Bibliografía y referencias

La velocidad de crecimiento del número de artículos publicados supera la velocidad de la luz. Pero no hay que preocuparse por la transgresión de ninguna ley física. Esos artículos no transportan ninguna información. Subrahmanyan Chandrasekhar

Libros de divulgación

• Gribbin, John. "Companion to the Cosmos". Weidenfeld&Nicolson.1996. Un completo diccionario de términos. Está editado en español.

• Guth Allan H. "The Inflationary Universe" 1997. VINTAGE. 1998. "El universo inflacionario". Debate 1999.

• Kippenhahn, Rudolf. "Luz del confín del Universo". El universo y sus inicios". Biblioteca científica Salvat 1995.

• Longair, M., "The Origins of the Universe", Cambridge UP, Cambridge, 1990. (Publicado además en Alianza Editorial "Los orígenes del Universo"?). Ver también Our Evolving Universe por el mismo autor.

• Smoot, G. & Davidson, K. "Wrinkles in Time". Little, Brown, NY and London.1993. Publicado además en Plaza&Janes editores. 1994 como "arrugas en el tiempo".

Textos de nivel intermedio.

• Lawrence Krauss. "La quinta esencia". Alianza Editorial. Hay una actualización reciente

• Lopez, Cayetano. "Universo sin fin". Taurus. 1999

• Reeves, Hubert. "Ultimas noticias del cosmos". Alianza Universidad. 1996

• Steven Weinberg. "Los tres primeros minutos del Universo". Alianza Editorial. "The First Three minutes"

Textos de interés histórico.

• Hubble, E. "The Realm of the Nebulae". Yale University Press. 1936

• North, J.D. "The Measure of the Universe. A History of Modern Cosmology". Oxford University Press 1965. Dover 1990.

• Smith, Robert W. "El universo en expansión". Alianza Universidad. 1993

Textos académicos

• Jordi Cepa. Cosmología Física. Aka. En español.

• Kolb, E.W. & Turner, M.S. The Early Universe. Addison-Wesley 1990.

• Peebles, P.J., Principles of Physical Cosmology, Princeton UP, Princeton NJ, 1993

• Weinberg, S. "Gravitation and Cosmology". Wiley. 1972

Textos de cursos en la red

• Trodden & Carroll 2004 TASI lectures on Cosmology

• Neil Wright 2000 undergraduate Stellar Systems and Cosmology course  & Cosmology lecture notes 1999.

• Watson, Gary Scott 2000. An Exposition on inflationary cosmology

• Carroll, Sean M.1997. Lectures notes in General Relativity

Artículos de nivel intermedio

• Wendy L. Freedman. The Expansion Rate and Size of the Universe

• Linde, Andrei. The Self-Reproducing Inflationary Universe. Actualización on-line del mismo artículo aparecido en Scientific American. November 1994

• P. James E. Peebles, David N. Schramm, Edwin L. Turner and Richard G. Kron. The Evolution of the Universe.

• Vera Rubin. Dark Matter in the Universe

• Van den Bergh, Sidney. 2000. A short History of the missing mass and dark energy paradigms.

Artículos técnicos de interés general

Los artículos pueden ser hallados en el servidor de preprints  xxx.lanl.gov. Si algún enlace fuese incorrecto, se puede hacer búsquedas selectivas en dicho servidor

Comentarios y reviews del estado de la cosmología.

• Bahcall, N.A., Ostriker, J.P., Perlmutter, S. & Steinhardt, P.J. 1999 "The Cosmic Triangle: Assesing The State of the Universe".
• Blanchard, A. et al. 2003. An alternative to the cosmological 'concordance model'.
• Bridle, S.A., Lahav, O., Ostriker, J.P., Steinhardt, P.J. 2003. Precision Cosmology?. Not Just Yet...
• Destua, S.D. et al. 2002. Cosmological parameters, Dark Energy and Large Scale Structure.
• Freedman W. L. 2002. The measure of cosmological parameters
• Krauss, L.M. 2001. Space, time and matter. Cosmologica parameters 2001.
• Lahav, O. 2001. New cosmological data and the "best-fit" FRW universe.
• Lineweaver, C.H. 1999. What is the Universe made of?. How old is it?
• Melchiorri 2002. Cosmology Rounding the Cape
• Peebles, P. J. E. 1998. The Standard Cosmological Model.
• Peebles, P. J. E. 1998. "Is cosmology solved. An astrophysical Cosmology´s viewpoint".
• Peebles, P. J. E. 2001. The Cosmological tests.
• Peebles, P. J. E. 2002. From precision cosmology to accurate comology
• Primack, J.R. 1999. Status of Cosmology.
• Rowan-Robinson, M. 1999. Cosmological parameters and the case for cold dark matter.
• Tegmark, M. 2002. Measuring space-time: from Big Bang to Black Holes
• Turner, M.S. 2002. The New Cosmology.
• Turner, M.S. 2002. Making Sense of the New Cosmology
• Turner, M.S. 2002. A Cosmic Perspective fron Lapland 2001.

Conceptos básicos

• Cooperstock, F.I. et al. 1998. The influence of the cosmological expansion on local systems.
• Cornish, N.J. & Weeks, J.R. 1998. Measuring the shape of the universe.
• Gangui, A. 2003. A Presposterous Universe.
• Harrison, E.R. & Noonan T. W. 1979 Interpretation of Extragalactic Redshifts.
• Harrison, Edward 1991 Hubble spheres and particle horizons
• Harrison, Edward. 1993 The redshift-distance and velocity-distance laws
• Harrison, Edward. 1995 Mining Energy in an Expanding Universe
• Hogg, D.W. 2000. Distance measures in cosmology
• Hwang J., Padmanabhan T., Lahav O. & Noh H. 2001. On the 1/3 factor in the CMB Sachs-Wolfe effect.
• Matthew J. Francis et al. 2007. Expanding Space: The Root of all Evil?
• Page D.N. 1993. No superluminar expansión of the universe
• Kiang, T. 2003. Time, distance, velocity, redshift: a personal guided tour.
• Kraus, L.M. & Turner M.S. 1999. Geometry and destiny.
• Roukema, B.F. 2001. On the comoving distance as an arc-lenght in four dimensions
• Tamara M. D. & Lineveaver C.H. 2001. Superluminar Recession Velocities
• Tamara M. D. & Lineveaver C.H. & Webb J. K. 2001. Solutions to the cahined galaxy problem and the observation of receding blue-shifted objects
• Tegmark, M. 2002. Measuring Spacetime: from Big Bang to Black Holes
• Thomas R. C. & Kantowski R. 2000. The Age-Redshift Relation for Standar Cosmology
• Xiao-Gang He 2001. Accelarating Universe and Event Horizon
• Uzan J-P & Lehoucq, R. 2001. A Dynamical Study of the Friedmann Equations.
• White M. & Hu W. 1996. The Sachs-Wolfe effect.
• Weichman Marissa L. 2007 The Forgotten Night: The Number Devil Explores Spherical Geometry

Constante cosmológica

• Carrol, Press & Turner 1992. The cosmological constant.

• Caroll, S. 2001. The Cosmological Constan, Living Rev. Relativity, 4, (2001).

• Cohn, J.D. 1998. Living with lambda.

• Kraus, L.M. 1997. The end of the age problem and the case for a cosmological constant revisited.

• Weinberg, S. 1996. Theories of the cosmological constant.

• Weinberg, S. 2000. The Cosmological Constant Problems.

• más referencias aquí

Densidad del universo

• referencias aquí

Edad del universo

• Chaboyer, B. 1998. La edad del universo.

• más referencias aquí.

Energía oscura y quintaesencia

• Caldwell R. R., Dave R. & Steinhardt P. J. 1998. Cosmological Imprint of an Energy with general Eqution-of-State.

• Carroll S. M. 2001. Dark Energy and the Preposterous Universe.

• Gudmundsson E. H. & Björnsson G. 2001. Dark Energy and the Observable Universe

• Maor I., Brustein R. & Steinhardt P. J. 2001. Limitations in Using Luminosity Distance to Determine the Equation of state of the Universe.

• Peebles, P.J.E. & Ratra, B. 2002. The Cosmological Constant and Dark Energy.

Escala de distancias

• Beaulieu, J.P. & de Witt, W.J. 1998.The contribution of microlensing surveys to the distance scale.

• Blakeslee, J.P.et al. 1998. Distance from surface brightness fluctuations.

• Bono, G. 2003. RR Lyrae Distance scale: Theory and observations.

• Chaboyer, B. 1998. Globular Cluster distance determinations.

• Jensen, J.B. et al. 2003. The extragalactic distance scale.

• Walker, A.R. 1998. The distances of the Magellanic Clouds.

Estructuras a gran escala

• Bahcall, N. A. 1999. Cosmology with Clusters of galaxies.

• Ellis, R. 1998. The formation and evolution of galaxies.

• Guzzo, L. 1999. Large Scale Structure at the turn of the Millenium.

• Guzzo, L. 2001. Large Scale Structure and X-ray clusters of galaxies.

• Guzzo, L. 2002. Recent Advances in Large Scale Structure and Galaxy Formation Studies.

• Madau, P. 2002. Early Structure Formation and the Epoch of First Light

• Peacock J.A. 2000. Clustering of mass and galaxies

• Peebles, P.J.E. 1998. Issues for the next generation of galaxy surveys.

• Peebles, P.J.E. 1999. Comments on the state of our subject

• Pietronero, L & Labini, F.S. 2000. Fractal structures and the large scale distribution of galaxies.

• Silk, Joseph. 1999. Seven paradigms in structure formation.

Futuro a largo plazo del universo: escatología cósmica

• Adams F.C. & Laughlin G. 1997. A dying Universe: The Long Term Fate and Evolution of Astrophysical Objects.

• Chiueh T. & He X-G. 2001. Future Island Universes in an Accelerating Background Universe

• Dyson, F.J. 1979. Time without end: physics and biology in an open universe. Reviews of Modern Physics, Vol. 51, No. 3, pages 447-460

• Freese, K & Kinney W.H 2002. The Ultimate Fate of Life in an Accelerating Universe

• Gu Je-An & Hawang W-Y. P. 2001. The Fate of the Accelerating Universe

• Huterer, Sarkman & troden 2002. Is the universe inflating?. Dark energy and the future of the universe

• Loeb A. 2001. The Long-Term Future of Extragalactic Astronomy.

• Krauss L.M. & Starkman 1999. Life, The Universe, and Nothing: Life and Deah in an Ever-Expanding Universe

• Starobinski, A.A. 1999. Future and Origen of the Universe: Modern view

Inflación

• Albrecht, A. 2001. Cosmic Inflation

• Guth, A.H. 2000. Inflation and Etenernal Inflation

• Guth, A.H. 2000. Inflationary Models and Connections to Particle Physics

• Liddle, A. R. 1999. Observational tests of Inflation

• Liddle, A. R. 1999. An introduction to Cosmological Inflation.

• Linde, A. 1996. Recent Progress in Inflationary Cosmology

• Linde, A. 2001. Inflation and String Cosmology

• Linde, A. 2001. Fast-Roll Inflation

• Turner, M.S.1997. Ten things everyone should know about inflation.

• Peebles, P.J.E. 1999. Inflation and traditions of research.

Lentes gravitatorias

• Bernardeu, F. 1999. Gravitational lenses.

• Mellier, Y. 1999. Cosmological applications of gravitational lensing.

• Zhu Zong-Hong 2001. Gravitational lensing statistical properties in general FRW cosmolies with dark energy componet (s): analytic results

Materia oscura

• Bergström L., 2000. Non Barionic Dark Matter: Observacional Evidence and Detection Methods.

• Ellis, J. 1999. Particles and Cosmology: learning from cosmic rays.

• Ellis, J. 2002. Dark 2002 and Beyond

• Kahlil, S. & Muñoz C. 2001. The enigma of Dark Matter.

• Silk, J. 2001. The Dark Side fo the Universe

• Turner, M.S. 1999. Dark matter and energy in the Universe.

• Turner, M.S. 1999. Dark matter, dark energy and physics.

• Turner, M.S. 2002. Dark matter and dark energy: The Critical Questions.

Medidas de la constane de Hubble

• referencias aquí

Nucleosíntesis

• Burles, S. et al. 1999. Big Bang Nucleosynthesis: linking inner space and outer space.

• López, R. E. and Turner, M.S. 1998. An accurate calculation of the Big Bang prediction for the abundance of primordial helium.

• Kurki-Suonio H. 2001. Big Bang Nucleosynthesis calculation

• Steigman, G. 2000. Primordial nucleosintesis for the New Millenium.

• Tytler, O'Meara, Suzuki & Lubin 2001. Review of Big Bang Nucleosynthesis and Primordial Abundances

Principio cosmológico

• Davis, M. 1996. Is the Univers homogeneus on large scale.

• Guzzo, L. 1997. Is the Universe homogeneous (on large scales).

• Lahav, O. 1998. How Smooth is the Universe on large scales?.

• Lahav, O. 1999. Testing Homogeneity on large scales.

• Wu, Lahav & Rees. 1998. The large scale smothness or the Universe.

Radiación cósmica de fondo

• Birkinshaw, M. 1998. The Sunyaev-Zel'dovich effect.

• Bond J. R. & Grittenden R.G. 2001. CMB Analysis

• Carlstrom, Holder & Reese 2002. Cosmology with the Sunyaev-Zel'dovich effect.

• Cooray Asantha 2002. After Acoustic Peaks, What's  next in CMB?

• Efstathiou G. 2000. CMB anisotropies and the determination of cosmological parameters

• Ellis, J. 1999. Learning physics from Cosmic Microwave Background

• Gawiser E. & Silk, J. 2000. The Cosmic Microwave Radiation (Review).

• Hu, W. & Scott, D. 2001. Cosmic Microwave Background Anisotropies.

• Lainglois David 2002. How Much will we learn from the CMB

• Melchiorri A. 2002. Multiple Peaks in the CMB

• Melchiorri A. 2002. CMB and Cosmological Parameters: Current Status and Prospects.

• Miller, A.D. 2001. The CMB- Contemporary Measurements and Cosmology.

• Rephaeli 2001. The Sunyaev-Zel'dovich effect: current status and future prospects

• Scott, D. 1999. Cosmic Glows.

• Scott, D. 1999. New physics from the Cosmic Microwave Background.

• White, M. & Cohn J. 2002.

Simulaciones de la distribución de galaxias

• Frenk, C.S. 2002. Simulating the formation of cosmic structure.

Topología (geometría global) del universo

• Roukema, B.F.2002. Observational Constraints on the Topology (Global Geometry) of the universe.

índice principal de Cosmología

Copyright 1997-2007 Pedro J. Hernández