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1      Although simple, this standard model is strange.
2                                  Insects are strange "aliens from inner space", with sensory and cogn
3  even seemingly intelligent machines fail in strange and "unhumanlike" ways, threatening their status
4                 The past 2 years have been a strange and difficult time for the world.
5                Could insect minds be equally strange and diverse?
6 e previously allowed parameter space for the strange and gluon moduli forces, and setting a new upper
7 ted that peers viewed self-harmers as having strange and intense emotions and a heightened sensitivit
8 osmips currently defies classification, this strange and unexpected fossil primate nevertheless provi
9                                          The strange and unpleasant sensations (paraesthesiae) or asy
10 omparing walking and running with many other strange and unpractised gaits.
11 ntroversial pharaohs, in part because of his strange appearance in images produced after he had decla
12                The magnetisation increase is strange as paramagnetic Al addition dilutes the ferromag
13 erms of this chaotic behavior, which defined strange attractors (rho) and variability.
14 ch-and-fold mechanism, leading to stochastic strange attractors exhibiting horseshoe-like structures
15                   Also unique is a report of strange attractors triggered and sustained through elect
16 c alike were faced with the realization that strange beasts, wholly extinct, were once populating Ear
17                                Rather, these strange bedfellows are intimately involved in multilayer
18 regulatory, and social developments augurs a strange-bedfellows competition in which these industries
19                         We suggest that such strange behavior is nearly unavoidable in a complex regu
20                                         This strange behavior which also leads to apparent negative l
21 ow unexpected solubilization power and allow strange but yet unexplained membrane enzyme activity.
22 r, as in Robert Louis Stevenson's novel 'The Strange Case of Dr Jekyll and Mr Hyde', recent investiga
23 (including paternal genome elimination), the strange case of Micromalthus, and the two reversions fro
24 gen molecules to form ozone exhibits several strange chemical characteristics, including unusually la
25 ts appear 'choppy'), evoking 'uncanniness'-a strange, creepy or eerie feeling(6,7).
26 ted to narrow, small geographic areas with a strange distribution and there is a need to search for a
27 xplain some evolutionary puzzles such as the strange distribution of TE families within the phylogeny
28 sion, anger, irritability, restlessness, and strange dreams increased significantly during one abstin
29                    In this issue of Immunity,Stranges et al. ablate expression of the death receptor
30 including hallucinations, thought insertion, strange experiences, and delusions of persecution, were
31                                      Several strange features of bdelloids have drawn attention: thei
32       One of the many surprises is that this strange fish has lost an unusually large number of Hox g
33 da cold dark matter cosmology--a simple (but strange) flat cold dark matter model dominated by a cosm
34 nformation about the molar dentition of this strange group of extinct marsupials.
35 d in almost all HBV isolates, leading to the strange inhibition pattern observed in the kinetic analy
36                                We found that strange invaders increased the variability of communitie
37  that they lead to a model that explains the strange kinetics of mutagenesis and carcinogenesis in ad
38                                         The "strange kinetics" model with logarithmic oscillations de
39                               The latter are strange-looking animals with nervous systems comprising
40        Furthermore, lesioned rats attacked a strange male twice as often as controls did, which is su
41 t pregnancy block was most frequent when the strange male was +/+.
42 h the genotype of the female, stud male, and strange male was systematically varied, showed that preg
43                               Moreover, the "strange male" effect in Experiment 1 is unlikely to be a
44  potentiated USV after contact with sires or strange males.
45 ort their pregnancies when exposed to novel (strange) males, was studied in house mice (Mus domesticu
46 its unusual molecular architecture and other strange mechanistic characteristics.
47 servation of the concurrent breakdown of the strange metal (SM) normal state and superconductivity at
48 c Kondo lattice(9,10) CeRh(6)Ge(4) becomes a strange metal at a pressure-induced QCP.
49 ed transition and localization physics, with strange metal behavior in an extended region around the
50                                              Strange metal behavior is ubiquitous in correlated mater
51 ratures (T), such metals generically exhibit strange metal behavior with a T-linear resistivity arisi
52  physics - including electron hydrodynamics, strange metal behavior, and high-temperature superconduc
53 arge fluctuations play a central role in the strange metal behavior, elucidating one of the long-stan
54 ons or the isotropic scattering resulting in strange metal behavior.
55 , flat band structures, interlayer coupling, strange metal behaviour and high-temperature superconduc
56 insulator boundary, the resistivity displays strange metal behaviour at low temperatures, with dissip
57            In the normal state, we observe a strange metal behaviour, characterized by a linear tempe
58  The collective density oscillations of this strange metal decay into the continuum in a manner that
59 ese observations suggest that the incoherent strange metal is a distinct state and a prerequisite for
60                                The anomalous strange metal phase found in high-T(c) cuprates does not
61                      The universality of the strange metal phase in many quantum materials is often a
62 y, we studied the charge fluctuations of the strange metal phase of beta-YbAlB(4) as a function of te
63                                          The strange metal phase of correlated electrons materials wa
64 tions and include exotic systems such as the strange metal phase of cuprate superconductors and heavy
65 fication of fluctuations compatible with the strange metal phase.
66         It could explain their pseudogap and strange metal phases, and ultimately their high supercon
67 gthen the role of charge order in explaining strange metal phenomenology and provide insights into hi
68 iscuss possible extensions of our picture to strange metal physics at higher temperatures and argue t
69      Here, we report on the observation of a strange metal region away from a magnetic instability in
70 ow doping range, leaving its relation to the strange metal state and to the superconductivity unclear
71 antity, the quantum Fisher information, in a strange metal system, focusing on the exemplary case of
72 aev model, numerous observed properties of a strange metal were obtained for a wide range of intermed
73 xcitations in nanowires of the heavy fermion strange metal YbRh(2)Si(2).
74 rature copper-oxide superconductors exhibit 'strange metal' behaviour that is inconsistent with being
75 ping, the copper oxide superconductors show 'strange metal' behaviour, suggestive of strong fluctuati
76                The signature feature of the 'strange metal' state of high-T(c) cuprates-its linear-in
77 d that near the Brillouin zone boundary, the strange metal, characterized by an incoherent spectral f
78                 It is believed that LNO is a strange metal, on the verge of an antiferromagnetic inst
79 present a theory for a specific example of a strange metal--the 'd-wave metal'.
80 )O(7) has been widely studied as a canonical strange metal.
81 through doping a Mott insulator or cooling a strange metal.
82 emperature is anomalous and is known as the "strange metal." We studied this state using angle-resolv
83                                              Strange-metal behavior has been observed in materials ra
84                                              Strange-metal behavior has been observed in superconduct
85 heless, the nickelates still demonstrate the strange-metal behavior in the electron scattering rates.
86 d as the driving force behind the pseudogap, strange-metal behavior, and d(x(2)-y(2))-wave supercondu
87 elated kagome metals have found evidence for strange-metal behavior.
88 e an indication of a common mechanism of the strange-metal behaviour and unconventional superconducti
89  suppressed to zero temperature, revealing a strange-metal behaviour around the QCP.
90                            Most importantly, strange-metal behaviour at a ferromagnetic QCP suggests
91 xy-grown thin films of YbRh(2)Si(2), a model strange-metal compound.
92 on of the superconducting condensate and the strange-metal phase with electron doping, from which a l
93                    By extending the reach of strange-metal phenomenology to a bosonic system, our res
94 and establish an alternative setting for the strange-metal phenomenon.
95 Landau Fermi liquid, which is reminiscent of strange-metal physics in materials on the verge of a Mot
96 e understanding of the existing and emerging strange-metal properties in kagome metals and beyond.
97            Indeed, a microscopic theory of a strange-metal quantum phase could shed new light on the
98 eld and the temperature, indicating that the strange-metal regime extends well beyond p*.
99 arried by well-defined quasiparticles in the strange-metal regime that we probed.
100 dependent charge diffusivity of MATBG in the strange-metal regime(11)-a quantity previously explored
101 at despite having a single band, the cuprate strange-metal region hosts two charge sectors, one conta
102 ween zero-temperature superfluid density and strange-metal resistivity coefficient is further establi
103                                          The strange-metal state, in which the resistivity varies lin
104 ctor beta-YbAlB4 forms a possible phase with strange metallic behavior across an extensive pressure r
105                            Understanding the strange metallic behavior that develops at the brink of
106 conclude that quantum criticality drives the strange metallic behaviour and therefore superconductivi
107  a bosonic bath, but by the concentration of strange metallic carriers.
108 t gap collapses and the Drude-like peak with strange metallic character appears.
109                                          The strange metallic regime across a number of high-temperat
110                          Here we demonstrate strange metallic transport in the doped two-dimensional
111 gh-temperature superconductors(1-10)-exhibit strange-metallic behaviour with a linear scattering rate
112  in the Fermi surface volume-a key driver of strange-metallic behaviour.
113    Here we show the unexpected signatures of strange metallicity in a bosonic system for which the qu
114 g different forms of quantum criticality and strange metallicity in a variety of strongly correlated
115             The prevailing consensus is that strange metallicity in the cuprates is tied to a quantum
116 ooper pair condensation and the normal-state strange metallicity in unconventional superconductors.
117 ime relevant to experimental observations of strange metallicity.
118 pplicability, electronic transport in bad or strange metals and unconventional superconductors is con
119                                              Strange metals appear in a wide range of correlated mate
120  the particle-hole excitations in a class of strange metals by making an analogy to the phonons of cl
121 st that linear-in-temperature resistivity in strange metals emerges from a momentum-independent inela
122                                              Strange metals exhibit universal linear-in-temperature r
123          Quantum diffusion also explains why strange metals have much higher electrical resistivity t
124 al point (QCP), although the origins of such strange metals have posed a long-standing mystery.
125 ransport and spectroscopic data on candidate strange metals in an effort to isolate and identify a un
126                                              Strange metals possess highly unconventional electrical
127 vide a foundation for connecting theories of strange metals to models of strongly correlated material
128                  The frequent association of strange metals with unconventional superconductivity and
129                                             "Strange metals" with resistivity depending linearly on t
130                                A variety of 'strange metals' exhibit resistivity that decreases linea
131 a part in the transport properties of other 'strange metals', in which T-linear resistivity is observ
132     Clear parallels with magnetotransport in strange metals(12-14) and so-called quantum linear magne
133 provide a test bed for theoretical models of strange metals, and angle-resolved photoemission can pro
134 nets are regarded as an unlikely setting for strange metals, because they are weakly entangled and th
135  suggested that quasiparticles are absent in strange metals, direct experimental evidence is lacking.
136 urements of the dynamical charge response of strange metals, including optimally doped cuprates, have
137 ork elucidates the loss of quasiparticles in strange metals, opens a quantum information avenue to ad
138                                           In strange metals, the change in slope of the resistivity a
139 y applications such as those associated with strange metals, unconventional superconductors, and frac
140                                              Strange metals-ubiquitous in correlated quantum material
141  text] electronic heat capacity behaviour of strange metals.
142  significance in the transport properties of strange metals.
143  sets the stage for similar studies of other strange metals.
144 ions may prove to be a distinct signature of strange metals.
145 teracting quantum materials like the cuprate strange metals.
146 he common driver of the varied behaviours of strange metals.
147 r temperature dependence, as is the case for strange metals.
148 c quantum critical points and the associated strange metals.
149 e, we review a class of materials, known as "strange" metals, that can violate both of these principl
150 receding 20-year journey--the discovery of a strange microbial repeat sequence; its recognition as an
151              In a case of the familiar being strange, new work shows that the integrity of the Drosop
152 xed-point chaotic attractor, the fixed-point strange nonchaotic attractor, and the critical behavior
153                                              Strange or bad metallic transport, defined by incompatib
154 mechanisms and evolutionary origin of such a strange phenomenon have been proposed.
155 have all been reportedly accompanied by this strange phenomenon.
156    Hours after the first intake, she felt a "strange pruritus" in the throat.
157 d here provides an unambiguous constraint on strange quark contributions to the proton's magnetic mom
158 sition is the decay of a beauty quark into a strange quark.
159 approximately equal numbers of up, down, and strange quarks and are also called strangelets and nucle
160  have been obtained that address the role of strange quarks in generating nuclear magnetism.
161 approximately equal numbers of up, down, and strange quarks.
162                                      In this strange region of nonlimiting behavior, rate-limiting st
163                          We discuss how this strange reproductive strategy might evolve, and we consi
164               The studyBlom AW, Lenguerrand, Strange S, et al.
165           The (re-)emerging science of these strange substances creates new opportunities and challen
166                               There are some strange tales in the history of Natural History, and few
167                                          The strange tautomeric equilibrium behavior exhibited by a n
168 han fleas, for example, and it does not seem strange that seeds will spurt from a swollen cucumber wh
169                                It might seem strange to select just one of these divisions of time as
170 re, we review the laminopathies and the long strange trip from basic cell biology to therapeutic appr
171 perties arising from their being composed of strange, up, and down quarks and have not included any e
172 19 that physicians find baffling become less strange when viewed in light of long-established princip

 
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