Dr Sam Dolan
School of Mathematical and Physical Sciences
Head of Applied Mathematics and Theoretical Physics Research Cluster
Senior Lecturer of Applied Mathematics
Course Director for the MSc Mathematical and Theoretical Physics programme
+44 114 222 3708
Full contact details
School of Mathematical and Physical Sciences
G18
Hicks Building
Hounsfield Road
91直播
S3 7RH
- Research interests
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I am interested in the foundations and predictions of two very successful theories:
- Einstein's theory of General Relativity, which describes gravity, and the structure of the Universe on the largest scales - e.g. galaxies, black holes and the big bang.
- Quantum Field Theory (QFT), which describes the subatomic world and the weird quantum vacuum in which fundamental particles (eg. electrons, quarks, the Higgs boson, etc.) are created and destroyed.
Both theories are well-tested within their own regimes, and yet they seem to be fundamentally incompatible when brought together. This prevents us from fully understanding extreme scenarios, like the birth of the Universe, or the formation of black holes.The predictions of QFT have been tested to extraordinary precision in the laboratory. To test Einstein's theory, we must look out into the galaxy and beyond. A key prediction of the theory is the existence of Gravitational Waves: propagating ripples in spacetime created by the massive bodies in motion. There is strong indirect evidence for their existence, coming from decades-long observations of binary pulsars. But as yet there is no direct evidence, because GWs are extremely weak by the time they reach Earth. It is very plausible that the first detection will be made in 2015 by newly-upgraded detectors. If detected, gravitational waves will give us an exciting new way of viewing the Universe, which will reveal some of the most energetic processes - such as the merger of black holes - which are currently hidden from view behind shrouds of dust and plasma. With this goal in mind, my recent work has been focussed on modelling the GW signal that is generated by black hole mergers, to help in our search for the 'needle in the haystack'.
- Publications
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Show: Featured publications All publications
Featured publications
Journal articles
All publications
Journal articles
- . Classical and Quantum Gravity, 41.
- . Physical Review D, 109(6), 064053.
- . Physical Review Letters, 128(15).
- . Physical Review D, 102(10).
- . Physical Review D, 102(6).
- . Physical Review D, 102(4).
- . International Journal of Modern Physics D, 29(11).
- . General Relativity and Gravitation, 52(8).
- . Physical Review D, 101(10).
- . Physical Review D, 100(8).
- . Physical Review D, 100(4).
- . Physical Review D, 100(2).
- . Journal of Fluid Mechanics, 857, 291-311.
- . Physical Review D, 98(10).
- . Physical Review D, 98(8).
- . Physical Review D, 98.
- . International Journal of Modern Physics D.
- . International Journal of Modern Physics D, 27(11), 1843010-1843010.
- . International Journal of Modern Physics D, 27(11), 1802004-1802004.
- . Physics Letters B.
- . Physics, 10, 83-83.
- . Physical Review D, 95.
- . Classical and Quantum Gravity, 34(8).
- . Physical Review D, 95(4).
- . Physical Review D.
- . International Journal of Modern Physics D, 25(09).
- . International Journal of Modern Physics D, 25.
- . Classical and Quantum Gravity, 33(17).
- . Physical Review D - Particles, Fields, Gravitation and Cosmology, 94(2).
- . Classical and Quantum Gravity, 32(18), 184001-184001.
- . Physical Review D - Particles, Fields, Gravitation and Cosmology, 89(10).
- . Phys.Rev., D89, 084021-084021.
- . Physical Review D - Particles, Fields, Gravitation and Cosmology, 89(6).
- . Physical Review D - Particles, Fields, Gravitation and Cosmology, 88(6).
- . Physical Review D - Particles, Fields, Gravitation and Cosmology, 88(4).
- . Phys.Rev., D87, 124026-124026.
- . Phys.Rev., D85, 044031-044031.
- . Phys.Rev., D85, 044043-044043.
- Self-force via $m$-mode regularization and 2+1D evolution: III. Gravitational field on Schwarzschild spacetime.
- Scattering by a draining bathtub vortex.
- . Phys.Rev., D83, 024019-024019.
- . Phys.Rev., D84, 084001-084001.
- . Phys.Rev., D84, 104002-104002.
- . Phys.Lett., B701, 485-489-485-489.
- . Phys.Rev., D82, 104003-104003.
- . Phys.Rev., D81, 124013-124013.
- . Phys.Rev., D82, 084037-084037.
- . Phys.Rev., D79, 064014-064014.
- . Phys.Rev., D79, 124043-124043.
- . JHEP, 0910, 014-014.
- . Phys.Rev., D79, 124044-124044.
- . Class.Quant.Grav., 26, 175020-175020.
- . Phys.Rev., D79, 064022-064022.
- . Phys.Lett., B680, 365-370-365-370.
- . Phys.Rev.Lett., 102, 231103-231103.
- . Class.Quant.Grav., 26, 225003-225003.
- . Phys.Rev., D77, 044004-044004.
- . Class.Quant.Grav., 25, 235002-235002.
- Polarization of Long-Wavelength Gravitational Waves by Rotating Black Holes.
- . JHEP, 0806, 071-071.
- Brane decay of a ( 4+n)-dimensional rotating black hole. III: spin-1/2 particles. J HIGH ENERGY PHYS(3).
- . Phys.Rev., D76, 084001-084001.
- . Phys.Rev., D74, 064005-064005.
- . Phys.Rev., D71, 124020-124020.
- . Phys.Rev., D72, 105014-105014.
- . Physical Review D, 109(12).
- . Physical Review D, 109(4).
- . Physical Review Research, 4(3).
- . Physical Review D, 106(4).
- . Physical Review D, 106(2).
- . Physical Review D, 92(12).
- . Physical Review D, 92(8).
- . Physical Review D, 91(2).
- . Physical Review D, 90(6).
- . Phys.Rev.D, 87, 064027.
- . Physical Review D, 84(10).
- . Physical Review D, 98(10).
- . Physical Review D, 99(6).
- . Physical Review Letters, 113(16).
- . Physical Review D, 92(12).
- Electromagnetic self-force on a charged particle on Kerr spacetime: equatorial circular orbits.
Conference proceedings papers
- (pp 69-74)
- . The Fourteenth Marcel Grossmann Meeting
- . The Fourteenth Marcel Grossmann Meeting
- . The Thirteenth Marcel Grossmann Meeting
- . The Thirteenth Marcel Grossmann Meeting
- . The Twelfth Marcel Grossmann Meeting
- (pp 844-847-844-847)
- . Proceedings of the 2005 joint conference on Smart objects and ambient intelligence: innovative context-aware services: usages and technologies
Preprints
- Superradiant instability of a charged regular black hole.
- Adiabatic inspirals under electromagnetic radiation reaction on Kerr spacetime.
- Metric perturbations of Kerr spacetime in Lorenz gauge: Circular equatorial orbits.
- Higher-order geometrical optics for circularly-polarized electromagnetic waves.
- Research group
- Grants
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Current grants, as Coinvestigator
STFC Consortium: Fundamental Physics - Lancaster-Manchester-91直播 STFC Past grants, as Principal Investigator
EPSRC Past grants, as Coinvestigator
STFC Consolidated Grant Renewal STFC
- Teaching activities
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MAS116 Mathematical Investigation Skills MAS314 Introduction to Relativity MAS61009 Research Skills in Mathematics
Links