Michael S. Turner | Academic Influence

Michael S. Turner's AcademicInfluence.com Rankings

Michael S. Turner

Physics

#399

World Rank

#705

Historical Rank

#191

USA Rank

Cosmology

#38

World Rank

#42

Historical Rank

#18

USA Rank

physics Degrees

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Physics

Michael S. Turner's Degrees

PhD Physics Stanford University

Why Is Michael S. Turner Influential?

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According to Wikipedia, Michael S. Turner is an American theoretical cosmologist who coined the term dark energy in 1998. He is the Rauner Distinguished Service Professor Emeritus of Physics at the University of Chicago, having previously served as the Bruce V. & Diana M. Rauner Distinguished Service Professor, and as the assistant director for Mathematical and Physical Sciences for the US National Science Foundation.

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Michael S. Turner's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

The early Universe (1981) (7065)
Is Cosmic Speed-Up Due to New Gravitational Physics? (2003) (1802)
Spontaneous Creation of Almost Scale - Free Density Perturbations in an Inflationary Universe (1983) (1495)
Dark Energy and the Accelerating Universe (2008) (1362)
Coherent scalar-field oscillations in an expanding universe (1983) (559)
Cosmology of generalized modified gravity models (2004) (504)
Primordial nucleosynthesis: a critical comparison of theory and observation (1984) (436)
CDM models with a smooth component (1997) (405)
Reheating an inflationary universe (1982) (397)
Big Bang Nucleosynthesis Predictions for Precision Cosmology (2000) (370)
PROBING DARK ENERGY: METHODS AND STRATEGIES (2000) (365)
Constraining Dark Energy with Type Ia Supernovae and Large-Scale Structure (1999) (360)
Windows on the axion (1990) (346)
Cosmological Constraints on the Properties of Weakly Interacting Massive Particles (1985) (346)
Prospects for probing the dark energy via supernova distance measurements (1998) (326)
The cosmological constant is back (1995) (289)
Big-bang nucleosynthesis enters the precision era (1997) (245)
Cosmological implications of axinos (1991) (200)
Flatness of the universe - Reconciling theoretical prejudices with observational data (1984) (169)
Large-scale microwave cavity search for dark-matter axions (2001) (159)
Grand Unified Theories and the Origin of the Baryon Asymmetry (1983) (158)
SHARPENING THE PREDICTIONS OF BIG-BANG NUCLEOSYNTHESIS (1999) (156)
Prescription for successful new inflation (1984) (155)
The shadow world of superstring theories (1985) (153)
Big Bang Nucleosynthesis as a Probe of Cosmology and Particle Physics (1981) (141)
Magnetic Monopoles and the Survival of Galactic Magnetic Fields (1982) (139)
Results from a High-Sensitivity Search for Cosmic Axions (1998) (136)
Do Type Ia Supernovae Provide Direct Evidence for Past Deceleration of the Universe? (2001) (133)
Detectability of inflation-produced gravitational waves (1996) (126)
What Do We Really Know about Cosmic Acceleration? (2005) (124)
Cold Dark Matter (1996) (124)
Primordial Nucleosynthesis Including Radiative, Coulomb, and Finite Temperature Corrections to Weak Rates (1982) (123)
Development of axion perturbations in an axion dominated universe (1983) (116)
The Local Halo Density (1995) (111)
Formation of galaxies in a gravitino-dominated universe (1982) (104)
Dark energy as a modification of the Friedmann equation (2003) (99)
What is the big-bang-nucleosynthesis prediction for the baryon density and how reliable is it? (2000) (96)
Kinematic constraints to the key inflationary observables (2000) (95)
An Accurate Calculation of the Big Bang Prediction for the Abundance of Primordial Helium (1998) (91)
A Fresh Look at Axions and SN 1987A (1996) (85)
Making sense of the new cosmology (2002) (78)
Primordial nucleosynthesis with decaying particles. I. Entropy-producing decays. II. Inert decays (1988) (76)
Cosmic Acceleration, Dark Energy and Fundamental Physics (2007) (74)
Inflation in the Universe (1981) (71)
Constraining variations in the fine structure constant with the cosmic microwave background (1998) (71)
Cosmology at the Millennium (1999) (69)
Probing dark energy with supernovae: Exploiting complementarity with the cosmic microwave background (2002) (64)
How Cold Dark Matter Theory Explains Milgrom’s Law (2001) (64)
Is our vacuum metastable? (1982) (64)
Cosmological bounds on the masses of stable, right-handed neutrinos (1982) (60)
Dark Matter and Dark Energy in the Universe (1998) (58)
A reexamination of the cosmological bound to the number of neutrino flavors (1986) (56)
Precision Detection of the Cosmic Neutrino Background (1998) (55)
The dark side of the universe: From Zwicky to accelerated expansion (2000) (54)
Inflation in a shear- or curvature-dominated universe (1983) (53)
Formation of Structure in an Axion Dominated Universe (1983) (52)
Pre-big-bang inflation requires fine-tuning (1997) (51)
The View from the Center of the Universe: Discovering Our Extraordinary Place in the Cosmos (2006) (51)
Expectations for the Difference between Local and Global Measurements of the Hubble Constant (1997) (51)
Cosmology and particle physics (1985) (45)
Monopole catalysis of nucleon decay in old pulsars (1983) (44)
The Case for a Hubble Constant of 30 km s–1 Mpc–1 (1994) (44)
The LMC Microlensing Events: Evidence for a Warped and Flaring Milky Way Disk? (1997) (43)
Cosmology Solved? Quite Possibly! (1998) (42)
Cryogenic cavity detector for a large-scale cold dark-matter axion search (2000) (41)
Geometry and Destiny (1999) (40)
Could primordial black holes be the source of the cosmic ray antiprotons? (1982) (40)
The origin of baryons in the Universe (1979) (39)
Baryon production by primordial black holes (1979) (39)
Yet Another Possible Explanation of the Solar Neutrino Puzzle (1986) (38)
Dark Energy and the New Cosmology (2001) (35)
Dark matter in the universe (1991) (35)
Hierarchy of Cosmological Baryon Generation (1980) (34)
BEYOND H0 AND q0: COSMOLOGY IS NO LONGER JUST TWO NUMBERS (2012) (32)
Evolution of cosmological baryon asymmetries. I. The role of gauge bosons (1980) (32)
THE NEW COSMOLOGY (2002) (32)
Primordial Nucleosynthesis with Decaying Particles. II. Inert Decays (1988) (31)
Gravitational radiation from supernova neutrino bursts (1978) (31)
Can oscillating physics explain an apparently periodic universe (1990) (30)
Detectability of Tensor Perturbations Through CBR Anisotropy (final published version) (1994) (30)
Thermal production of superheavy magnetic monopoles in the early universe (1982) (27)
Big Bang Nucleosynthesis and a New Approach to Galactic Chemical Evolution (1995) (26)
Massive, Degenerate Neutrinos and Cosmology (1983) (25)
Big-bang nucleosynthesis limit to the number of neutrino species (1996) (25)
Isocurvature baryon number fluctuations in an inflationary universe (1989) (24)
The grand unified photon spectrum: A coherent view of the diffuse extragalactic background radiation (1989) (24)
Precision cosmology and the density of baryons in the universe. (2000) (24)
Evolution of density perturbations through cosmological phase transitions (1984) (24)
Kinematic tests of exotic flat cosmological models (1987) (24)
The Early universe : reprints (1988) (23)
Ribbons on the Cosmic Background Radiation Sky: A Powerful Test of a Baryon Symmetric Universe (1997) (23)
Connecting Quarks with the Cosmos (2003) (23)
Big-Bang Nucleosynthesis: Linking Inner Space and Outer Space (1999) (22)
Annihilating the Cold Dark Matter Cusp Crisis (2000) (22)
The end may be hastened by magnetic monopoles (1983) (22)
Baryosynthesis and the origin of galaxies (1981) (22)
Cosmology and elementary‐particle physics (1979) (21)
The Cosmic Rosetta Stone (1997) (20)
The inflationary Universe—birth, death and transfiguration (1982) (20)
PROBING UNSTABLE MASSIVE NEUTRINOS WITH CURRENT COSMIC MICROWAVE BACKGROUND OBSERVATIONS (1998) (20)
The magnetic monopole flux and the survival of intracluster magnetic fields (1983) (20)
Precision Prediction for the Big-Bang Abundance of Primordial Helium (1998) (17)
A Sober Assessment of Cosmology at the New Millennium (2001) (16)
Why Should Baryons and Exotic Relic Particles Have Comparable Densities (1987) (15)
The large-scale peculiar velocity field in flat models of the universe (1987) (15)
Quarks and the Cosmos (2007) (15)
Dark matter: theoretical perspectives. (1993) (15)
Dark matter and dark energy: The critical questions (2002) (15)
Is the local monopole flux enhanced (1983) (15)
Is the great attractor really a great wall (1988) (14)
Microwave distortions from collapsing domain-wall bubbles (1991) (14)
New Hubble Space Telescope Spectra of QSO PG 1718+4807: No Evidence for Strong Deuterium Absorption (2001) (14)
Baryon generation, the K-M mechanism, and minimal SU(5) (1981) (14)
Prospects for measuring Inflation parameters with the CMB (1998) (14)
The Power of Curiosity (2014) (14)
The Case for ΩM = 0.33 ± 0.035 (2001) (14)
Higgs Bosons and the Evolution of Baryon Asymmetries (1980) (14)
On the relic abundance of stable neutrinos (1985) (13)
Constraints on Dirac neutrinos from SN 1987A (1993) (13)
Effect of finite nucleon mass on primordial nucleosynthesis (1993) (13)
Why Is the Temperature of the Universe 2.726 Kelvin? (1993) (12)
Cosmology solved? Maybe (1998) (12)
Origin of the universe. (2009) (12)
Dark Matter, Dark Energy and Fundamental Physics (1999) (12)
Ten Things Everyone Should Know About Inflation (1997) (11)
Why Cosmologists Believe the Universe is Accelerating (1999) (11)
$$\Lambda $$ΛCDM: Much More Than We Expected, but Now Less Than What We Want (2018) (11)
Dark Energy: Just What Theorists Ordered (2003) (11)
Deuteronomy and numbers (1996) (11)
The pocket cosmology (2000) (11)
The Road to Precision Cosmology (2022) (11)
Double Inflation: A Possible Resolution of the Large Scale Structure Problem (1987) (10)
Coherent peculiar velocities and periodic redshifts (1991) (10)
The New Cosmology: Mid-term Report Card for Inflation (2002) (10)
The Inflationary Paradigm (1985) (10)
From slowdown to speedup. (2004) (10)
No Need for MACHOS in the Halo (1997) (10)
Astrophysical Production of Fractional Charge in Broken Quantum Chromodynamics (1981) (9)
The Case for ΛCDM (1997) (9)
Cosmology Solved? (1998) (9)
The tilted universe (1992) (9)
First results from a second generation galactic axion experiment (1996) (8)
Degree of scale invariance of inflationary perturbations (1999) (8)
Cosmology: going beyond the big bang (1996) (7)
Electroweak Anomaly and Lepton Asymmetry (1987) (7)
Axions and SN1987A (1988) (7)
Limits to radiative neutrino decay from SN 1987A (1997) (7)
Dibaryons cannot be the dark matter (2018) (7)
Big science is hard but worth it (2015) (7)
Constraining the properties of dark energy (2001) (6)
Toward the inflationary paradigm: lectures on inflationary cosmology. (1987) (6)
A New Era in Determining the Matter Density (2001) (6)
Thermal production of superheavy magnetic monopoles in the new inflationary-Universe scenario (1984) (6)
The survival of primordial color fluctuations (1982) (6)
Comment on the Consistency of the Standard Model of Primordial Nucleosynthesis (1981) (6)
On the lepton numbers of the universe (1981) (6)
On the isotropy and homogeniety of the Universe (1979) (6)
Superheavy magnetic monopoles and main-sequence stars (1988) (6)
Gamma Rays and the Decay of Neutrinos from SN1987A (1996) (6)
Revealing Quintessence (2008) (6)
Cosmological Implications of the First Measurement of the Local ISM Abundance of 3He (1996) (5)
First-Order Inflation (1992) (5)
Inflation after COBE: Lectures on inflationary cosmology (1993) (5)
The Case for Ω[TINF][ITAL]M[/ITAL][/TINF] = 0.33 ± 0.035 (2002) (5)
Large–scale structure from quantum fluctuations in the early universe (1998) (5)
Baryogenesis and supersymmetric GUTs (1983) (4)
Erratum: ``Cosmic microwave background probes models of inflation'' [Phys. Rev. Lett. 69, 1856 (1992)] (1993) (4)
A NEXT-GENERATION CAVITY MICROWAVE EXPERIMENT TO SEARCH FOR DARK-MATTER AXIONS (1994) (4)
Nuclear Kinetic Equilibrium During Big Bang Nucleosynthesis (2018) (4)
Cosmology: Standard and Inflationary (1997) (4)
00 12 51 0 v 1 2 8 D ec 2 00 0 Probing the dark energy : methods and strategies (2008) (4)
Cosmology: Inflation alive and well (2008) (4)
David Norman Schramm (1998) (4)
Cosmology: No miracle in the multiverse (2010) (4)
From αβγ to precision cosmology: The amazing legacy of a wrong paper (2008) (4)
A cosmic perspective from Lapland in 2001 (2002) (3)
Inflation Circa 1983 (1983) (3)
Microlensing and the Composition of the Galactic Halo (1997) (3)
Old inflation and anisotropy (1987) (3)
The Formation of Structure in the Universe (1985) (3)
Cosmology in the New Millennium (2003) (3)
Baryogenesis Without the Initial Presence of Superheavy Bosons (1981) (3)
Time at the beginning (2001) (3)
Book-Review - the Early Universe (1990) (3)
Two Theorists Never in Doubt (2001) (3)
A century of physics: 1950 to 2050 (2009) (3)
The Meaning of Eros/Macho (1993) (2)
Comment on "Dispersion velocity of galactic dark matter particles" (1996) (2)
The Case for LambdaCDM (1997) (2)
Cosmology Update 1998 (1999) (2)
The third cosmological paradigm (2021) (2)
The early universe. Collection of reprints (1988) (2)
Cosmology 1996 (1997) (2)
MeV Tau Neutrino:: Astrophysical and cosmological constraints and mischief (1994) (2)
Monopoles, Cosmology, and Astrophysics—Update 1985 a (1986) (2)
Inflation in the Universe, circa 1986 (1986) (2)
A cosmologist's tour through the new particle zoo (candy shop?) (1985) (2)
More Than Meets the Eye (2000) (2)
Sharpening the predictions of bigbang nucleosynthesis (1999) (2)
MeV Tau Neutrino (1995) (2)
A GRACEFUL END TO INFLATION (1982) (2)
Latest nucleosynthesis constraints on the baryon density of the universe (1996) (1)
Big-bang Nucleosynthesis: Is the Glass Half Full or Half Empty? (1996) (1)
Prospects for Producing and Detecting a Spinless W Boson in High-Energy Neutrino and Muon Experiments (1972) (1)
Diffusion-limited relic particle production (2019) (1)
Astrophysical and cosmological constraints to neutrino properties (1989) (1)
Neutrinos and cosmology (2008) (1)
The Cosmology of nothing (1997) (1)
Big Bang Nucleosynthesis a (1984) (1)
Accelerators and Dinosaurs (2003) (1)
The origin of density fluctuations in the 'new inflationary universe' (1983) (1)
Yoichiro Nambu (1921–2015) (2015) (1)
Dark matter candidates (1989) (1)
The Best-Fit Universe (1990) (1)
Much More Than a Telescope (2011) (1)
MACHOs: The Plot Thickens (1996) (1)
Monopoles and Astrophysics (1983) (1)
History: Aspen physics turns 50 (2012) (1)
Neutrinos: the ultimate astrophysical probe. (1978) (1)
Particle cosmology comes of age (1987) (1)
A New Limit on the Spectrum of Primordial Black Holes. (1979) (1)
Big band baryosynthesis and grand unification (1981) (1)
Inflation: From Theory To Observation and Back (1995) (1)
A proposed search for dark-matter axions in the 0.6-16 mu eV range (1991) (1)
Detailed comparison between parton cascade and hadronic cascade at SPS and RHIC (1999) (0)
Dark Energy and the Destiny of the Universe (2003) (0)
Particle physics and cosmology: The inner space/outer space connection (1984) (0)
(Participation in high energy physics): Task C, Particle physics and cosmology (1992) (0)
Connecting the micro- and macroverses (2019) (0)
Monopole heat (1983) (0)
What the Universe is Made Of and How We Know It (2000) (0)
Corrections to primordial nucleosynthesis (2008) (0)
Status of Cosmology on the Occasion of the Carnegie Centennial (2004) (0)
BEYOND H[subscript 0] AND q[subscript 0]: COSMOLOGY IS NO LONGER JUST TWO NUMBERS (2013) (0)
Ju n 20 00 Optimal Supernova Search Strategies (2000) (0)
Main act or cosmic sideshow (1997) (0)
Grand Unification and the Fundamental Problems of Classical Cosmology (1981) (0)
Big-Bang Nucleosynthesis andtheBaryon Density oftheUniverse (2016) (0)
Task C, Particle physics and cosmology (1990) (0)
A Report on Inner Space/Outer Space: A Conference on Physics at the Interface of Astrophysics/Cosmology and Particle Physics, Fermilab May 2-5, 1984 (1984) (0)
Distant supernovae are revealing the crucial time when the expansion of the universe changed from decelerating to accelerating FROM SLOWDOWN By (0)
Limits on Neutrino Radiative Decay from Sn1987a (1992) (0)
DepartmentLetter to the EditorReply (2011) (0)
The Great Science Questions Driving Nuclear Science Today (2005) (0)
A ug 2 00 2 Probing Dark Energy with Supernovae : Exploiting Complementarity with the Cosmic Microwave Background (2003) (0)
‘‘Sonoluminescence’’ from the early Universe (2001) (0)
Panel Discussion (How Well Do We Need To Do (2008) (0)
A 2nd generation cosmic axion experiment (1995) (0)
Primordial Nucleosynthesis with Generic Particles (1986) (0)
Inflation and the Cosmic Background Radiation (1997) (0)
The Hot Big Bang and Beyond (1995) (0)
A pr 1 99 9 Cosmological Parameters (1999) (0)
Obituary: David N. Schramm (1945-97) (1998) (0)
OUT-0F-EQUILIBRIUM DECAY WITHOUT SUPERHEAVY BOSONS (1981) (0)
1 Inflation is a Bold and Expansive Paradigm (0)
A yellow-red CCD spectrum of the emission-line star HD 101584. (1989) (0)
Universe: Thermal History (2000) (0)
Fermilab and the Coming Together of Inner Space and Outer Space (2017) (0)
Double inflation - A possible resolution of the large-scale structure problem (1986) (0)
For Publisher’s use THE NEW COSMOLOGY (2002) (0)
Yes, Things Really Are Going Faster (2003) (0)
Probing the structure of the galactic halo with gamma rays produced by WIMP annihilations (1986) (0)
Panel Discussion and Summary (1999) (0)
Quarks to the Cosmos: Connecting the Smallest and Largest Scales (2007) (0)
Remembering David N. Schramm (2000) (0)
Particle physics and cosmology, Task C. Progress report, January 1992--April 1993 (1993) (0)
Cosmology: From Hubble to HST (1997) (0)
Dark Energy: A Burning Issue in Particle Physics and in Cosmology (2002) (0)
ASTROPHYSICAL AND COSMOLOGICAL CONSTRAINTS ON SUPERSYMMETRIC THEORIES (1982) (0)
Quintessence: The Mystery of Missing Mass in the Universe, by Lawrence Krauss (2000) (0)
Predicting the CMB temperature (2021) (0)
A Proposed search for dark matter axions in the 0.6-microEV - 16-microEV range (1991) (0)
First-order inflation. [in cosmology (1992) (0)
Inflationary Cosmology (1997) (0)
Possible significance of a new dimensionless ratio in cosmology (1986) (0)
99 01 05 2 v 2 15 J an 1 99 9 Constraining dark energy with SNe Ia and large-scale structure (2005) (0)
Superheavy magnetic monopoles and the standard cosmology (1984) (0)
αβγ, Hoyle, and the history of nucleosynthesis (2009) (0)
The LMC Microlensing Events Originate in the Warped and Flaring Milky Way Disk (1997) (0)
Ju n 20 00 KINEMATIC CONSTRAINTS TO THE KEY INFLATIONARY OBSERVABLES (2008) (0)
The big bang: from primordial soup to expanding universe. (1980) (0)
Explained in 60 Seconds (2008) (0)
New HST spectra indicate the QSO PG1718+4807 will not give the primordial deuterium abundance (2001) (0)
Astrophysics , Cosmology , and Unification of Forces (1996) (0)
Quarks to Cosmos: Breaking News at the Interface of Particle, Nuclear and Astrophysics (2008) (0)
Dark Side of the Universe: beyond stars and the starstuff we are made of (2014) (0)
Optimal Supernova Search Strategies (2000) (0)
Origin of the universe. (Cover story) (2009) (0)
ASTROPHYSICAL ANDCOSMOLOGICAL CONSTRAINTSTO NEUTRINO PROPERTIES (1989) (0)
Microlensing towards the galactic bulge and galactic dark matter (1996) (0)
On the Cosmic and Local Mama Density of ‘Invisible’ Axions (1998) (0)
Julius Edgar Lilienfeld Prize Lecture: Did Cosmic Structure Originate from Quantum Mechanical Fluctuations? (1997) (0)
The dark clouds over US astronomy (2011) (0)
Throwing deep (2016) (0)
M ar 2 00 8 Dark Energy 1 Dark Energy and the Accelerating Universe (2008) (0)
Bullish on Particles (2005) (0)
The best-fit universe. [cosmological models (1991) (0)
Astrophysics and cosmology with a 17 keV neutrino. (1991) (0)
1 1 A pr 1 99 9 CWRU-P 1699 Geometry and Destiny (2008) (0)
Cosmology: A story of cosmic proportions (2015) (0)
Gravitational microlensing and halo dark matter (1996) (0)
Effects of ordinary and superconducting cosmic strings on primordial nucleosynthesis (1988) (0)
A ug 2 00 1 Dark Energy and the New Cosmology (2001) (0)
Big Bang Baryosynthesis (1980) (0)
00 05 21 0 v 2 2 9 A ug 2 00 0 Annihilating Cold Dark Matter (2008) (0)
The Dark Side of Cosmology: Dark Matter and Dark Energy (2009) (0)
Cosmological Parameters (1999) (0)
Fermi National Accelerator Laboratory 2 / / 70 a a w FERMILAB-Conf .89 / 104A April 1989 WINDOWS ON THE AXION (2003) (0)
[Participation in high energy physics]: Task C, Particle physics and cosmology. Progress report, January 1991--April 1992 (1992) (0)
Understanding BBN: the physics and its history (2021) (0)
Cosmology: Standard and Inflationary * 1 Hot Big Bang: Successes and Challenges 1.1 Successes (1995) (0)
Windows on the axion. [quantum chromodynamics (QCD)] (1989) (0)
Cosmology and Elementary Particle Physics (1979) (0)
Gravitational Microlensing and Halo Cold Dark Matter (1997) (0)
Reply (2011) (0)
Yoichiro Nambu: Visionary theorist who shaped modern particle physics (2016) (0)
Cosmic Acceleration, Dark Energy, and Fundamental Physics( Frontiers of Elementary Particle Physics, the Standard Model and Beyond) (2007) (0)
Fermi National Accelerator Laboratory FERMILAB-Pub-88/105-A (1988) (0)
Status of the multiple-cavity search for dark matter axions. (1999) (0)
The Inner Space/Outer Space Connections: Dark Matter, Dark Energy, Inflation and All That (2011) (0)
Baryogenesis without the out-of-equilibrium decay of superheavy bosons (1982) (0)

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