The Quantum The Quantum The Quantum and the and the and the - - PowerPoint PPT Presentation

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The Quantum The Quantum The Quantum and the and the and the - - PowerPoint PPT Presentation

The Quantum The Quantum The Quantum and the and the and the Cosmos Cosmos Cosmos SUSY 2007 Karlsruhe July 2007 Rocky Kolb The University of Chicago Cosmology 1000 Years Ago Cosmology 1000 Years Ago Cosmology 1000 Years Ago (and


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The Quantum and the Cosmos The Quantum The Quantum and the and the Cosmos Cosmos

SUSY 2007 Karlsruhe July 2007 Rocky Kolb The University of Chicago

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Cosmology 1000 Years Ago

(and parts of present-day U.S.)

Cosmology 1000 Years Ago Cosmology 1000 Years Ago

(and parts of present (and parts of present-

  • day U.S.)

day U.S.)

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Inner Space/Outer Space Inner Space/Outer Space Inner Space/Outer Space

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Pre-Scientific Cosmological Models Pre Pre-

  • Scientific Cosmological Models

Scientific Cosmological Models

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Absolute space, in its own nature, without relation to anything external, remains always similar and immovable.

Space and Time Space and Time Space and Time

Isaac Newton 1687

Philosophiae Naturalis Principia Mathematica

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Space and Time Space and Time Space and Time

Space & time are relative. Albert Einstein, 1905 Space & time are dynamical (curved, warped, bent). Albert Einstein, 1915

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Modern Commandments of Genesis Modern Commandments of Genesis Modern Commandments of Genesis

(10 nonlinear partial differential equations)

cosmological term (dark energy)

+Λgμν

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  • A stationary universe

Gravity Geometry

The universe is comprehensible!!!

  • A cosmological term

(or dark energy)

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University of Chicago 1909 National Champions University of Chicago 1909 National Champions Edwin Hubble

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Edwin Hubble 1929

Space Expands Space Space Expands Expands

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The Universe Is Radiant The Universe Is Radiant The Universe Is Radiant

Penzias & Wilson 1965 Temperature of the Universe is 3K (−270C)

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Complete History

  • f the Universe

(Abridged) Complete History Complete History

  • f the Universe
  • f the Universe

(Abridged) (Abridged)

fraction of a second later Hot Primordial Soup 380,000 years later Radiation Last Scattered 13.78 thousand-million years later Tonight

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50 thousand million visible to HST over entire sky We live in a Universe of galaxies 10,000 galaxies

Hubble Ultradeep Field

Composition Composition Composition

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Periodic Table - Chemist Periodic Table Periodic Table -

  • Chemist

Chemist

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Periodic Table - Cosmologist Periodic Table Periodic Table -

  • Cosmologist

Cosmologist

Metals Metals

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Visible Matter Visible Matter Visible Matter

73% Hydrogen (10-5 deuterium) 26% Helium (10-5

3He)

1% Metals

Three minutes AB:

76% Hydrogen (10-5 deuterium) 24% Helium (10-5

3He)

10-8% Lithium

Today:

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The Visible Universe The Visible Universe The Visible Universe

M81 Spitzer Space Telescope

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10 5 50 expected from stars

  • bserved

R (kpc)

100

v (km/s)

Vera Rubin

M33 rotation curve

The Invisible Universe The Invisible Universe The Invisible Universe

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The Invisible Universe The Invisible Universe The Invisible Universe

Abel 2218 HST

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0024+1654 HST

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Dark matter (50 times more than visible matter) Dark matter (50 times more than visible matter)

The Invisible Universe The Invisible Universe The Invisible Universe

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If We Could “See” Dark Matter If We Could If We Could “ “See See” ” Dark Matter Dark Matter

Navarro, et al.

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We don’t see most of the matter—it’s dark! Some of the dark matter is a hot gas of hydrogen & helium But most of it doesn’t seem to be “normal” matter.

Dark Matter? Dark Matter? Dark Matter?

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Dark Matter? Dark Matter? Dark Matter?

  • Newton’s (or Einstein’s) law of gravity is wrong
  • MACHOS (massive astronomical compact halo objects)

– planets – dwarf stars (white, red, brown) – black holes

  • WIMPS (weakly interacting massive particles)

– a new type of particle relic from the big bang

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Complete History

  • f the Universe

(Abridged) Complete History Complete History

  • f the Universe
  • f the Universe

(Abridged) (Abridged)

fraction of a second later Hot Primordial Soup 380,000 years later Radiation Last Scattered 13.78 thousand-million years later Tonight

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Particle Accelerator = Time Machine = Telescope

Inner Space - The Quantum Inner Space Inner Space -

  • The Quantum

The Quantum

CERN in Geneva CERN in Geneva

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Large Hadron Collider (LHC) Large Large Hadron Hadron Collider Collider (LHC) (LHC)

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Particle Accelerator = Time Machine = Telescope

Inner Space - The Quantum Inner Space Inner Space -

  • The Quantum

The Quantum

Fermilab near Chicago Fermilab near Chicago

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Modern Cathedrals Modern Cathedrals Modern Cathedrals

“Accelerators are the cathedrals

  • f the modern age.”

Robert R. Wilson, first Director of Fermilab

The Fermilab main building was modeled after Beauvais Cathedral in France, and like the cathedral, dominates the countryside.

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Galileo’s Accelerator Galileo Galileo’ ’s Accelerator s Accelerator

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KNOWN INGREDIENTS: 56% QUARKS 16% GLUONS 9% ELECTRON-LIKE PARTICLES 9% W’s AND Z’s 5% NEUTRINOS 2% PHOTONS 2% GRAVITONS 1% HIGGS BOSONS (to be discovered any day) KNOWN INGREDIENTS: 56% QUARKS 16% GLUONS 9% ELECTRON-LIKE PARTICLES 9% W’s AND Z’s 5% NEUTRINOS 2% PHOTONS 2% GRAVITONS 1% HIGGS BOSONS (to be discovered any day) SECRET INGREDIENT: DARK MATTER SECRET INGREDIENT: DARK MATTER

Primordial Soup Primordial Soup Primordial Soup

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Make WIMPS in the Laboratory Make WIMPS in the Laboratory Make WIMPS in the Laboratory

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Planned Thirty-Meter Telescope Planned Thirty Planned Thirty-

  • Meter Telescope

Meter Telescope

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Large Hadron Collider (LHC) Large Large Hadron Hadron Collider Collider (LHC) (LHC)

Atlas Detector Atlas Detector

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Karlsruhe group at CMS detector at LHC

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LHC Seeks Supersymmetry (SUSY) LHC Seeks LHC Seeks Supersymmetry Supersymmetry (SUSY) (SUSY)

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FERMIONS gluino wino, zino photino Higgsino gravitino quark electron neutrino BOSONS gluon W, Z photon Higgs graviton squark selectron sneutrino

Birth of SUSY Birth of SUSY Birth of SUSY

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1975: Julius Wess (Karlsruhe) & Bruno Zumino (CERN)

Wess

FERMIONS gluino wino, zino photino Higgsino gravitino quark electron neutrino BOSONS gluon W, Z photon Higgs graviton squark selectron sneutrino

Zumino

Birth of SUSY Birth of SUSY Birth of SUSY

SUSY

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1975: Julius Wess (Karlsruhe) & Bruno Zumino (CERN)

Wess

FERMIONS gluino wino, zino photino Higgsino gravitino quark electron neutrino BOSONS gluon W, Z photon Higgs graviton squark selectron sneutrino

Zumino

Birth of SUSY Birth of SUSY Birth of SUSY

SUSY

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Lightest superpartner stable → candidate for dark matter

1975: Julius Wess (Karlsruhe) & Bruno Zumino (CERN)

Wess

FERMIONS gluino wino, zino photino Higgsino gravitino quark electron neutrino BOSONS gluon W, Z photon Higgs graviton squark selectron sneutrino

Zumino

Birth of SUSY Birth of SUSY Birth of SUSY

SUSY

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  • Telescopes

Annihilation in sun, Earth, galaxy. . .

Seeking SUSY Seeking SUSY Seeking SUSY

  • Underground

More than a dozen experiments

  • Accelerators

CERN, Fermilab

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My Prediction My Prediction My Prediction

2:30 am, Tuesday July 27, 2010 Karlsruhe graduate student discovers the nature of the dark matter that holds our galaxy together

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Yet More To The Dark Side Yet More To Yet More To The Dark Side The Dark Side

Report to HEPAP 6 July 2006 Rocky Kolb

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Dark Energy Dark Dark Energy

Energy

1917 Einstein proposed cosmological constant. 1929 Hubble discovered expansion of the Universe. 1934 Einstein called it “my biggest blunder.” 1998 Astronomers found evidence for it.

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distance age of the universe

dark matter dominant

The Dark Side of the Universe The Dark Side of the Universe The Dark Side of the Universe

dark energy dominant expands forever ever slowing collapses

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Unbearable Lightness of Nothing Unbearable Lightness of Nothing Unbearable Lightness of Nothing

10–30 grams per cc

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Nothing is Something! Nothing is Something! Nothing is Something!

quark anti particle particle e+ e- W+ W- anti-quark

Uncertainty in the Uncertainty Uncertainty in the in the Quantum Vacuum Quantum Quantum Vacuum Vacuum

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Higgs in the Quantum Vacuum Higgs in the Quantum Vacuum Higgs in the Quantum Vacuum

  • The quantum vacuum has a Higgs potential
  • Higgs potential gives mass to quanta like

quarks and electrons.

e , W , Z , q u a r k s …

× × ×

photon

Nothing has energy Higgs potential: 246 Billion eV

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electron volts (billions)

OFF E.W.

ELECTROWEAK 0 100 200 300

HIGGS METER

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Extra Dimensions Extra Dimensions Extra Dimensions

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– Walt Whitman

“To me every hour of the light and dark is a miracle. Every cubic inch of space is a miracle.” Every cubic inch of space is a miracle!

  • cosmic radiation
  • dark matter
  • dark energy
  • virtual particles
  • Higgs potential
  • extra dimensions
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The Dark Side of the Universe The Dark Side of the Universe The Dark Side of the Universe

95% of the Universe Is Dark!

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The Quantum and the Cosmos The Quantum and the Cosmos The Quantum and the Cosmos

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“When we try to pick out anything by itself, we find it hitched to everything else in the universe.”

– John Muir

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ν ν ν

Dark Matter: 25% Dark Energy: 70% Stars: 0.5% H & He Gas: 4% Chemical Elements: (other than H & He) 0.025% Neutrinos: 0.47% Radiation: 0.005%

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“The most beautiful thing we can experience is the

  • mysterious. It is the

source of all true art and all science. Those to whom this emotion is a stranger, who can no longer pause to wonder and stand rapt in awe, are as good as dead: their eyes are closed.” Albert Einstein

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– T. S. Eliot

We shall not cease from exploration And the end of all our exploring Will be to arrive where we started And know the place for the first time.

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The Quantum and the Cosmos The Quantum The Quantum and the and the Cosmos Cosmos

SUSY 2007 Karlsruhe July 2007 Rocky Kolb The University of Chicago