production target

5
TestsofFundam entalSym m etries The TRI P facility •Fundam entalinteractionsand sym m etries •CP & T and CPT, The Standard M odeland the U niverse •Tim e-reversalviolation and electric dipole m oments •Tim e-reversalviolation and beta decay •H ow to do the experim ents: TRI P (Trapped Radioactive Isotopes lab’sforfundam entalPhysics) TestsofFundam entalSym m etries A tLow Energies TRI TRI P P

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TRI P. TRI P Facility. Beyond The Standard Model TeV Physics. AGOR. Production Target. Magnetic Separator. Ion Catcher. RFQ Cooler. Optical Trap. Energy:. MeV. eV. neV. keV. Particle Physics. Nuclear Physics. Atomic Physics. Separator. AGOR beam. Q. Q. Target - PowerPoint PPT Presentation

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Page 1: Production Target

Tests of Fundamental Symmetries at Low Energy

The TRIP facility

•Fundamental interactions and symmetries

•CP & T and CPT, The Standard Model and the Universe

•Time-reversal violation and electric dipole moments

•Time-reversal violation and beta decay

•How to do the experiments: TRIP(Trapped Radioactive Isotopes lab’s for fundamental Physics)

Tests of Fundamental SymmetriesAt Low Energies

TRITRIPP

Page 2: Production Target

Production

Target

RFQ

Cooler

Optical

Trap

Beyond

The

Standard

Model

TeV Physics

TRIP FacilityAGOR Magnetic

Separator

Atomic Physics

Nuclear Physics

Particle Physics

Energy:

MeV eV neV

Ion

Catcher

keV

TRITRIPP

Page 3: Production Target

AGOR beam

Target chamber 1

Target chamber

2

Low energy

beam

TrapsGas cooler,

RFQ

Q

Q

Q

Q

Q

QQ

Q

D

D

D

D

Separator

TRITRIPP

Page 4: Production Target

TRITRIPP

Page 5: Production Target

A segmented radiofrequency

quadrupole system cools, confines and bunches the beam.

RFQ

Prototype

TRITRIPP