ライフサイエンスコーパス: optical fibre

1 along a 10 km length of normally dispersive optical fibre.

2 teracting with the optical signal within the optical fibre.

3 esigned to mode match a standard single mode optical fibre.

4 und in the homogeneous core of a single-mode optical fibre.

5 ransmitted 5km over a graded-index, few-mode optical fibre.

6 oadening when propagating through lengths of optical fibre.

7 r decoherence with distance than light in an optical fibre.

8 icon-on-insulator technology and single-mode optical fibre.

9 ring laser cavity was formed by an 8-m-long optical fibre.

10 rected to another site through 100 metres of optical fibre.

11 on a long-period grating (LPG) induced in an optical fibre.

12 localized polarization knots in conventional optical fibres.

13 high propagation loss and depolarization in optical fibres.

14 of radii comparable to that of conventional optical fibres.

15 cases is provided by the use of single-mode optical fibres.

16 lly confined waves similar to those found in optical fibres.

17 e connected by single-photon transmission in optical fibres.

18 enhanced design freedom compared to standard optical fibres.

19 the window of minimal absorption in current optical fibres.

20 g due to polarisation-altering properties of optical fibres.

21 ementation utilizes polarization-maintaining optical fibre and photons with a wavelength of 850 nm.

22 utilise the parallel processing potential of optical fibres and amplifiers.

23 r waves in narrow canals, as light pulses in optical fibres and as quantum mechanical matter waves in

24 es include singularities capable of damaging optical fibres and lasers in nonlinear optical systems,

25 Unlike in optical fibres and semiconductor waveguides, we observe

26 We report the fabrication of SiGe-core optical fibres, and the use of CO2 laser irradiation to

27 e show that localized states of a disordered optical fibre are single mode: the transmission channels

28 bution of water in the glass rods from which optical fibres are drawn and explain the distribution qu

29 cal limits to the information capacity of an optical fibre arising from these nonlinearities.

30 ial to replace highly power-hungry intrusive optical fibre based endoscopes and to extend the range o

31 We examine the lasing dynamics in optical fibre-based coupled cavities more than a kilomet

32 Using dielectric sensors and an optical fibre-based readout ensures minimal field pertur

33 tal demonstration of temporal cloaking in an optical fibre-based system by applying concepts from the

34 waveguide attached to the tapered tip of an optical fibre can guide visible light into intracellular

35 Light propagation through an optical fibre causes a long, non-resonant (true) time de

36 Propagation time through an optical fibre changes with the environment, e.g., a chan

37 evable transmission capacity of conventional optical fibre communication systems is limited by nonlin

38 overy by Kao and Hockman that ultra-low-loss optical fibres could be made from pure silica through th

39 Optical fibres designed to support multiple transverse m

40 When an optical pulse propagates along an optical fibre, different wavelengths travel at different

41 n nanosphere fabrication process based on an optical fibre drawing technique.

42 In contrast, optical-fibre drawing from a macroscopic preformed rod i

43 on a flexible fibre bundle of six multimode optical fibres, each terminated with a distal polariser

44 )) delivered to the sensory epithelium by an optical fibre evoked profound changes in phasic and toni

45 es lag far behind the corresponding rates of optical fibre, featuring attenuation many orders larger.

46 disordered light within a standard multimode optical fibre for lensless microscopy and optical mode c

47 linear nature of the propagation of light in optical fibre has made these limits difficult to elucida

48 High-speed broadband services require optical fibres in access networks, in which multiple sub

49 ive optics to achieve focusing in disordered optical fibres in the Anderson regime.

50 g padeliporfin intravenously over 10 min and optical fibres inserted into the prostate to cover the d

51 rier would enable their transmission through optical fibres instead of through copper wires, drastica

52 An important group of nonlinear processes in optical fibre involves the mixing of four waves due to t

53 h information can be communicated through an optical fibre is a key element in the 'information revol

54 Our understanding of what an optical fibre is and what it does is changing because of

55 t quality obtained in the polymer disordered optical fibre is comparable to or better than some of th

56 e direct transmission of an image through an optical fibre is difficult because spatial information i

57 The classical purpose of optical fibres is delivery of either optical power, as f

58 report on the design and drawing of a hollow optical fibre lined with an interior omnidirectional die

59 An optical fibre long period grating (LPG), modified with a

60 n optical system, based on a microstructured optical fibre, near the threshold of soliton-fission sup

61 ractive means for securing communications in optical fibre networks.

62 of a quantum repeater, akin to repeaters in optical fibre networks.

63 uced optical transmission when combined with optical fibres of low refractive index.

64 Hollow optical fibres offer the potential to minimize the depen

65 Imaging through a single optical fibre offers attractive possibilities in many ap

66 idly and efficiently between locations using optical fibres or microwave cables.

67 iverse physical settings, including liquids, optical fibres, plasmas and condensed matter.

68 tical modulator developed on a side-polished optical fibre platform.

69 An optical fibre probe is used to illuminate the lip and ac

70 Its successful implementation in disordered optical fibres recently resulted in the propagation of l

71 Conventional solid-core optical fibres require highly transparent materials.

72 Significant effort in optical-fibre research has been put in recent years into

73 e from leaky modes along a multimode tapered optical fibre, resulting in spectrally distinguishable s

74 Optical fibre surface plasmon resonance (SPR) based sens

75 ogy, we perform real-time measurements in an optical fibre system of the unstable breakup of a contin

76 uses a mechanical resonator coupled with the optical fibre system to produce periodic and chaotic opt

77 s is the achievement of the clarity limit in optical fibres--that is, ensuring that the SiO2 glass fr

78 able long-distance transmission of data over optical fibres; they also ensure narrow spot-size laser

79 hannelrhodopsin-2 to Hcrt cells and using an optical fibre to deliver light deep in the brain, direct

80 Optical fibre underpins the global communications infras

81 tocol in a cryogenically cooled erbium-doped optical fibre, we report the quantum storage of heralded

82 of loss to 0.037 dB m(-1), close to that of optical fibres when first considered a viable technology

83 In contrast to conventional optical fibres, which must be removed from the body soon

84 hich are conveniently handled by mirrors and optical fibres without loss of coherence, atoms lose the