The promise of next-generation light sources depends on the availability of ultra-low emittance electron sources. One method of producing low transverse emittance beams is to generate a low longitudinal emittance beam and exchange it with a large transverse emittance. Experiments are underway at Fermilab's A0 Photoinjector and ANL's Argonne Wakefield Accelerator using the exchange scheme of Kim and Sessler. The experiment at the A0 Photoinjector exchanges a large longitudinal emittance with a small transverse emittance. AWA expects to exchange a large transverse emittance with a small longitudinal emittance. In this paper we discuss recent results at A0 and AWA and future plans for these experiments
Emittance exchange has been proposed to increase the performance of free electron lasers by tailorin...
Transverse to longitudinal phase space manipulation hold great promises, e.g., as a potential techni...
We report our experimental demonstration of longitudinal phase space modulation using a transverse-t...
The promise of next-generation light sources depends on the availability of ultra-low emittance elec...
Phase space manipulation techniques within two degrees of freedom are foreseen to enhance the perfor...
A transverse-to-longitudinal emittance exchange experiment is in preparation at the Argonne Wakefiel...
A transverse-to-longitudinal emittance exchange exper-iment is in preparation at the Argonne Wakefie...
The A0 Photoinjector at Fermilab is presently home to an emittance exchange (EEX) experiment. The em...
An experimental program to perform a proof of principle of transverse to longitudinal emittance exch...
Various schemes to exchange the transverse and longitudinal emittance have been proposed. [1][2] On...
Various schemes to exchange the transverse and longitudinal emittance have been proposed. [1][2] One...
The FNAL A0 Photoinjector is being reconfigured to test the principle of transverse to longitudinal ...
The ability to generate small transverse emittance is perhaps the main limiting factor for the perfo...
An experimental program to perform a proof of principle of transverse to longitudinal emittance exch...
Next generation accelerators will require a high current, low emittance beam with a low energy sprea...
Emittance exchange has been proposed to increase the performance of free electron lasers by tailorin...
Transverse to longitudinal phase space manipulation hold great promises, e.g., as a potential techni...
We report our experimental demonstration of longitudinal phase space modulation using a transverse-t...
The promise of next-generation light sources depends on the availability of ultra-low emittance elec...
Phase space manipulation techniques within two degrees of freedom are foreseen to enhance the perfor...
A transverse-to-longitudinal emittance exchange experiment is in preparation at the Argonne Wakefiel...
A transverse-to-longitudinal emittance exchange exper-iment is in preparation at the Argonne Wakefie...
The A0 Photoinjector at Fermilab is presently home to an emittance exchange (EEX) experiment. The em...
An experimental program to perform a proof of principle of transverse to longitudinal emittance exch...
Various schemes to exchange the transverse and longitudinal emittance have been proposed. [1][2] On...
Various schemes to exchange the transverse and longitudinal emittance have been proposed. [1][2] One...
The FNAL A0 Photoinjector is being reconfigured to test the principle of transverse to longitudinal ...
The ability to generate small transverse emittance is perhaps the main limiting factor for the perfo...
An experimental program to perform a proof of principle of transverse to longitudinal emittance exch...
Next generation accelerators will require a high current, low emittance beam with a low energy sprea...
Emittance exchange has been proposed to increase the performance of free electron lasers by tailorin...
Transverse to longitudinal phase space manipulation hold great promises, e.g., as a potential techni...
We report our experimental demonstration of longitudinal phase space modulation using a transverse-t...