Transient effects in hydronization
|
|
- Alexandra Paul
- 5 years ago
- Views:
Transcription
1 Transient effects in hydronization Michał Spaliński University of Białystok & National Centre for Nuclear Research Foundational Aspects of Relativistic Hydrodynamics, ECT* Trento, 9th May 2018
2 Introduction Hydronization: the process of reaching a stage of evolution where hydrodynamics works. AdS/CFT Gradient expansion, order 1 Proceeds by the decay of transients, leaving long-lived excitations. Very convenient to use special variables, which behave universally at late times, leading to attractor behaviour. For SYM, transients exhibit damped-oscillatory behaviour, which can be seen in numerical solutions at intermediate times. Out there, where most non-hydro modes have decayed
3 <latexit sha1_base64="g8ainwzt7jqoacv7xs/dqdazxuc=">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</latexit> <latexit sha1_base64="g8ainwzt7jqoacv7xs/dqdazxuc=">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</latexit> <latexit sha1_base64="g8ainwzt7jqoacv7xs/dqdazxuc=">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</latexit> <latexit sha1_base64="g8ainwzt7jqoacv7xs/dqdazxuc=">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</latexit> Role of the gradient expansion T µ = Eu µ u + P(E)(g µ + u µ u )+ µ r T =0 Navier-Stokes theory µ = µ needs a UV-completion to cure its acausality (MIS, BRSSS, ahydro, ) This introduces non-hydrodynamic modes which act as a regulator No unique way to do this Domain of applicability of hydrodynamics: regulator independence
4 Standard approach: MIS, BRSSS, ( D + 1) µ = µ +... can be matched to the least damped QNM of N=4 SYM HJSW: an alternative designed to have oscillating transient modes ( 1 1 T D)2 +2! I T D +! 2 µ =! 2 µ c 1 T D ( µ )+... The choice determines the non-hydrodynamic sector (transient behaviour) The gradient expansion: matching hydrodynamics to a microscopic theory µ = µ + D( µ )+... Bonus: divergent gradient expansions carry information about the non-hydro sector.
5 <latexit sha1_base64="o+2mugizsg2wckz7nk/uxrrpxhc=">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</latexit> <latexit sha1_base64="sj+smgchomrmkmmlseicompcjbi=">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</latexit> <latexit sha1_base64="sj+smgchomrmkmmlseicompcjbi=">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</latexit> <latexit sha1_base64="f+jbp6ahbgtnxlvzuydruaevttq=">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</latexit> <latexit sha1_base64="dmteqaqm5vu2vsidvunzqqzjmxe=">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</latexit> <latexit sha1_base64="dmteqaqm5vu2vsidvunzqqzjmxe=">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</latexit> <latexit sha1_base64="mkksvyhmzaphy17m9z56m9/aody=">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</latexit> <latexit sha1_base64="mkksvyhmzaphy17m9z56m9/aody=">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</latexit> <latexit sha1_base64="sj+smgchomrmkmmlseicompcjbi=">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</latexit> <latexit sha1_base64="sj+smgchomrmkmmlseicompcjbi=">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</latexit> <latexit sha1_base64="sj+smgchomrmkmmlseicompcjbi=">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</latexit> <latexit sha1_base64="sj+smgchomrmkmmlseicompcjbi=">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</latexit> <latexit sha1_base64="mkksvyhmzaphy17m9z56m9/aody=">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</latexit> <latexit sha1_base64="7gfwi5p+mpnpdl7a4u16k62v1ho=">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</latexit> <latexit sha1_base64="ocsghuvgx3kszgyg6jtwgukc7js=">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</latexit> <latexit sha1_base64="ocsghuvgx3kszgyg6jtwgukc7js=">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</latexit> <latexit sha1_base64="npd8bgpkzruqkdtyhw7w/aidddu=">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</latexit> <latexit sha1_base64="w3ypaer1wo2c3fzhd4sds7opimw=">aaacxnicbzbbaxqxfmezo9a6wru1f8gdwux0tm4uor6lrebxbbctbjbltezng5pkhurnyxlm6kfxwj+mt34um9sv7nyhgx/+v/d4yt+vtfkupr97yyohjzyebz7pp3229xx7sppi2fenkzirla7caq4etbi4iuuat2uhyhknj/nfycdpltf5vdnvtkhxzudmqljjogjnb68fkv1gugq58mpwutqq8ryeenzw7xwwtefpsvh9ka3ekk1qpn/pvrnfjrudlqqg76dzwtmsgcmlnbz90xisqv7agu6jtgdqz8lyjy1/g52cl5wlxxjfuv9obddel0weow3quv9nnfk/nm2o/dqlytynozw3i8pgc6p4fwsvlenjehefskfiw7k8h5gfxfd6fwhxslbggc2cogpden0kczofte1dikwho/rlhdx1xzsokeabrqd5xxzvjbj0lh37odz4vap5k71ib9h7lrf9dsc+sjgbmml+sj/smv3q3sqbyvayfdua9fyzu+xojs//afx1udo=</latexit> <latexit sha1_base64="w3ypaer1wo2c3fzhd4sds7opimw=">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</latexit> <latexit sha1_base64="w3ypaer1wo2c3fzhd4sds7opimw=">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</latexit> <latexit sha1_base64="w3ypaer1wo2c3fzhd4sds7opimw=">aaacxnicbzbbaxqxfmezo9a6wru1f8gdwux0tm4uor6lrebxbbctbjbltezng5pkhurnyxlm6kfxwj+mt34um9sv7nyhgx/+v/d4yt+vtfkupr97yyohjzyebz7pp3229xx7sppi2fenkzirla7caq4etbi4iuuat2uhyhknj/nfycdpltf5vdnvtkhxzudmqljjogjnb68fkv1gugq58mpwutqq8ryeenzw7xwwtefpsvh9ka3ekk1qpn/pvrnfjrudlqqg76dzwtmsgcmlnbz90xisqv7agu6jtgdqz8lyjy1/g52cl5wlxxjfuv9obddel0weow3quv9nnfk/nm2o/dqlytynozw3i8pgc6p4fwsvlenjehefskfiw7k8h5gfxfd6fwhxslbggc2cogpden0kczofte1dikwho/rlhdx1xzsokeabrqd5xxzvjbj0lh37odz4vap5k71ib9h7lrf9dsc+sjgbmml+sj/smv3q3sqbyvayfdua9fyzu+xojs//afx1udo=</latexit> Bjorken flow w T / As a function of the clock variable the pressure anisotropy A P T P P L is very special: it shows universal behaviour at late times: A(w) =8( /s) 1 w +... independently of initial conditions. Because of the simple scaling form this takes, one can further rescale w w /s so the leading behaviour is even independent of the model. For this observable a special attractor solution exists.
6 The attractor in BRSSS hydrodynamics Evolution equation C 1+ A 12 A 0 + C 3w + C 1 8C A 2 = 3 2 8C w A in terms of dimensionless transport coefficients C = T, C = /s, C 1 = T 1 / Gradient expansion solution Hydro 1 Numerics Attractor A = 8C w + 16C (C C 1 ) 3w Note: the attractor depends on the values of the transport coefficients. Question: how closely can one model the attractor of a microscopic theory?
7 Asymptotic behaviour in BRSSS Singularities of the analytic continuation of the Borel transform Borel transform method: A B ( ) = 1X n=1 a n n! n Branch point location determined by Cannot integrate over the real line Z A resummed (w) =w C d e w à B ( ) Complex ambiguity
8 The ambiguity is resolved by incorporating trans-series sectors 1X 1 X A = a n w n + ce 3 2C w w C 2C 1 C a (1) n w n +... n=0 n=0 The exponentially-suppressed corrections: transient, non-hydrodynamic modes. The coefficients in the trans-series sectors are related by resurgence relations. The complex trans-series parameter c is partially fixed by consistency. The remaining freedom is a single real integration constant. The perturbative sector has no memory of the initial conditions The exponential decay shows how the solution forgets the initial conditions.
9 Borel summation with oscillating transients N=4 SYM HJSW hydro The pattern of divergence in SYM ang HJSW hydro is almost identical No singularities on the real axis; ignore instanton sectors Idea: use HJSW hydro as a testbed for the Borel summation of the hydro series
10 Borel sum in HJSW We adopt HJSW as a testing ground: Use 240 terms of the series Attractor Borel The result can be compared to the numerically determined attractor The summation breaks down for w < 0.3, but gets better for larger values of w. Could be improved by including trans-series sectors, but this would require determining appropriate values of trans series parameters. Next: proceed in the same way to sum the series for N=4 SYM
11 Attractor in N=4 SYM Hydro 1 Numerics Attractor Hydro 1 Numerics Attractor Very early hydronization Pressure anisotropy at hydrodynamization high A 0 = 2530w w 2 570w The difference between the attractor and hydro-1 is parameter dependent Behaviour for small w hard to get this way
12 MIS attractor SYM attractor Gradient expansion, order1 Comparing attractors: the BRSSS attractor tracks the SYM attractor very closely: is reaches the MIS attractor as soon as the calculation makes sense.
13 <latexit sha1_base64="nvrypmem6ewys23l0vrmxksqgws=">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</latexit> <latexit sha1_base64="vcbfadff7b5orfu/xrgtfa7j8io=">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</latexit> <latexit sha1_base64="vcbfadff7b5orfu/xrgtfa7j8io=">aaadcniclzhnjtmwfiwdlp+h/hvgbxszfajoajwubswldnkwqjqrbueqm5hjoq01dhlzdlvl+s3y8dg8xrwhd4ctthktssgs5zp73emt+cy5z0r7/pxxan64eev2wz3w3xv3hzxshz6aqkyqhi5jxjn5hmnfouvpwdpn6xkukryxp9p48kpjp9+pvcxlv+l1tkobfyllgmhalal2l5tj7uolrioj6hr0wn4dq3pheigxr60zwprf0awopsgvhaslffoneaejnqhrkkxhzobipqpst+y5gyvyqxzojni2kjslwyx1gvl5e9v49h8v2bxh1o74fb9acf8ew9ezhqhjh1fd9sg69h6ieuykqvnnofzqfvi5dg2wmhfobqsviuayxoifntmzykfvakq3tvc5q8xhkkm3uw2r6t8og4vsaxg7toh1utvzwfwxmxu6ersaluafpinzbcufhzqd5edgnelknf87gylk7l8hwwkjixbjbbvqslckewknc4po3bqdcobwo7xx0uljyvssntrpbt0uhwlzgknsbbc6wwwatmbnz7dnzxehozqscofo9lx4h9455iyz1ee3lyadfud3g69uqu/bzh2ap+aideea3oahoaujmabee+f99ibetpg7+at5rnnztda8recxulaar/4akyqeaa==</latexit> <latexit sha1_base64="wv9rzbrem0/autpqv+7d+cgrpdy=">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</latexit> <latexit sha1_base64="38mi4e5dntf/3kixirpgv77mzfq=">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</latexit> <latexit sha1_base64="8+4uvga57b7u4xphdgoyqrfxp7w=">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</latexit> <latexit sha1_base64="8+4uvga57b7u4xphdgoyqrfxp7w=">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</latexit> <latexit sha1_base64="f+jbp6ahbgtnxlvzuydruaevttq=">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</latexit> <latexit sha1_base64="ppquua0id8mjvus0yy1bd185uxi=">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</latexit> <latexit sha1_base64="ppquua0id8mjvus0yy1bd185uxi=">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</latexit> <latexit sha1_base64="y8cbfqfvp4gwy1nyxumhmbg56hm=">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</latexit> <latexit sha1_base64="y8cbfqfvp4gwy1nyxumhmbg56hm=">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</latexit> <latexit sha1_base64="8+4uvga57b7u4xphdgoyqrfxp7w=">aaac9hicbzhpixmxfmft8ddaf2xxwyuxybfahdlti16u1a7oscp2d6gzhtkztbs2yyxjzksj+umeb+lbi/+kv/fgyx/etlsfd+qdr768t7685l205eybmlxobdeu37h5a+d2+87de/d3o3spjnrrkuinpocfokmxppxjojhmchpskopfyulxejaq+fe5vzov8tassxolpjmszwqbx0o6izseswsvorfow5dwveuiom1nl4lpinkvskx8ftquw3xqex73xskdxzxkhxsbzu0/6xtdqbgkuc2is9hdf/f70z9ph2cc7lu+o6wgladsei61nkzhawkllwgeu9dglayljmd4rqdesiyoju3qtw4+9zum5oxykq1cvf91wcy0xoru3xtyzhwt1cx/swll8hexzbksdjvk3sivodqfrechm6yomxzpbsak+bdcmscke+mh3g4jsrekeallzckaowsrwry+de4qoqhj3b2mb01aop/1idbvknxnh7e/fepbjzztdre85abpuimu2qcpwy68qa898summqvbfkfdqrqoog9+q2/aonbay/ae9eaenon98b6mwqqq8b38bl/arxaefam+bt/wv4pwpechublbj7+tnpzu</latexit> <latexit sha1_base64="8+4uvga57b7u4xphdgoyqrfxp7w=">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</latexit> <latexit sha1_base64="8+4uvga57b7u4xphdgoyqrfxp7w=">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</latexit> <latexit sha1_base64="8+4uvga57b7u4xphdgoyqrfxp7w=">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</latexit> <latexit sha1_base64="y8cbfqfvp4gwy1nyxumhmbg56hm=">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</latexit> Seeing the transients in SYM plasma The QNM can be seen in the Borel-Pade plot. They can also be seen directly in numerical solutions of Bjorken flow obtained using AdS/CFT. The form of the trans-series correction is apple 3 3 A(w) A H (w)+e 3 2 I w w +(w) cos 2 Rw I log(w) + (w)sin 2 Rw I log(w) where ±(w) =C ± 1+ X n>0 a (±) n w n! is the 1-instanton sector series, which we can approximate by a constant. But we do not really know the universal part.
14 <latexit sha1_base64="oyj0/wi+gxvb2yf/wvprojrfrpm=">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</latexit> <latexit sha1_base64="yovlshaplpivjsxgfs2qur4/shw=">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</latexit> <latexit sha1_base64="yovlshaplpivjsxgfs2qur4/shw=">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</latexit> <latexit sha1_base64="0ncqqkk0inwrdltlgn/oivnpxmu=">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</latexit> To see that the transient, damped oscillations can be resolved with the existing numerical methods we can consider pairs of solutions; their difference will not involve the universal, hydrodynamic part: A 1 (w) A 2 (w) e 3 2 I w w apple C (+) 3 12 cos 2 Rw I log(w) + C ( ) 3 12 sin 2 Rw I log(w) Here all the parameters are fixed apart from the two amplitudes, which reflect the initial conditions and differ from one pair of solution to another. The two amplitudes appearing in the formula above can then be fitted to the numerical solution.
15 <latexit sha1_base64="slblz64dmrhlrqfynmiqjgh4/1i=">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</latexit> <latexit sha1_base64="car3x/jw0ji/bqwzemh9ojjbrqy=">aaac4hicbzhnbhmxemedlr8lfkvw5girvuou6w4u9ijuoeg9bktasveszxq9ivwvd2v7isllryruiamheaeegis8bolii+bngoluggnkv+bnv8aesurbtqndx61g59r1gzd3b7vv37l7735n78gplipf2zgwoldncwgmugrjw41g56vikcecnsuxl2p+9o4pzqv5xixlfucwkzzjfiwvttshpis3thf13fskt+jjp/gqe8ey0ypmwiemis/mpo9jzinnf27a6yadcbv4w0sxonu0/34n+vpt92i61/pc0ojwozogctb6eowlis0ow6lgrk0qzuqgfzbjey8l5ezhdvuzh/d9jcvzoxxkg1fvfx0wcq2xeejv5mdmusnq4v/ypdlzywy5lcvdjf03yiqbtyhrmeguk0anwhobvhh/vkznoiaap8x2m0i2oeweg0wtyamzllaq+kvzv9fxterunt1u0tl5racbokeynxng/vanbdcpvjvc8pabpqmmumqdxm+5yioeeesxgtvxty1oh4mohesv/fafo3xsokfomeqhcd1br+gejdayufqzfuc/0m8gct4eh4np66tb69lzef2j4otf2lruea==</latexit> <latexit sha1_base64="car3x/jw0ji/bqwzemh9ojjbrqy=">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</latexit> <latexit sha1_base64="3s0tma+6hmloid/epa3pluejyj0=">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</latexit> Alternatively, instead of looking at differences of solutions, we can try to subtract the universal part ( hydro to all orders ) by estimating it using the gradient expansion. Can we just remove the universal part by subtracting first or second order of the gradient expansion? First order of the gradient expansion A (1) H (w) =8( /s) 1 w
16 <latexit sha1_base64="ui4azheqv6uopoof/c3sdukx/pg=">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</latexit> <latexit sha1_base64="kkt+f+jjji1mjzwspgdu45v4kim=">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</latexit> <latexit sha1_base64="kkt+f+jjji1mjzwspgdu45v4kim=">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</latexit> <latexit sha1_base64="tzbwnlg6rytgciy3byobvuajm5k=">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</latexit> Instead, we can try to use the estimate of all-order hydro provided by the attractor calculated as the Borel sum of the truncated gradient expansion: 3 3 A(w) A? (w) e 3 2 I w w R applec (+) cos 2 Rw I log(w) + C ( ) sin 2 Rw I log(w)
17 Summary Hydrodynamics can be formulated based on very general arguments and matched to microscopic theories by comparing gradient expansions. The emergence of hydrodynamic behaviour is governed by the decay of non-hydrodynamic modes rather than local equilibration. Universal observables which exhibit attractor behaviour provide a clean way to study the decay of transients. The naive Borel sum provides a reasonable approximation to the attractor. The least-damped QNM can be seen directly in the late time behaviour of numerical solutions of Bjorken flow.
Trans-series & hydrodynamics far from equilibrium
Trans-series & hydrodynamics far from equilibrium Michal P. Heller Max Planck Institute for Gravitational Physics (Albert Einstein Institute), Germany National Centre for Nuclear Research, Poland many
More informationRelativistic hydrodynamics at large gradients
Relativistic hydrodynamics at large gradients Michał P. Heller Perimeter Institute for Theoretical Physics, Canada National Centre for Nuclear Research, Poland based on 03.3452, 302.0697, 409.5087 & 503.0754
More informationHolography, thermalization and heavy-ion collisions III
Holography, thermalization and heavy-ion collisions III Michał P. Heller Perimeter Institute for Theoretical Physics, Canada National Centre for Nuclear Research, Poland 1302.0697 [PRL 110 211602 (2013)]
More informationDivergence of the gradient expansion and the applicability of fluid dynamics Gabriel S. Denicol (IF-UFF)
Divergence of the gradient expansion and the applicability of fluid dynamics Gabriel S. Denicol (IF-UFF) arxiv:1608.07869, arxiv:1711.01657, arxiv:1709.06644 Frankfurt University 1.February.2018 Preview
More informationExperimental evidence for non-hydrodynamic modes
Experimental evidence for non-hydrodynamic modes Paul Romatschke CU Boulder & CTQM In collabora*on with J. Brewer Based on arxiv: 1508.xxxxx Experimental evidence for non-hydrodynamic modes Paul Romatschke
More informationRecent lessons about hydrodynamics from holography
Recent lessons about hydrodynamics from holography Michał P. Heller m.p.heller@uva.nl University of Amsterdam, The Netherlands & National Centre for Nuclear Research, Poland (on leave) based on 03.3452
More informationBlack Hole dynamics at large D
Black Hole dynamics at large D Roberto Emparan ICREA & U. Barcelona & YITP Kyoto w/ Kentaro Tanabe, Ryotaku Suzuki Einstein s eqns even in simplest cases encode a vast amount of physics Black holes colliding,
More information1 Solutions in cylindrical coordinates: Bessel functions
1 Solutions in cylindrical coordinates: Bessel functions 1.1 Bessel functions Bessel functions arise as solutions of potential problems in cylindrical coordinates. Laplace s equation in cylindrical coordinates
More informationShock waves in strongly coupled plasmas
Shock waves in strongly coupled plasmas M. Kruczenski Purdue University Based on: arxiv:1004.3803 (S. Khlebnikov, G. Michalogiorgakis, M.K.) Q uantum G ravity in the Southern Cone V, Buenos A ires,2010
More informationAdS/CFT and (some) Big Questions in Heavy Ion Collisions JORGE NORONHA. University of São Paulo
AdS/CFT and (some) Big Questions in Heavy Ion Collisions JORGE NORONHA University of São Paulo 20 Years Later: The Many Faces of AdS/CFT, Princeton, Nov. 2017 Heavy Ion Collisions in a Nutshell QCD out
More informationContents. 1.1 Prerequisites and textbooks Physical phenomena and theoretical tools The path integrals... 9
Preface v Chapter 1 Introduction 1 1.1 Prerequisites and textbooks......................... 1 1.2 Physical phenomena and theoretical tools................. 5 1.3 The path integrals..............................
More informationNotes for Expansions/Series and Differential Equations
Notes for Expansions/Series and Differential Equations In the last discussion, we considered perturbation methods for constructing solutions/roots of algebraic equations. Three types of problems were illustrated
More informationGRAVITATIONAL COLLISIONS AND THE QUARK-GLUON PLASMA
GRAVITATIONAL COLLISIONS AND THE QUARK-GLUON PLASMA TOWARDS MORE REALISTIC MODELS OF THE QGP THERMALISATION Work with Michał Heller, David Mateos, Jorge Casalderrey, Paul Romatschke, Scott Pratt and Peter
More informationNewton s laws. Chapter 1. Not: Quantum Mechanics / Relativistic Mechanics
PHYB54 Revision Chapter 1 Newton s laws Not: Quantum Mechanics / Relativistic Mechanics Isaac Newton 1642-1727 Classical mechanics breaks down if: 1) high speed, v ~ c 2) microscopic/elementary particles
More informationarxiv: v1 [nucl-th] 18 Apr 2019
Prepared for submission to JHEP Emergence of hydrodynamical behavior in expanding quark-gluon plasmas arxiv:1904.08677v1 [nucl-th] 18 Apr 2019 Jean-Paul Blaizot a and Li Yan b a Institut de Physique Théorique,
More informationDepartment of Physics
Department of Physics Early time dynamics in heavy ion collisions from AdS/CFT correspondence Anastasios Taliotis taliotis.1@osu.edu based on work done with Yuri Kovchegov arxiv: 0705.1234[hep-ph] The
More informationHolography, thermalization and heavy-ion collisions I
Holography, thermalization and heavy-ion collisions I Michał P. Heller Perimeter Institute for Theoretical Physics, Canada National Centre for Nuclear Research, Poland 1202.0981 [PRL 108 191601 (2012)]
More informationOn the Perturbative Stability of des QFT s
On the Perturbative Stability of des QFT s D. Boyanovsky, R.H. arxiv:3.4648 PPCC Workshop, IGC PSU 22 Outline Is de Sitter space stable? Polyakov s views Some quantum Mechanics: The Wigner- Weisskopf Method
More informationChaotic motion. Phys 750 Lecture 9
Chaotic motion Phys 750 Lecture 9 Finite-difference equations Finite difference equation approximates a differential equation as an iterative map (x n+1,v n+1 )=M[(x n,v n )] Evolution from time t =0to
More informationApplied Asymptotic Analysis
Applied Asymptotic Analysis Peter D. Miller Graduate Studies in Mathematics Volume 75 American Mathematical Society Providence, Rhode Island Preface xiii Part 1. Fundamentals Chapter 0. Themes of Asymptotic
More informationTheory and Practice of Rotor Dynamics Prof. Dr. Rajiv Tiwari Department of Mechanical Engineering Indian Institute of Technology Guwahati
Theory and Practice of Rotor Dynamics Prof. Dr. Rajiv Tiwari Department of Mechanical Engineering Indian Institute of Technology Guwahati Module - 2 Simpul Rotors Lecture - 2 Jeffcott Rotor Model In the
More informationBoost-invariant dynamics near and far from equilibrium physics and AdS/CFT.
Boost-invariant dynamics near and far from equilibrium physics and AdS/CFT. Micha l P. Heller michal.heller@uj.edu.pl Department of Theory of Complex Systems Institute of Physics, Jagiellonian University
More informationLatest developments in EPOS Klaus Werner
THOR / GDRI 2018 Lisbon, Portugal Klaus Werner Subatech Nantes 1 Latest developments in EPOS Klaus Werner THOR / GDRI 2018 Lisbon, Portugal Klaus Werner Subatech Nantes 2 Many HI features observed in pp,
More informationThe arrow of time, black holes, and quantum mixing of large N Yang-Mills theories
The arrow of time, black holes, and quantum mixing of large N Yang-Mills theories Hong Liu Massachusetts Institute of Technology based on Guido Festuccia, HL, to appear The arrow of time and space-like
More informationResurgence Structure to All Orders of Multi-bions in Deformed SUSY Quantum Mechanics
Resurgence Structure to All Orders of Multi-bions in Deformed SUSY Quantum Mechanics Toshiaki Fujimori (Keio University) based on arxiv:1607.04205, Phys.Rev. D94 (2016) arxiv:1702.00589, Phys.Rev. D95
More information4 Evolution of density perturbations
Spring term 2014: Dark Matter lecture 3/9 Torsten Bringmann (torsten.bringmann@fys.uio.no) reading: Weinberg, chapters 5-8 4 Evolution of density perturbations 4.1 Statistical description The cosmological
More informationNatalia Tronko S.V.Nazarenko S. Galtier
IPP Garching, ESF Exploratory Workshop Natalia Tronko University of York, York Plasma Institute In collaboration with S.V.Nazarenko University of Warwick S. Galtier University of Paris XI Outline Motivations:
More informationTHE IMAGINARY CUBIC PERTURBATION: A NUMERICAL AND ANALYTIC STUDY JEAN ZINN-JUSTIN
THE IMAGINARY CUBIC PERTURBATION: A NUMERICAL AND ANALYTIC STUDY JEAN ZINN-JUSTIN CEA, IRFU (irfu.cea.fr), IPhT Centre de Saclay 91191 Gif-sur-Yvette Cedex, France and Shanghai University E-mail: jean.zinn-justin@cea.fr
More informationIntroduction to particle physics Lecture 2
Introduction to particle physics Lecture 2 Frank Krauss IPPP Durham U Durham, Epiphany term 2009 Outline 1 Quantum field theory Relativistic quantum mechanics Merging special relativity and quantum mechanics
More informationHolographic Second Laws of Black Hole Thermodynamics
Holographic Second Laws of Black Hole Thermodynamics Federico Galli Gauge/Gravity Duality 018, Würzburg, 31 July 018 Based on arxiv: 1803.03633 with A. Bernamonti, R. Myers and J. Oppenheim Second Law
More informationAll order pole mass and potential
All order pole mass and potential Taekoon Lee Seoul National University, Korea QWG3, Beijing, China, Oct. 12--15, 2004 Defining pole mass and potential through Borel summation How to perform the Borel
More informationQuark-gluon plasma from AdS/CFT Correspondence
Quark-gluon plasma from AdS/CFT Correspondence Yi-Ming Zhong Graduate Seminar Department of physics and Astronomy SUNY Stony Brook November 1st, 2010 Yi-Ming Zhong (SUNY Stony Brook) QGP from AdS/CFT Correspondence
More informationChaotic motion. Phys 420/580 Lecture 10
Chaotic motion Phys 420/580 Lecture 10 Finite-difference equations Finite difference equation approximates a differential equation as an iterative map (x n+1,v n+1 )=M[(x n,v n )] Evolution from time t
More informationVibration Control Prof. Dr. S. P. Harsha Department of Mechanical & Industrial Engineering Indian Institute of Technology, Roorkee
Vibration Control Prof. Dr. S. P. Harsha Department of Mechanical & Industrial Engineering Indian Institute of Technology, Roorkee Module - 1 Review of Basics of Mechanical Vibrations Lecture - 2 Introduction
More informationLANDAU DAMPING A. GRIFFIN, J.J. KOSKELA, F.Q. NAZAR, T. RANNER
LANDAU DAMPING A. GRIFFIN, J.J. KOSKELA, F.Q. NAZAR, T. RANNER 1. Introduction Landau damping is a phenomena observed in plasma wherein there is an exponential decay in the oscillations of the number density
More informationAdvanced Mathematical Methods for Scientists and Engineers I
Carl M. Bender Steven A. Orszag Advanced Mathematical Methods for Scientists and Engineers I Asymptotic Methods and Perturbation Theory With 148 Figures Springer CONTENTS! Preface xiii PART I FUNDAMENTALS
More informationNon-perturbative effects in ABJM theory
October 9, 2015 Non-perturbative effects in ABJM theory 1 / 43 Outline 1. Non-perturbative effects 1.1 General aspects 1.2 Non-perturbative aspects of string theory 1.3 Non-perturbative effects in M-theory
More informationQCD Equation of state in perturbation theory (and beyond... )
QCD Equation of state in perturbation theory (and beyond... ) Kari Rummukainen CERN Theory & University of Oulu, Finland Physics of high baryon density K. Rummukainen (Oulu & CERN) EoS in pqcd Trento 06
More informationSeparation of Variables in Linear PDE: One-Dimensional Problems
Separation of Variables in Linear PDE: One-Dimensional Problems Now we apply the theory of Hilbert spaces to linear differential equations with partial derivatives (PDE). We start with a particular example,
More informationDIRECTED FLOW IN HOLOGRAPHIC HEAVY ION COLLISIONS
DIRECTED FLOW IN HOLOGRAPHIC HEAVY ION COLLISIONS TOWARDS MORE REALISTIC MODELS OF QGP FORMATION Based on work with Michał Heller, David Mateos, Jorge Casalderrey, Miquel Triana, Paul Romatschke, Scott
More informationL = 1 2 a(q) q2 V (q).
Physics 3550, Fall 2011 Motion near equilibrium - Small Oscillations Relevant Sections in Text: 5.1 5.6 Motion near equilibrium 1 degree of freedom One of the most important situations in physics is motion
More informationAnalytic continuation of functional renormalization group equations
Analytic continuation of functional renormalization group equations Stefan Flörchinger (CERN) Aachen, 07.03.2012 Short outline Quantum effective action and its analytic continuation Functional renormalization
More information221A Lecture Notes Convergence of Perturbation Theory
A Lecture Notes Convergence of Perturbation Theory Asymptotic Series An asymptotic series in a parameter ɛ of a function is given in a power series f(ɛ) = f n ɛ n () n=0 where the series actually does
More informationTowards low-order models of turbulence
Towards low-order models of turbulence Turbulence in Engineering Applications Long Programme in Mathematics of Turbulence IPAM, UCLA Ati Sharma Beverley McKeon + Rashad Moarref + Paco Gomez Ashley Willis
More informationLines of Renormalization Group Fixed Points for Fluid and Crystalline Membranes.
EUROPHYSICS LETTERS 1 October 1988 Europhys. Lett., 7 (3), pp. 255-261 (1988) Lines of Renormalization Group Fixed Points for Fluid and Crystalline Membranes. R. LIPOWSKY Institut für Festkörperforschung
More informationElectron and nuclear dynamics of molecular clusters in ultraintense laser fields. II. Electron dynamics and outer ionization of the nanoplasma
JOURNAL OF CHEMICAL PHYSICS VOLUME 120, NUMBER 3 15 JANUARY 2004 Electron and nuclear dynamics of molecular clusters in ultraintense laser fields. II. Electron dynamics and outer ionization of the nanoplasma
More informationQuasilocal notions of horizons in the fluid/gravity duality
Quasilocal notions of horizons in the fluid/gravity duality Michał P. Heller Institute of Physics Jagiellonian University, Cracow & Institute for Nuclear Studies, Warsaw based on work-in-progress with
More informationLast Update: March 1 2, 201 0
M ath 2 0 1 E S 1 W inter 2 0 1 0 Last Update: March 1 2, 201 0 S eries S olutions of Differential Equations Disclaimer: This lecture note tries to provide an alternative approach to the material in Sections
More informationOscillatory Motion. Simple pendulum: linear Hooke s Law restoring force for small angular deviations. Oscillatory solution
Oscillatory Motion Simple pendulum: linear Hooke s Law restoring force for small angular deviations d 2 θ dt 2 = g l θ θ l Oscillatory solution θ(t) =θ 0 sin(ωt + φ) F with characteristic angular frequency
More informationOscillatory Motion. Simple pendulum: linear Hooke s Law restoring force for small angular deviations. small angle approximation. Oscillatory solution
Oscillatory Motion Simple pendulum: linear Hooke s Law restoring force for small angular deviations d 2 θ dt 2 = g l θ small angle approximation θ l Oscillatory solution θ(t) =θ 0 sin(ωt + φ) F with characteristic
More informationModelling Early Time Dynamics of Relativistic Heavy Ion Collisions
Kyoto, 2015/10/05 Modelling Early Time Dynamics of Relativistic Heavy Ion Collisions Dr. Marco Ruggieri Physics and Astronomy Department, Catania University, Catania (Italy) Collaborators: Vincenzo Greco
More informationRelativistic Viscous Hydrodynamics for Multi-Component Systems with Multiple Conserved Currents
Reference: AM and T. Hirano, arxiv:1003:3087 Relativistic Viscous Hydrodynamics for Multi-Component Systems with Multiple Conserved Currents Akihiko Monnai Department of Physics, The University of Tokyo
More informationisocurvature modes Since there are two degrees of freedom in
isocurvature modes Since there are two degrees of freedom in the matter-radiation perturbation, there must be a second independent perturbation mode to complement the adiabatic solution. This clearly must
More informationD. f(r) gravity. φ = 1 + f R (R). (48)
5 D. f(r) gravity f(r) gravity is the first modified gravity model proposed as an alternative explanation for the accelerated expansion of the Universe [9]. We write the gravitational action as S = d 4
More informationThe Quantum Spacetime
The Quantum Spacetime Juan Maldacena School of Natural Sciences, Institute for Advanced Study, Princeton, NJ, USA. Abstract Rapporteur talk at the 2011 Solvay Conference 1 Opening It is a great pleasure
More informationHow to resum perturbative series in supersymmetric gauge theories. Masazumi Honda ( 本多正純 )
How to resum perturbative series in supersymmetric gauge theories Masazumi Honda ( 本多正純 ) References: M.H., Borel Summability of Perturbative Series in 4D N=2 and 5D N=1 Supersymmetric Theories, PRL116,
More informationAdS/CFT and Second Order Viscous Hydrodynamics
AdS/CFT and Second Order Viscous Hydrodynamics Micha l P. Heller Institute of Physics Jagiellonian University, Cracow Cracow School of Theoretical Physics XLVII Course Zakopane, 20.06.2007 Based on [hep-th/0703243]
More informationarxiv: v3 [hep-th] 7 May 2015
Preprint typeset in JHEP style - PAPER VERSION Resumming the string perturbation series arxiv:1405.4214v3 [hep-th] 7 May 2015 Alba Grassi, Marcos Mariño and Szabolcs Zakany Département de Physique Théorique
More informationQuasipatterns in surface wave experiments
Quasipatterns in surface wave experiments Alastair Rucklidge Department of Applied Mathematics University of Leeds, Leeds LS2 9JT, UK With support from EPSRC A.M. Rucklidge and W.J. Rucklidge, Convergence
More informationThe nonlinear dynamical stability of infrared modifications of gravity
The nonlinear dynamical stability of infrared modifications of gravity Aug 2014 In collaboration with Richard Brito, Vitor Cardoso and Matthew Johnson Why Study Modifications to Gravity? General relativity
More informationForced Mechanical Vibrations
Forced Mechanical Vibrations Today we use methods for solving nonhomogeneous second order linear differential equations to study the behavior of mechanical systems.. Forcing: Transient and Steady State
More informationUniversal Dynamics from the Conformal Bootstrap
Universal Dynamics from the Conformal Bootstrap Liam Fitzpatrick Stanford University! in collaboration with Kaplan, Poland, Simmons-Duffin, and Walters Conformal Symmetry Conformal = coordinate transformations
More informationPion-nucleon scattering around the delta-isobar resonance
Pion-nucleon scattering around the delta-isobar resonance Bingwei Long (ECT*) In collaboration with U. van Kolck (U. Arizona) What do we really do Fettes & Meissner 2001... Standard ChPT Isospin 3/2 What
More informationFundamentals of Dynamical Systems / Discrete-Time Models. Dr. Dylan McNamara people.uncw.edu/ mcnamarad
Fundamentals of Dynamical Systems / Discrete-Time Models Dr. Dylan McNamara people.uncw.edu/ mcnamarad Dynamical systems theory Considers how systems autonomously change along time Ranges from Newtonian
More informationAsymptotic safety in the sine Gordon model a
Asymptotic safety in the sine Gordon model a Sándor Nagy Department of Theoretical Physics, University of Debrecen Debrecen, February 23, 2015 a J. Kovács, S.N., K. Sailer, arxiv:1408.2680, to appear in
More informationEquations of linear stellar oscillations
Chapter 4 Equations of linear stellar oscillations In the present chapter the equations governing small oscillations around a spherical equilibrium state are derived. The general equations were presented
More informationLecture 2. - Power spectrum of gravitational anisotropy - Temperature anisotropy from sound waves
Lecture 2 - Power spectrum of gravitational anisotropy - Temperature anisotropy from sound waves Bennett et al. (1996) COBE 4-year Power Spectrum The SW formula allows us to determine the 3d power spectrum
More informationTable of Laplacetransform
Appendix Table of Laplacetransform pairs 1(t) f(s) oct), unit impulse at t = 0 a, a constant or step of magnitude a at t = 0 a s t, a ramp function e- at, an exponential function s + a sin wt, a sine fun
More informationRenormalization Group: non perturbative aspects and applications in statistical and solid state physics.
Renormalization Group: non perturbative aspects and applications in statistical and solid state physics. Bertrand Delamotte Saclay, march 3, 2009 Introduction Field theory: - infinitely many degrees of
More informationQuantum Gravity and the Renormalization Group
Nicolai Christiansen (ITP Heidelberg) Schladming Winter School 2013 Quantum Gravity and the Renormalization Group Partially based on: arxiv:1209.4038 [hep-th] (NC,Litim,Pawlowski,Rodigast) and work in
More informationDone Naturalness Desert Discovery Summary. Open Problems. Sourendu Gupta. Special Talk SERC School, Bhubaneshwar November 13, 2017
Open Problems Special Talk SERC School, Bhubaneshwar November 13, 2017 1 What has been achieved? 2 Naturalness and hierarchy problems 3 The desert 4 Unexpected discoveries 5 Summary Outline 1 What has
More informationBorel Summability in PDE initial value problems
Borel Summability in PDE initial value problems Saleh Tanveer (Ohio State University) Collaborator Ovidiu Costin & Guo Luo Research supported in part by Institute for Math Sciences (IC), EPSRC & NSF. Main
More informationx(t+ δt) - x(t) = slope δt t+δt
Techniques of Physics Worksheet 2 Classical Vibrations and Waves Introduction You will have encountered many different examples of wave phenomena in your courses and should be familiar with most of the
More informationThermalization in a confining gauge theory
15th workshop on non-perturbative QD Paris, 13 June 2018 Thermalization in a confining gauge theory CCTP/ITCP University of Crete APC, Paris 1- Bibliography T. Ishii (Crete), E. Kiritsis (APC+Crete), C.
More informationScientific Computing: An Introductory Survey
Scientific Computing: An Introductory Survey Chapter 9 Initial Value Problems for Ordinary Differential Equations Prof. Michael T. Heath Department of Computer Science University of Illinois at Urbana-Champaign
More informationMath 200 University of Connecticut
RELATIVISTIC ADDITION AND REAL ADDITION KEITH CONRAD Math 200 University of Connecticut Date: Aug. 31, 2005. RELATIVISTIC ADDITION AND REAL ADDITION 1 1. Introduction For three particles P, Q, R travelling
More informationPhysics 221B Spring 2012 Notes 42 Scattering of Radiation by Matter
Physics 221B Spring 2012 Notes 42 Scattering of Radiation by Matter 1. Introduction In the previous set of Notes we treated the emission and absorption of radiation by matter. In these Notes we turn to
More informationFermi liquid theory Can we apply the free fermion approximation to a real metal? Phys540.nb Strong interaction vs.
Phys540.nb 7 Fermi liquid theory.. Can we apply the free fermion approximation to a real metal? Can we ignore interactions in a real metal? Experiments says yes (free fermion models work very well), but
More informationStructure formation. Yvonne Y. Y. Wong Max-Planck-Institut für Physik, München
Structure formation Yvonne Y. Y. Wong Max-Planck-Institut für Physik, München Structure formation... Random density fluctuations, grow via gravitational instability galaxies, clusters, etc. Initial perturbations
More information19 Entanglement Entropy in Quantum Field Theory
19 Entanglement Entropy in Quantum Field Theory So far we have discussed entanglement in ordinary quantum mechanics, where the Hilbert space of a finite region is finite dimensional. Now we will discuss
More informationMultiple scale methods
Multiple scale methods G. Pedersen MEK 3100/4100, Spring 2006 March 13, 2006 1 Background Many physical problems involve more than one temporal or spatial scale. One important example is the boundary layer
More informationDefining Chiral Gauge Theories Beyond Perturbation Theory
Defining Chiral Gauge Theories Beyond Perturbation Theory Lattice Regulating Chiral Gauge Theories Dorota M Grabowska UC Berkeley Work done with David B. Kaplan: Phys. Rev. Lett. 116 (2016), no. 21 211602
More informationThermal production of gravitinos
Thermal production of gravitinos Slava Rychkov Scuola Normale Superiore & INFN, Pisa Università di Padova April 5 2007 hep-ph/0701104 with Alessandro Strumia (to appear in PhysRevD) Outline Gravitino in
More informationPhase transitions in Hubbard Model
Phase transitions in Hubbard Model Anti-ferromagnetic and superconducting order in the Hubbard model A functional renormalization group study T.Baier, E.Bick, C.Krahl, J.Mueller, S.Friederich Phase diagram
More informationSingularities in cosmologies with interacting fluids
Georgia Kittou gkittou@icsd.aegean.gr co-author Spiros Cotsakis University of the Aegean, Research Group GeoDySyC MG13 2012 Stockholm Parallel Session GT2: Cosmological Singularities and Asymptotics 02/07/2012
More informationPhysics Oct A Quantum Harmonic Oscillator
Physics 301 5-Oct-2005 9-1 A Quantum Harmonic Oscillator The quantum harmonic oscillator (the only kind there is, really) has energy levels given by E n = (n + 1/2) hω, where n 0 is an integer and the
More informationScale symmetry a link from quantum gravity to cosmology
Scale symmetry a link from quantum gravity to cosmology scale symmetry fluctuations induce running couplings violation of scale symmetry well known in QCD or standard model Fixed Points Quantum scale symmetry
More informationWave propagation in an inhomogeneous plasma
DRAFT Wave propagation in an inhomogeneous plasma Felix I. Parra Rudolf Peierls Centre for Theoretical Physics, University of Oxford, Oxford OX NP, UK This version is of 7 February 208. Introduction In
More informationThe Non-commutative S matrix
The Suvrat Raju Harish-Chandra Research Institute 9 Dec 2008 (work in progress) CONTEMPORARY HISTORY In the past few years, S-matrix techniques have seen a revival. (Bern et al., Britto et al., Arkani-Hamed
More informationApplication of Resurgence Theory to Approximate Inverse Square Potential in Quantum Mechanics
Macalester Journal of Physics and Astronomy Volume 3 Issue 1 Spring 015 Article 10 May 015 Application of Resurgence Theory to Approximate Inverse Square Potential in Quantum Mechanics Jian Zhang Ms. Macalester
More informationAnalytic bootstrap at large spin
Analytic bootstrap at large spin Aninda Sinha Indian Institute of Science, Bangalore Work done with Apratim Kaviraj, Kallol Sen arxiv:1502.0143 and to appear soon. Summary of main results Given a (4d for
More informationdynamics of broken symmetry
dynamics of broken symmetry Julian Sonner, MIT Simons Symposium - Quantum Entanglement Caneel Bay, USVI a physics connection in paradise 1957: J. R. Oppenheimer purchases small plot of land in Hawksnest
More informationRelevant sections from AMATH 351 Course Notes (Wainwright): 1.3 Relevant sections from AMATH 351 Course Notes (Poulin and Ingalls): 1.1.
Lecture 8 Qualitative Behaviour of Solutions to ODEs Relevant sections from AMATH 351 Course Notes (Wainwright): 1.3 Relevant sections from AMATH 351 Course Notes (Poulin and Ingalls): 1.1.1 The last few
More informationNORMAL MODES, WAVE MOTION AND THE WAVE EQUATION. Professor G.G.Ross. Oxford University Hilary Term 2009
NORMAL MODES, WAVE MOTION AND THE WAVE EQUATION Professor G.G.Ross Oxford University Hilary Term 009 This course of twelve lectures covers material for the paper CP4: Differential Equations, Waves and
More informationStrong coupling from. τ lepton decays. Matthias Jamin. Strong coupling from τ decays Matthias Jamin, ICREA & IFAE, UA Barcelona
1 Strong coupling from τ lepton decays Matthias Jamin α s measurements 2 PDG 2012 For0.6 % precision atm Z need only 2 % atm τ. Hadronic τ decay rate 3 Consider the physical quantityr τ : (Braaten, Narison,
More informationPainlev~ analysis and integrability of the damped anharmonic oscillator equation
PRAMANA journal of physics C(') Printed in India Vol. 45, No. 4, October 1995 pp. 305-309 Painlev~ analysis and integrability of the damped anharmonic oscillator equation S PAUL RAJ and S RAJASEKAR* Department
More informationM15/5/MATME/SP2/ENG/TZ2/XX/M MARKSCHEME. May 2015 MATHEMATICS. Standard level. Paper pages
M15/5/MATME/SP/ENG/TZ/XX/M MARKSCHEME May 015 MATHEMATICS Standard level Paper 18 pages M15/5/MATME/SP/ENG/TZ/XX/M This markscheme is the property of the International Baccalaureate and must not be reproduced
More informationQUANTUM QUENCH ACROSS A HOLOGRAPHIC CRITICAL POINT
QUANTUM QUENCH ACROSS A HOLOGRAPHIC CRITICAL POINT Sumit R Das (w/ Pallab Basu) (arxiv:1109.3909, to appear in JHEP) Quantum Quench Suppose we have a quantum field theory, whose parameters (like couplings
More informationProblem Set 1 October 30, 2017
1. e π can be calculated from e x = x n. But that s not a good approximation method. The n! reason is that π is not small compared to 1. If you want O(0.1) accuracy, then the last term you need to include
More informationQuantum Theory. Thornton and Rex, Ch. 6
Quantum Theory Thornton and Rex, Ch. 6 Matter can behave like waves. 1) What is the wave equation? 2) How do we interpret the wave function y(x,t)? Light Waves Plane wave: y(x,t) = A cos(kx-wt) wave (w,k)
More information