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1 ol exciton dynamics and transport, promising for realizing 2D materials-based excitonic devices such

2 hin-film formation mechanisms and strategies for realizing 2D TMD films with less-defective large dom

3 and topological states, opening a new route for realizing 2D topological superconductors with proxim

4 report that MnBi(2)Te(4) is a rare platform for realizing a canted-antiferromagnetic (cAFM) Chern in

5 nt, the device shows potential as a platform for realizing a compact, robust, transportable optical l

6 random number generator is thus well suited for realizing a continuously-operating, high-security an

7 ly sharp and thereby presents an opportunity for realizing a detector.

8 o use an array of large-spin quantum magnets for realizing a device which has two modes of operation:

9 ach, we have developed an improved procedure for realizing a DNA microarray inside a microfluidic cha

10 scattering is a promising radiation process for realizing a gamma-ray vortex source based on current

11 racold temperatures is a promising technique for realizing a host of scientific and technological opp

12 improving ecosystem science, the opportunity for realizing a major breakthrough in reporting corporat

13 Here we present a mechanism for realizing a much larger coupling of inversion-symmet

14 of an electron is a natural two-level system for realizing a quantum bit in the solid state.

15 K, and appears to be an excellent candidate for realizing a quantum spin liquid ground state in a sp

16 There is an increasing demand for realizing a simple Si based universal memory device

17 and electric fields, laying the foundations for realizing a single-spin readout method with relaxed

18 ng qubits are among the promising candidates for realizing a solid state quantum computer.

19 ad-bearing efficiency and conductive network for realizing a synchronous improvement of the mechanica

20 fide (MoS2 ) offers intriguing possibilities for realizing a transformative new catalyst for driving

21 Our results open the door for realizing a variety of correlated and topological qu

22 This work outlines a powerful new strategy for realizing a wide range of broadband optical devices

23 electrostatic sensing interface is proposed for realizing active eye tracking (AET) system based on

24 thin materials, thus opening up new avenues for realizing active metasurfaces and robust optoelectro

25 findings, our study provides a new direction for realizing active nanophotonic devices.

26 brication techniques that have been employed for realizing advanced biomimetic optical structures.

27 pment of titratable coions has paved the way for realizing all-atom molecular dynamics at constant pH

28 critical interdisciplinary environment both for realizing ambitious and complex technologies and for

29 The proposed approach has a great potential for realizing an accurate, sensitive, rapid, and low-cos

30 ctive, we summarize the fundamental criteria for realizing an altermagnetic phase and present a quali

31 for piezoelectric sustainable materials and for realizing an innovative class of practical component

32 onducting spintronics, and new possibilities for realizing and characterizing topological superconduc

33 n der Waals heterostructures are a new venue for realizing and controlling correlated electronic phen

34 rfaces appear to be ideal photonic platforms for realizing and designing miniaturized devices, their

35 work not only provides a realistic platform for realizing and tuning KNLs in layered materials, but

36 ng programmable photonic circuits that allow for realizing arbitrary discrete unitary operations with

37 tigate a general family of photonic circuits for realizing arbitrary unitaries based on a simple arch

38 dependent interactions are a promising route for realizing artificial materials that have the propert

39 terminations, thus providing a valuable tool for realizing atomically tailored graphene and facilitat

40 pological states here holds large potentials for realizing axion electrodynamics and advancing quantu

41 ith relaxed phase-matching conditions, ideal for realizing broadband frequency up- and down-conversio

42 Here, we present a powerful technique for realizing broadband terahertz detectors through larg

43 egration of graphene has attracted attention for realizing carbon-based electronic devices.

44 This discovery provides a framework for realizing charge-sensitive order parameter tuning in

45 been extensively studied of late as a method for realizing chemical reactions using force.

46 , we present an efficient approximate method for realizing coalescence times under more general patte

47 ctures represent a promising device platform for realizing colloidal QD laser diodes.

48 ed lab-on-fiber nanoprobes will pave the way for realizing compact multiparameter sensing solutions c

49 winning are tuned via composition adjustment for realizing complex microstructures and beneficial mec

50 The main challenge for realizing complex nanoplasmonic structures in soluti

51 and stable O(2)-to-H(2)O(2) electrocatalyst for realizing continuous on-site production of neutral h

52 We devise protocols for realizing control and efficient manipulations of the

53 ormations, offers an unconventional approach for realizing cutting-edge optical nano-electromechanica

54 le assembly, we establish a general approach for realizing designed 3D ordered inorganic frameworks.

55 tric current direction is generally required for realizing deterministic switching by SOT.

56 e then discussed to illustrate the potential for realizing devices based on this nanocomposite materi

57 everal promising 3D manufacturing techniques for realizing different classes of structures suitable f

58 onstrate a crystal-chemistry design approach for realizing digital TMOs without inversion symmetry by

59 system size remains an outstanding challenge for realizing disruptive quantum technology.

60 s nanoparticles and may open up a new avenue for realizing diverse assembly structures with pre-engin

61 espread use of strand displacement reactions for realizing dynamic DNA nanostructures, variants on th

62 l different orders, and opens up new avenues for realizing easily tunable toroidal orders.

63 otonics, as it provides a versatile platform for realizing effective gauge potentials and topological

64 ediated nitrogen reduction (Li-N(2)R) is key for realizing efficient ammonia (NH(3)) production.

65 d with wireless technology have been crucial for realizing efficient human-machine interaction.

66 Our findings show the possibilities for realizing efficient impedance-matched hyperbolic med

67 m-temperature ionic conductivity is critical for realizing efficient potassium batteries.

68 The HPhP electroluminescence offers avenues for realizing electrically pumped mid-infrared and terah

69 Our results pave the way for realizing electron optics based on graphene p-n junc

70 erves as a straightforward material platform for realizing emerging photonic space-time crystals and

71 This work demonstrates a new mechanism for realizing enantioselective chemistry.

72 f these magnetic states is of great interest for realizing energy-efficient and compact devices for i

73 These results provide a possible route for realizing epitaxial multiferroics on complex-oxide b

74 rolling the logical qubit, and are essential for realizing error suppression in practice(3-6).

75 ultiple principle elements provide an avenue for realizing exceptional mechanical, physical and chemi

76 tal dichalcogenide layer provides a platform for realizing exotic many-body systems, including couple

77 Our experiment paves the path for realizing exotic quantum phases of excitons(8), as w

78 line semiconductors are a promising platform for realizing extremely sensitive spin- and orbital-depe

79 er heterostructure is an efficient technique for realizing fascinating properties and playing a key r

80 ments make the 3D STC particularly appealing for realizing fault-tolerant quantum computing.

81 mpact of ionizing radiation will be critical for realizing fault-tolerant superconducting quantum com

82 These ultralow energy devices are promising for realizing femtojoule and sub-femtojoule electronic c

83 An important strategy for realizing flexible electronics is to use solution-pr

84 curvature near the magic angle holds promise for realizing fractional quantum anomalous Hall effect a

85 f macroinitiator-type oNPs a unique platform for realizing functional materials with a broad spectrum

86 local Hilbert space can also be advantageous for realizing gates and algorithms more efficiently(3-7)

87 kW g(-1)) indicates its remarkable potential for realizing gigawatt-scale H(2) production for the fir

88 n of atomically precise GNRs, but strategies for realizing GNR metallicity have been elusive.

89 A microfluidic design is proposed for realizing greatly enhanced separation of magneticall

90 Unlike other approaches used for realizing helical states, the graphene electron-hole

91 transport, demonstrating great opportunities for realizing helicity control of optoelectronic and the

92 mide-based liquid electrolytes are promising for realizing high coulombic efficiency and long cycle l

93 involving Cl in the synthesis is another key for realizing high open-circuit voltage perovskite solar

94 F) is often desirable in glass microchannels for realizing high resolutions in capillary zone electro

95 he demonstration provides a general strategy for realizing high-density integrated circuits on random

96 ensional semiconductors have great potential for realizing high-performance electronic devices(1,3).

97 activity and surface stability is essential for realizing high-performance lithium-sulfur (Li||S) ba

98 static mainly due to stringent requirements for realizing high-performance optical elements.

99 uctor has several technological implications for realizing high-performance organic electronic device

100 uctive films have technological implications for realizing high-performance organic solar cells, with

101 establish NO doping as a promising technique for realizing high-performance p-type 2D transistors and

102 component systems offer expanded flexibility for realizing high-performance semiconducting architectu

103 on silicon (Si) substrates has been critical for realizing high-performance Si-based optoelectronic a

104 tism at nanometer length scales is essential for realizing high-performance spintronic, magneto-elect

105 nic conductor whose optimization is critical for realizing high-performing devices.

106 se transformation route provides a mechanism for realizing high-rate capability of electrode material

107 anched hydrocarbon isomers and holds promise for realizing high-throughput and scalable production of

108 platform which serves as an ideal playground for realizing "high"-temperature superconductors are mat

109 n transport layer (ETL) interface is crucial for realizing highly efficient and stable next-generatio

110 in perovskites, but also a promising pathway for realizing highly efficient devices via dielectric re

111 quantum dots (QDs) are attractive materials for realizing highly flexible, solution-processable opti

112 is synthesis approach of particular interest for realizing hybrid systems in the search of 2D superco

113 are as yet no established design principles for realizing improved materials.

114 s methodology has technological implications for realizing improved semiconductor devices and offers

115 ectively, is becoming increasingly important for realizing improved sensitivity in mass spectrometry.

116 These findings provide a framework for realizing in situ and non-volatile tuning of strain-

117 xternal magnetic field during cell operation for realizing in situ regeneration in LMBs.

118 disclose the strategies of fabricating COFs for realizing industrial implementation.

119 e wide bandgap semiconductors are attractive for realizing integrated platforms for quantum applicati

120 oduce a novel platform and analytical theory for realizing interaction-induced Hall crystals, a class

121 ly porous hydroxide, as a proof of principle for realizing interlayer decoupling in bulk materials.

122 iled their potential as a promising platform for realizing Kitaev physics in honeycomb systems and th

123 ross the surface of a substrate is essential for realizing lab-on-chip technologies.

124 SPR) based sensing is an attractive approach for realizing lab-on-fiber nanoprobes.

125 One approach for realizing large numbers of concurrent separations is

126 latform is thus motivated by the urgent need for realizing large-scale information processing and com

127 wavelength scale paves a crucial foundation for realizing large-scale LN photonic integrated circuit

128 on- and off-diagonal deterministic disorders for realizing localized quantum walks deterministically.

129 alized spin-carrying centres for storage and for realizing logic operations.

130 tals and establish CsV(3)Sb(5) as a platform for realizing long-range coherent charge transport in th

131 phene nanoribbons (GNRs) is a versatile tool for realizing low-dimensional functional materials for n

132 ce the potential of optoplasmonic structures for realizing low-loss optical interconnects with high b

133 the next generation stretchable electronics for realizing low-power, stand-alone, self-sustainable s

134 agnetization, which would be more beneficial for realizing low-power-consumption memory devices.

135 interfaces is an attractive material system for realizing magnetic memory applications that require

136 oupling in FM/AFM/FE systems paves a new way for realizing magnetoelectric random access memories and

137 y thin materials, such as electrical control for realizing magnetoelectronics, and van der Waals engi

138 non-trivial and provides a natural platform for realizing Majorana edge modes(2,3).

139 material candidates and design new platforms for realizing Majorana modes.

140 s, is predicted to provide a unique platform for realizing Majorana zero modes (MZMs).

141 s on the surface, TWSs offer a rare platform for realizing many exotic physical phenomena.

142 heterostructure is a highly tunable platform for realizing many-body electronic states and probing th

143 als represents a new and promising direction for realizing massive electrical energy storage at great

144 hene nanoribbons (GNRs) is a robust strategy for realizing materials with tailored electronic band st

145 of catalytic nucleic acids and the prospects for realizing maximum functionality from a given genetic

146 nd macroscopic size unveil a unique platform for realizing mechanical oscillators in both classical a

147 pin-orbit coupling can be a promising family for realizing meron-like spin textures.

148 tic materials has been an effective approach for realizing microscopic artificial cilia; however, the

149 The major modules for realizing molecular biological assays in a micro-tot

150 simple polarity control strategy is extended for realizing more complex logic functions such as NAND

151 It presents a viable method for realizing multi-user QKD networks with efficient use

152 rful approach, namely plasmonic calligraphy, for realizing multiplexed label-free bioassays.

153 Such on-demand transport of DNA is essential for realizing nanopore sequencing.

154 nanoring as a compact and efficient solution for realizing nanoscale circuits.

155 Here we describe a detailed protocol for realizing nanowire electronic sensors.

156 tal environments can be considered an option for realizing negative CO2 emissions for climate mitigat

157 ication in catalysis but also be of interest for realizing new 2D magnetic materials.

158 the potential that these materials may hold for realizing new and seemingly exotic electromagnetic p

159 molecular interactions is an attractive path for realizing new multifunctional materials built from t

160 lization approach will provide novel avenues for realizing new multifunctional materials with unusual

161 fulfilled its initial promise as a key tool for realizing new strategies for understanding host and

162 Our results open the door for realizing new topological phenomena and fermions inc

163 geneous photonic media, which could pave way for realizing new topological photonic devices.

164 Si lattice in ZrSiS is an excellent template for realizing new types of two-dimensional Dirac cones r

165 lm transistor (TFT) performance is essential for realizing next-generation high-performance organic e

166 Our results provide a pathway for realizing non-Hermitian Hamiltonians in optomechanic

167 These results provides a framework for realizing non-volatile and reversible tuning of orde

168 er moire system as a new exciting playground for realizing novel correlated states and engineering qu

169 ls (vdW) materials have opened new frontiers for realizing novel many-body phenomena.

170 oire heterostructures as promising platforms for realizing novel reentrant Hofstadter superconductors

171 on interaction as a promising hardware basis for realizing on-chip reservoir computing in future neur

172 The meta-system design holds potential for realizing on-chip transformation optics, mathematica

173 Graphene is attractive for realizing optoelectronic devices, including photodet

174 Such results can provide guidance for realizing original ultrafast optoferroic devices.

175 y of a broken-symmetry order, paving the way for realizing other emergent states in strongly correlat

176 e also discuss explicit embedding strategies for realizing our Hamiltonian construction on the D-wave

177 polymersomes, material systems are available for realizing our predictions.

178 en in ZnO nanostructures may be advantageous for realizing p-type conducting ZnO via N doping.

179 aper presents two discrete circuit solutions for realizing passive, electronically adjustable constan

180 PT phase, providing an additional dimension for realizing phase transitions.

181 Weyl semimetal that may serve as a platform for realizing phenomena such as chiral magnetic effects,

182 emperatures above 425 degrees C are critical for realizing photoluminescent GaAs quantum dots, which

183 tal quality makes 2DGFs a promising platform for realizing plasmonic nanostructures with nanoscale op

184 theoretically demonstrate a rare opportunity for realizing polaritons with so-called 2D chirality by

185 l with highly anisotropic optical properties for realizing polarization-sensitive linear and nonlinea

186 PC (dimyristoylphosphatidylcholine) vesicles for realizing porous bioreactors.

187 d to modify interactions in ultracold gases, for realizing previously unknown Hamiltonians in quantum

188 involving a simple PHE device, hold promise for realizing programmable logic elements in magnetic el

189 n developing several different architectures for realizing programmable photonic circuits that allow

190 ctronic and optical properties are essential for realizing quantized electronic responses that can be

191 A major challenge for realizing quantum computation is finding suitable sy

192 ucting circuits, which are a prime contender for realizing quantum computing technology(11).

193 spins in semiconductors, with the potential for realizing quantum devices based on spin qubits.

194 n transfers and for many applications, e.g., for realizing quantum gates, both for optical and microw

195 al, which provides a highly tunable platform for realizing quantum-spin Hall and interaction-induced

196 rit entanglement remains a central challenge for realizing qutrit processing in a transmon device.

197 ins similarly good batch-to-batch properties for realizing reproducible device performance, which is

198 ng the magnetic easy axis, which is critical for realizing reversible 180 degrees magnetization deter

199 threshold voltage of a transistor is crucial for realizing robust digital circuits.

200 te-selective defect engineering is essential for realizing scalable architectures.

201 This method paves the way for realizing scalable cryogenic integrated photonics wi

202 vesting ambient mechanical energy is the key for realizing self-powered and autonomous electronics, w

203 e group-IV nanowire, which is a prerequisite for realizing silicon-compatible infrared nanolasers.

204 Fe(3-x)GaTe(2) as a promising building block for realizing skyrmion-based magneto-optical functionali

205 y, and sustainability, are highly attractive for realizing solar steam generators.

206 electrolytes represent a promising strategy for realizing solid-state batteries.

207 bility of Si makes it an attractive material for realizing solid-state qubits.

208 quantum dots (QDs) are attractive materials for realizing solution-processable laser diodes that cou

209 Graphene is an ideal material for realizing spatiotemporal modulated structures at hig

210 study provides a new and promising approach for realizing spatiotemporal-sensitive spectral splittin

211 d magnetism, are considered ideal candidates for realizing spin-triplet superconductivity(4).

212 bility are considered to be ideal candidates for realizing spin-triplet superconductivity(6).

213 imaging plasmonic nanostructures, as well as for realizing spontaneous emission control at the single

214 understanding the metamorphosis is essential for realizing stable and high-energy-density Li-S batter

215 ing these super-domains reliably is critical for realizing states with desired functional properties.

216 on sources and has wide-ranging implications for realizing strongly correlated photonic phases(6,7) a

217 -all-out magnetic order are prime candidates for realizing strongly correlated, topological phases of

218 s and several methods were recently proposed for realizing such a promise.

219 applications; however, synthetic strategies for realizing such composites remain elusive.

220 tum Error Correction (QEC) provides the path for realizing such computations.

221 electronic devices are promising candidates for realizing such device elements because the electroni

222 ystem presented here provides the foundation for realizing such larger scale systems using existing h

223 The prerequisite for realizing such opportunities is to reliably integrat

224 but at present lack the control capabilities for realizing such schemes.

225 arrays are a promising alternative platform for realizing such simulators, due to their potential fo

226 , with Ca being the most promising candidate for realizing superconductivity in graphene.

227 for a single C(2+) product remain obstacles for realizing sustainable carbon-neutral cycles.

228 Membrane-based technologies are essential for realizing sustainable ion-sieving processes such as

229 s highlight ScV(6)Sn(6) as a prime candidate for realizing symmetry-breaking phases driven by charge

230 mains in ferroelectric thin films is crucial for realizing technological applications including non-v

231 As a result, the window of opportunity for realizing the benefits of a biofuel industry based o

232 Protein dynamics are crucial for realizing the catalytic power of enzymes, but how en

233 However, key challenges remain for realizing the clinical utility of these models, whic

234 hotosynthesis has long been one of the ideas for realizing the conversion of solar energy into indust

235 tes, but also selects the local interactions for realizing the corresponding biological function.

236 onductors are promising experimental systems for realizing the elusive Majorana fermions, which, beca

237 sion of the key challenges and opportunities for realizing the exciting potentials of miniaturized MF

238 s effect on stability, seems to be important for realizing the full biological activity of the three-

239 for the preparation of high-quality crystals for realizing the full potential of 2D transition metal

240 lding on these proposed features, is crucial for realizing the full potential of AI in radiology and

241 lity has remained elusive, which is critical for realizing the full potential of MPCI.

242 c, genomic and biological data are essential for realizing the full potential of the mouse as an expe

243 mains and controlled morphology is necessary for realizing the full potential of their atomically pre

244 formation, which has important implications for realizing the impact of CH4 as a source for platform

245 ocomposite of polymer with ZnO are optimized for realizing the molecular imprinted layer of the senso

246 ution within tissues have provided the basis for realizing the molecular mechanisms underlying auxin

247 ing through ligand design thus appears vital for realizing the next generation of high-temperature si

248 bolomic profiling provides new opportunities for realizing the potential of omics-based precision med

249 ncolytic viruses is considered indispensable for realizing the potential of oncolytic virotherapy.

250 A major need for realizing the predictive capabilities of data mining

251 ll protein networks in vivo will be critical for realizing the promise of patient-tailored molecular

252 mbly of human genomes is of great importance for realizing the promise of precision medicine.

253 r of required gates and the processing time) for realizing the quantum gates and algorithms compared

254 rs, and technology experts will be essential for realizing the revolutionary promise that microarrays

255 han 1.45 eV, which restricts their potential for realizing the Shockley-Queisser limit.

256 es in stereochemically pure form is critical for realizing the substantial potential of such building

257 findings demonstrate an important mechanism for realizing the unprecedentedly giant electromechanica

258 tal-chromophore hybrid assemblies is crucial for realizing their photocatalytic and optoelectronic ap

259 ir uptake in biological systems is essential for realizing their potential as next-generation deliver

260 ling functionality with external stimuli and for realizing their potential for ultra-low power memory

261 (mDA) neurons from stem cells is fundamental for realizing their potential in biomedical applications

262 y in embryonic stem cells (ESCs) is critical for realizing their potential in medicine and science.

263 that regulate stem cell behaviour is crucial for realizing their potential in regenerative medicine.

264 a rich CBP phenomenology and propose setups for realizing them, including in anomalous Hall metals a

265 tively interface proteins with nanomaterials for realizing these applications continue to evolve.

266 outstanding challenges and future directions for realizing these gene circuit therapies in the clinic

267 on of high-quality arrays of 1D LLs suitable for realizing these models remains absent.

268 ne-2-carboxylate as the mediator are crucial for realizing these two unprecedented meta-C-H transform

269 dented triazole-pyridone ligand is essential for realizing this "butenolide-oriented" C-H activation

270 ol of individual particles, offer a platform for realizing this full potential.

271 technology emerges as a transformative tool for realizing this goal, yet its adoption remains limite

272 g, and to outline some practical suggestions for realizing this goal.

273 Herein, we describe a strategy for realizing this reaction: using an alkyl bromide as a

274 s of two or three birds and the requirements for realizing those benefits, using metabolic energy exp

275 Our proposal is the first blueprint for realizing topological phases of matter in molecular

276 are the key electronic properties component for realizing topological quantum computing bits with in

277 or-superconductor devices hold great promise for realizing topological quantum computing with Majoran

278 n the spin lattice, thus opening new avenues for realizing topological spin models.

279 nowires have emerged as a promising platform for realizing topological superconductivity (TSC).

280 ablishes this system as a promising platform for realizing topological superconductivity and for crea

281 stal of Sr(0.1)Bi(2)Se(3), a prime candidate for realizing topological superconductivity by doping th

282 superconductor heterostructure as a platform for realizing topological superconductivity without appl

283 degenerate Fermi gas provides a new platform for realizing topological superfluids and related topolo

284 ry on TMD excitons and points to new avenues for realizing topologically non-trivial systems(16,17),

285 We report a strategy for realizing tunable electrical conductivity in metal-o

286 of fundamental and technological importance for realizing tunable energy efficient electronics.

287 e systems renders them distinctive platforms for realizing tunable magnetism in solid-state materials

288 Nanowires are promising platforms for realizing ultra-compact light sources for photonic i

289 10(7) m(-1), suggesting a promising approach for realizing ultra-large polarizations.

290 he proposed methodology opens up a new route for realizing ultra-wideband diffusion scattering of EM

291 Our studies provide alternative strategies for realizing ultralow power electronics.

292 d quasiparticles offers a promising platform for realizing unconventional many-body phenomena and pha

293 advantages of biopolymers as building blocks for realizing unique bioenabled photonic structures.

294 t, reliable logical operations are essential for realizing useful quantum computers(1-3).

295 r-order structures has significant potential for realizing various biomimetic behaviors including alg

296 Semiconductor nanowires are ideal for realizing various low-dimensional quantum devices.

297 ional SMFs, yielding a versatile arrangement for realizing Vernier-based fiber sensors.

298 microscale design and fabrication techniques for realizing viable devices for long-term peripheral in

299 unidirectional blurring, which are obstacles for realizing video-rate STEM observation.

300 gth thickness are demonstrated as a platform for realizing waveguide modes, and cathodoluminescence s