1836.1527=4pi*137.036^2/128.51991=1/(4*A1*137.036^3)=(pi/(128.4980143*A*137.036))^0.5, deduce 2pi*0.001161409725*(me/pm)^2=(me/pm)^2/(g*m^2/k*e^2)=(me/pm)^2/137.036=128.4980143*A/3.1415926=2.16*10^-9 : discrepancy of muon magnetic moment of (g-2)/2 factor between experiment data[0.001165920+((61-41)+(57-25))*10^-9/2], theoretical prediction[0.00116584719+6845*10^-7+154*10^-8+92*10^-9] from Fermilab at 8/10/23, 85.73% ratio between muon[105 mev=(3*137.036/2)*0.511], electron[0.511 mev=me*c^2=g*m^2*137.036/A] decay from strong force by 14.27=A/(3*137.036*(A-A1))=128.51991/(3*137.036*(128.51991-128.49801421207))=128.49801421207/3^2 deduce A1=A*(128.4980143/128.51991)=5.2908712*10^-11 meter : oscillation of 3 two dimensional Schwinger-Dyson quantum field[3 2D torus of k theory] ch=2pi*l*m*c^2=2pi*pl*pm*c^2/(4pi/3)=2pi*A*me*c^2/137.036 by ADS/CFT duality from 3 3D quantum black hole l, pl, A^2 which can compose a unique extra 6D Calabi-Yau manifold for string theory fits our universe cause Einstein's Brownian motion we can observe at Atom scale, deduce 2^(1/6)*ch=125 Gev [1.602*10^-19/c^2] : Higgs boson from it's super symmetry 1/137.036=e^2/(2*ch*p)=k*e^2/g*m^2 unite QM with GR, transformation between 3 2D quantum field, p=8.85418782*10^-12, u=4pi*10^-7 are permittivity, permeability of free space ch=2pi*g*m^2=2pi*g*(137.036*up*e-/l)*(137.036*up*e+/l) at speed of light c=1/(up)^0.5=299792458[meter/second] : gravitational wave of EM force.

  • @oplemath
    @oplemath 2 หลายเดือนก่อน

    This man is gold!

  • @xerox92
    @xerox92 3 หลายเดือนก่อน

    5:04 9:37 17:47

  • @tongleekwan1324
    @tongleekwan1324 3 หลายเดือนก่อน

    竟然沒有提及,丘成桐因解決卡拉比猜想而獲菲爾茲獎Field's Medal, 亦因他在其他很多數學領域成就,而獲得其他很多數學獎,例如:Wolf prize,

  • @enlongchiou
    @enlongchiou 3 หลายเดือนก่อน

    3 two dimensional Schwinger's Dyson quantum field ch=8pi*g*(m*c^2/2)^2/c^4[GR]=2pi*l*m*c^2=2pi*pl*pm*c^2/4.1888=2pi*A*me*c^2/137.036 by ADS/CFT duality from 3 quantum black hole at Planck scale l=g*m/c^2=(h*g/2pi*c^3)^0.5=1.616231*10^-35 meter which can deduce ch=2pi*g*m^2, proton scale pl=g(p)*(4pi*pm/3)/c^2=8.809*10^-16 meter which can deduce ch=2pi*pl*pm*c^2/4.1888, Atom scale A^2=g(p)*pi*me/128.4980143*c^2 which can deduce ch=2pi*A*me*c^2/137.036 can compose a unique extra 6 dimensional Calabi-Yau manifold for string theory fits our universe , deduce 2^(1/6)*ch=125 Gev[1.602176634*10^-19/c^2] : Higgs boson from it's super symmetry 1/137.036=e^2/(2*ch*p)=k*e^2/g*m^2 unite QM with GR by self interact graviton g*m^2=137.036*(e+)=(k*e^2/e-)*g*m^2 which's base on Witten's knot theory of 4D dynamic space time in math oscillate between l, pl, A scale generate strong force g(p)=g*m^2/pm^2=g*(pl/4.1888*l)^2=1.13*10^28 which can deduce ch=2pi*l*m*c^2=2pi*pl*pm*c^2/(4pi/3), EM force between proton[pm=1.672621868*10^-27 kg], electron[me=9.10938356*10^-31 kg] in Atom[A=5.29177282*10^-11 meter] by k*e^2=g(p)*pm^2/137.036=ch/(2pi*137.036)[e+]=me*(c/137.036)^2*A[e-]=4pi*g(p)*pm*me*137.036/128.51991 which can reproduce Dirac's quantum field deduce 0.001161409725=1/(2pi*137.036) : anomalous electron magnetic moment of (g-2)/2 factor from potential energy of positron in magnetic field e+=ch/(2pi*137.036)=k*e^2 oscillating with momentum energy of electron in electrical field e-=me*(c/137.036)^2*A=k*e^2 in vacuum 2pi*k*e^2*137.036=ch=2pi*g*(137.036*up*e+/l)*(137.036*up*e-/l)=(2*A1*137.036*pm*c^2)*(4pi*A*137.036)=En*L at speed of light c=1/(up)^0.5=299792458[meter/second][u=4pi*10^-7, p=8.85418782*10^-12]produce photon r=En=ch/L=chR=me*(c/137.036)^2/2=13.6*e[1/1^2-1/n^2][1.602176634*10^-19]=13.6*e*((1/1^2-1/2^2)+(1/2^2-1/3^2)+...+(1/n^2-1/(n+1)^2))=(h/2pi)*(f1+f2+...+fn) positive energy from negative vacuum[Dirac's sea] of compact space[l, pl, A^2][Calabi conjecture], deduce weak force unite g(p) with k*e^2 by pm/me=1836.1527=4pi*137.036^2/128.51991=1/(4*A1*137.036^3)=(pi/(128.4980143*A*137.036))^0.5, from it can deduce 2pi*0.001161409725*(me/pm)^2=(me/pm)^2/(g*m^2/k*e^2)=(me/pm)^2/137.036=128.4980143*A/3.1415926=2.16*10^-9=0.00116592026-0.00116591810=(0.001165920+((61-41)+(57-25))*10^-9/2) - (0.00116584719+6845*10^-7+154*10^-8+92*10^-9) : discrepancy of muon magnetic moment of (g-2)/2 factor between experiment data, theoretical prediction from Fermilab at 8/10/23, 85.73% ratio between muon[105 mev=(3*137.036/2)*0.511], electron[0.511 mev=me*c^2=g*m^2*137.036/A] decay from strong force by 14.27=A/(3*137.036*(A-A1))=128.51991/(3*137.036*(128.51991-128.49801421207))=128.49801421207/3^2 where A1=A*(128.4980143/128.51991)=5.2908712*10^-11 meter : vibration of Calabi-Yau manifold at Atom scale A cause Einstein's Brownian motion we can observe, (6.674103388/6.661181)^2*0.001161409725=0.00116592026 : anomalous muon magnetic moment of (g-2)/2 factor for QCD of Yang-Mills gauge field, m/pm=1.3*10^19 is it's mass gap, g=6.674103388*10^-11 : gravitational constant from m=(ch/2pi*g)^0.5=2.176466*10^-8 kg which can deduce ch=2pi*g*m^2, 16*g*pm*c^2=1.602176634*10^-19=e : positive charge unit of proton where g=6.6611811^-11 due to red shift effect, pm/me=1836.1527 is mass gap of QED of Yang-Mills gauge field, oscillation between QCD, QED of Yang-Mills gauge field (me/pm)^2/(g*m^2/k*e^2)=2.16*10^-9 : extra wobbling of muon magnetic moment, Yang-Mills gauge field is relate to Calabi-Yau manifold from experiment data at Fermilab, CERN can prove it.

  • @shimonshmueli6872
    @shimonshmueli6872 3 หลายเดือนก่อน

    Congratulations! Being the first to comment here, does that qualify me for some fractional Erdos handshake number? 😇

  • @goenzoy712
    @goenzoy712 3 หลายเดือนก่อน

    Congratulations to all laureate s

  • @tahamuhammad5962
    @tahamuhammad5962 4 หลายเดือนก่อน

    Unsolved Math Victories of the Cenozoic Era, which is also known as the "age of mammals" by Taha M. Muhammad/ USA Kurd Iraq th-cam.com/video/M5UuHlHps8E/w-d-xo.html Fermat’s Last Theorem /Approved by Cambridge University UK, By Taha M. Muhammad/ USA Kurd Iraq th-cam.com/video/ikSz36RDkSY/w-d-xo.html Collatz Sequence/ Approved by Cambridge University UK By Taha M. Muhammad/ USA Kurd Iraq th-cam.com/video/pX5Sih8dsts/w-d-xo.html /Euler Perfect Box/ Approved by Cambridge University UK By Taha M. Muhammad/ USA Kurd Iraq

  • @enlongchiou
    @enlongchiou 4 หลายเดือนก่อน

    From Chern-Simons differential geometry to k theory of Algebraic geometry[2pi*(2-3*2))=-8pi] deduce Witten's 4D self interact knot theory which in physics is self interact graviton g*m^2=137.036*(e+)=(k*e^2/e-)*g*m^2 which's by graviton g*m^2=ch/2pi : solution of GR field equation ch=8pi*g*(m*c^2/2)^2/c^4 in 4D dynamic space time oscillating between quantum black hole at Planck scale l=g*m/c^2=(h*g/2pi*c^3)^0.5 =1.616231*10^-35 meter which can deduce ch=2pi*g*m^2, proton scale pl=g(p)*(4pi*pm/3)/c^2=8.809*10^-16 meter, Atom scale A^2=g(p)*pi*me/128.4980143*c^2, generate strong force g(p)=g*m^2/pm^2=g*(pl/4.1888*l)^2=1.13*10^28, EM force between proton[pm=1.672621868*10^-27 kg], electron[me=9.10938356*10^-31 kg] in Atom[A=5.29177282*10^-11 meter] k*e^2=g(p)*pm^2/137.036=ch/(2pi*137.036)[e+]=me*(c/137.036)^2*A[e-]=4pi*g(p)*pm*me*137.036/128.51991 which can reproduce Dirac's quantum field, deduce 0.001161409725=1/(2pi*137.036) : anomalous electron magnetic moment of (g-2)/2 factor from potential energy of positron e+=ch/(2pi*137.036)=k*e^2 which can turn into quantum gravity 2pi*k*e^2*137.036=ch=(2*A1*137.036*pm*c^2)*(4pi*A*137.036)=En*L produce [dark] photon r=En=ch/L=chR=me*(c/137.036)^2/2=13.6*e[1.602*10^-19]=13.6*e*((1/1^2-1/2^2)+(1/2^2-1/3^2)+...+(1/n^2-1/(n+1)^2))=(h/2pi)*(f1+f2+...+fn) in negative vacuum energy of Dirac's sea[Einstein's electric photon effect], deduce weak force unite strong force g(p) with EM force k*e^2 by pm/me=1836.1527=4pi*137.036^2/128.51991=1/(4*A1*137.036^3)=(pi/(128.4980143*A*137.036))^0.5, from it can deduce 2pi*0.001161409725*(me/pm)^2=(me/pm)^2/137.036=128.4980143*A/3.1415926=2.16*10^-9=0.00116592026-0.00116591810=(0.001165920+((61-41)+(57-25))*10^-9/2) - (0.00116584719+6845*10^-7+154*10^-8+92*10^-9) : discrepancy of muon magnetic moment of (g-2)/2 factor between experiment data, theoretical prediction from Fermilab at 8/10/23, 85.73% ratio between muon[105 mev=(3*137.036/2)*0.511], electron[0.511 mev=me*c^2=g*m^2*137.036/A] decay from strong force by 14.27=A/(3*137.036*(A-A1))=128.51991/(3*137.036*(128.51991-128.49801421207))=128.49801421207/3^2 where A1=A*(128.4980143/128.51991)=5.2908712*10^-11 meter, vibration of 3 two dimensional Schwinger-Dyson quantum field ch=2pi*l*m*c^2[type1]=2pi*pl*pm*c^2/4.1888[type2b]=2pi*A*me*c^2/137.036[type2a] by ADS/CFT duality from 3 quantum black hole l, pl, A^2 which can compose a unique extra 6 dimensional Calabi-Yau manifold for string theory fits our universe cause Einstein's Brownian motion we can observe, deduce 2^(1/6)*ch=125 Gev : Higgs boson from it's super symmetry 1/137.036=e^2/(2*ch*p)=k*e^2/g*m^2 unite QM with GR by vacuum ch=(4.9154)^3*pm=111.4421 Gev=2pi*g*m^2=2pi*g*(137.036*up*e-/l)*(137.036*up*e+/l)[SG] at speed of light c=1/(up)^0.5 =299792458 [meter/second]where p=8.85418782*10^-12, u=4pi*10^-7 are permittivity, permeability of free space ch which is under critical mass [6^3*pm] can expand our universe, and ch have meter^3*kg/second^2 dimension can deduce Kepler law[meter^3/second^2] of orbit between planets[kg], galaxies[kg] where can found dark matter ch/3=(8*pi^2/3)*g(p)*pm*me*137.036^2/128.51991 by ch[72.13%] + ch/3[24.14%] + ch/6pi [3.83%]= En[100%], due to asymptotic freedom of strong force g(p) make outer planets, galaxies feel more gravitational force than inner one, ch/6pi=W*p/R for regular matter can emit light spectrum r=En=chR=me*(c/137.036)^2/2 by electron decay which shrink proton radius to 8.7548*10^-16 meter produce W=(8.809/8.7548)^2*80.5=81.5 Gev : weak interact massive particle[WIMP] for dark matter, oscillation between dark energy , dark matter, regular matter can deduce experiment data from Planck satellite for dark energy 68.3%=72.13-3.83, dark matter 26.8%, regular matter 4.9%, via Hilbert's quantum space deduce 3.83=(4.9-3.83)+(26.8-24.04), in bullet cluster when two galaxies collide can detect blue light for dark matter that prove Calabi-Yau manifold connect with string theory can explain anomalies at micro, macro scale.

  • @janklaas6885
    @janklaas6885 4 หลายเดือนก่อน

    📍15:22

  • @JohelSouza
    @JohelSouza 4 หลายเดือนก่อน

    Fermat: oh, this thing has no proof I can think of. But, what I can do, is destroy the life of thousands of future mathematicians with just one side note…

  • @양익서-g8j
    @양익서-g8j 5 หลายเดือนก่อน

    중국도 정부가 자유를 주면 활기차게 생각하는 사람이 늘거라고 생각해요.

  • @gigodotbernard9368
    @gigodotbernard9368 5 หลายเดือนก่อน

    Used to be a pupil at the lycée du Parc (Lyons) where I was at the same time. Good pupil he was 😅

  • @janklaas6885
    @janklaas6885 5 หลายเดือนก่อน

    📍8:49

  • @santiagoarce5672
    @santiagoarce5672 6 หลายเดือนก่อน

    That guy in the audience that he's talking about around 1:25:00 turns out to be donald knuth!

  • @harryschmidt4465
    @harryschmidt4465 7 หลายเดือนก่อน

    How charming. Thanks!

  • @marra5203
    @marra5203 7 หลายเดือนก่อน

    I first got in touch with Arnold's work during my undergrad studies with the Cat Mapping, around 2008. Then my PhD thesis, finished in 2017, I studied some of his classification of singularities. What an amazing man.

  • @HughChing
    @HughChing 7 หลายเดือนก่อน

    The Post-Science Knowledge Revolution th-cam.com/video/2nKCCqdA0T0/w-d-xo.html Post-Science in Money-Oriented Society th-cam.com/video/rLl14UJ7yBY/w-d-xo.html th-cam.com/video/dNv0p_ngIIg/w-d-xo.html (Post-Science with Chinese translation)

  • @juspreetsandhu8446
    @juspreetsandhu8446 8 หลายเดือนก่อน

    Probably one of the finest analysts/probability theorists of the last 50 years.

  • @azvrmechanicaluniverse8922
    @azvrmechanicaluniverse8922 8 หลายเดือนก่อน

    Big mathematics master in the world ! Really great man

  • @maxotbekessov2225
    @maxotbekessov2225 8 หลายเดือนก่อน

    Congratulations on your success.

  • @parvdize3968
    @parvdize3968 8 หลายเดือนก่อน

    the shaw prize always has the most recognizable ends😂

  • @parvdize3968
    @parvdize3968 8 หลายเดือนก่อน

    what a family

  • @parvdize3968
    @parvdize3968 8 หลายเดือนก่อน

    one day i‘m gonna be there

  • @parvdize3968
    @parvdize3968 8 หลายเดือนก่อน

    Legend

  • @rem999
    @rem999 8 หลายเดือนก่อน

    Alguien se ha enterado de esto en España??? Ha salido en las televisiones?? Se ha restrasmitido esto en las televisiones españolas?? NO Nuestras niñas ya tienen su referente oficial y popular: las futbolistas

  • @adolfilosofoprofesordefilo6976
    @adolfilosofoprofesordefilo6976 9 หลายเดือนก่อน

    Muy orgulloso de la compatriota. Además, estudió la EGB y el BUP, como yo. Es muy triste que en España llevemos años criticando la 'meritocracia' de manera frívola y nivelando los estudios por debajo para que así los mediocres políticos exhiban sus cifras de titulitis vacía. Ojalá, esta gran mujer vuelva a nuestra querida España e ilumine a tanto mediocre que ha echado a perder la enseñanza pública en España.

    • @rem999
      @rem999 8 หลายเดือนก่อน

      👏👏

  • @NamoAmitabhaBuddha1
    @NamoAmitabhaBuddha1 9 หลายเดือนก่อน

    南無阿彌陀佛

  • @NamoAmitabhaBuddha1
    @NamoAmitabhaBuddha1 9 หลายเดือนก่อน

    南無阿彌陀佛🎉

  • @raphael2692
    @raphael2692 9 หลายเดือนก่อน

    Fadeieff très charmant

  • @tymalone1937
    @tymalone1937 9 หลายเดือนก่อน

    "promosm"

  • @calicoesblue4703
    @calicoesblue4703 9 หลายเดือนก่อน

    What is a shaw prize???

    • @parvdize3968
      @parvdize3968 8 หลายเดือนก่อน

      Nobel of the East... a rich dude from hong kong found this to honor great scientists

    • @calicoesblue4703
      @calicoesblue4703 8 หลายเดือนก่อน

      @@parvdize3968 Nice. Thanks😎👍

  • @dendrites
    @dendrites 9 หลายเดือนก่อน

    Stroy

  • @BlessFav411
    @BlessFav411 9 หลายเดือนก่อน

    Congratulations Professor

  • @BlessFav411
    @BlessFav411 9 หลายเดือนก่อน

    Awesome

  • @kevinlau5940
    @kevinlau5940 10 หลายเดือนก่อน

    Yea shaw prize money 💰 is available now

  • @camellkachour4112
    @camellkachour4112 10 หลายเดือนก่อน

    Maxim is not only a Great mathematician, he is also very human ! I got the chance to work with him in IHES (2017)

  • @314calls
    @314calls 10 หลายเดือนก่อน

    Is there any way we can see rest of the footage of him explaining graphs and connection to knot invariants on the board?

  • @alankongyt
    @alankongyt 10 หลายเดือนก่อน

    Please change the word "Anniversay" to "Anniversary" in the title, thank you.

  • @Tarek_ebn_Afaaf
    @Tarek_ebn_Afaaf 11 หลายเดือนก่อน

    Dirac Equation in Gravity Field

  • @santafucker1945
    @santafucker1945 ปีที่แล้ว

    nerd

  • @topdog5252
    @topdog5252 ปีที่แล้ว

    7:17 since when was it Wiles Theorem? C’mon TH-cam

  • @sniqe
    @sniqe ปีที่แล้ว

    The amicable numbers are not "in the Bible" in any meaningful way that I can tell unless you take a coincidental mention of 220... that might be noteworthy if it was paired with 284, but it's not... just the number of sheep that Jacob gave Esau

  • @FrancoisHollande-gi4mk
    @FrancoisHollande-gi4mk ปีที่แล้ว

    Simon donaldson is the most idiot mathematician in the mathematic clay.

  • @albabahmed7670
    @albabahmed7670 ปีที่แล้ว

    He is an interesting scientist