Difference: JohnAdamsInstitute (1 vs. 27)

Revision 2719 Oct 2012 - webmanip_5fw2sw_2esh

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John Adams Institute

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<		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
 

Public resources

  • Beam Delivery Simulation BDSIM

Revision 2618 Aug 2012 - webmanip_5fw2sw_2esh

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John Adams Institute

Changed:
<
<		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
 

Public resources

  • Beam Delivery Simulation BDSIM

Revision 2505 Jun 2012 - webmanip_5fw2sw_2esh

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John Adams Institute

Changed:
<
<		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
 

Public resources

  • Beam Delivery Simulation BDSIM

Revision 2416 Apr 2012 - webmanip_5fw2sw_2esh

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John Adams Institute

Changed:
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<		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
 

Public resources

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<
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>
 

Group members

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<
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  • Mr. Konstantin Lekomtsev

In the news

Revision 2316 Apr 2012 - webmanip_5foldt2nt_2esh

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  • Mr. Konstantin Lekomtsev

In the news

Revision 2224 Aug 2010 - PavelKarataev

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John Adams Institute

The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web

Deleted:
<
<

PhD Opportunity in Accelerator Physics at Diamond Light Source

Diamond is a 3rd Generation Light Source built to provide a high intensity radiation beams from far infrared to X-ray region, and is the largest electron beam based facility in the UK. The diagnostic possibilities supplied by the intense light emitted from the beam are currently in very high demand by applied scientists from many research disciplines.

Its performance is limited by an onset of so-called "microbunch instabilities" which appear when the beam charge exceeds a certain threshold, and John Adams Institute at Royal Holloway is involved in a project to investigate the nature of the instabilities through the analysis of micro-wave radiation emitted by the electrons. The purpose is to understand the origin of the instabilities and develop a strategy for controlling them.

We are happy to announce the immediate availability of a PhD studentship working on this project. The student would be working on diagnostics to monitor the nature of the emitted radiation, as well as developing mathematical tools to understand the physics of the generation of the light, and the project would involve a substantial amount of time working at Diamond, as well as with the accelerator physics academics at Royal Holloway.

Interested candidates should direct questions to Dr Stephen Molloy and Dr Pavel Karataev. To submit an application for this position, please complete the application form found here -- also, in order that your application be considered in a timely fashion, Dr Karataev and Dr Molloy would be very grateful if you could email them a copy of the completed forms.

Please note that the funding is restricted to citizens of the UK and EU.

 

Public resources

Revision 2112 Aug 2010 - StephenMolloy

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John Adams Institute

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  Interested candidates should direct questions to Dr Stephen Molloy and Dr Pavel Karataev. To submit an application for this position, please complete the application form found here -- also, in order that your application be considered in a timely fashion, Dr Karataev and Dr Molloy would be very grateful if you could email them a copy of the completed forms.
Added:
>
>		Please note that the funding is restricted to citizens of the UK and EU.
 

Public resources

Revision 2015 Jul 2010 - StephenMolloy

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John Adams Institute

The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web

Changed:
<
<

PhD Opportunity at Diamond Light Source

>
>

PhD Opportunity in Accelerator Physics at Diamond Light Source

  Diamond is a 3rd Generation Light Source built to provide a high intensity radiation beams from far infrared to X-ray region, and is the largest electron beam based facility in the UK. The diagnostic possibilities supplied by the intense light emitted from the beam are currently in very high demand by applied scientists from many research disciplines.
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Revision 1915 Jul 2010 - StephenMolloy

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John Adams Institute

The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web

Added:
>
>

PhD Opportunity at Diamond Light Source

Diamond is a 3rd Generation Light Source built to provide a high intensity radiation beams from far infrared to X-ray region, and is the largest electron beam based facility in the UK. The diagnostic possibilities supplied by the intense light emitted from the beam are currently in very high demand by applied scientists from many research disciplines.

Its performance is limited by an onset of so-called "microbunch instabilities" which appear when the beam charge exceeds a certain threshold, and John Adams Institute at Royal Holloway is involved in a project to investigate the nature of the instabilities through the analysis of micro-wave radiation emitted by the electrons. The purpose is to understand the origin of the instabilities and develop a strategy for controlling them.

We are happy to announce the immediate availability of a PhD studentship working on this project. The student would be working on diagnostics to monitor the nature of the emitted radiation, as well as developing mathematical tools to understand the physics of the generation of the light, and the project would involve a substantial amount of time working at Diamond, as well as with the accelerator physics academics at Royal Holloway.

Interested candidates should direct questions to Dr Stephen Molloy and Dr Pavel Karataev. To submit an application for this position, please complete the application form found here -- also, in order that your application be considered in a timely fashion, Dr Karataev and Dr Molloy would be very grateful if you could email them a copy of the completed forms.

 

Public resources

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Revision 1825 Sep 2009 - LawrenceDeacon

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  • Dr. Lawrence Deacon
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Revision 1712 Jul 2009 - JoshiNirav

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  • Mr. Nirav Joshi
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  • Mr. Konstantin Lekomtsev

In the news

Revision 1601 Jul 2009 - StewartBoogert

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John Adams Institute

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Group members

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  • Prof. Grahame Blair
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>
 
Changed:
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  • Dr. Pavel Karataev
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  • Dr. Lawrence Deacon
  • Mr. Maximillian Micheler
  • Mr. Thomas Aumeyr
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Revision 1530 Jun 2009 - StephenMolloy

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John Adams Institute

Revision 1428 Jun 2009 - StewartBoogert

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John Adams Institute

Changed:
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<		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
 

Public resources

  • Beam Delivery Simulation BDSIM

Revision 1324 Jun 2009 - StewartBoogert

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John Adams Institute

Changed:
<
<		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web JAI.WebHome
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web John Adams Institute Research Web
 

Public resources

  • Beam Delivery Simulation BDSIM
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  • Dr. Lawrence Deacon
  • Mr. Maximillian Micheler
  • Mr. Thomas Aumeyr
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  • Mr. Nirav Joshi
  • Mr. Konstantin Lekomtsev

Revision 1223 Jun 2009 - StewartBoogert

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Public resources

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Group members

  • Prof. Grahame Blair
  • Dr. Alexander Aryshev (now working for ATF@KEK)
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  • Dr. Pavel Karataev
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Revision 1116 Jun 2009 - StephenMolloy

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  • Dr. Lawrence Deacon
  • Mr. Maximillian Micheler
  • Mr. Thomas Aumeyr
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  • Dr. Stephen Molloy
 
  • Mr. Nirav Joshi
  • Mr. Konstantin Lekomtsev

Revision 1012 Jun 2009 - StewartBoogert

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Group members

  • Prof. Grahame Blair
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>
  • Dr. Alexander Aryshev (now working for ATF@KEK)
 
  • Dr. Stewart Boogert
  • Mr. Gary Boorman
  • Dr. Alessio Bosco
  • Dr. Pavel Karataev
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  • Mr. Lawrence Deacon
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  • Mr. Maximillian Micheler
  • Mr. Thomas Aumeyr
  • Mr. Nirav Joshi

Revision 915 May 2009 - StewartBoogert

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  • Mr. Gary Boorman
  • Dr. Alessio Bosco
  • Dr. Pavel Karataev
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  • Dr. Stephen Malton
 
  • Mr. Lawrence Deacon
  • Mr. Maximillian Micheler
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  • Mr. Thomas Aumeyr
  • Mr. Nirav Joshi
  • Mr. Konstantin Lekomtsev
 

In the news

Revision 812 Mar 2009 - LawrenceDeacon

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  • Dr. Alessio Bosco
  • Dr. Pavel Karataev
  • Dr. Stephen Malton
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  • Dr. Mike Price
 
  • Mr. Lawrence Deacon
  • Mr. Maximillian Micheler

Revision 726 Feb 2009 - StewartBoogert

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John Adams Institute

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<		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades.
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades. To see more detail on current activities take a look at the JAI Twiki web JAI.WebHome
 

Public resources

  • Beam Delivery Simulation BDSIM

Revision 630 Sep 2008 - PedroTD

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John Adams Institute

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<		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage is can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades.
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades.
 

Public resources

  • Beam Delivery Simulation BDSIM

Revision 502 May 2008 - StewartBoogert

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  • Dr. Pavel Karataev
  • Dr. Stephen Malton
  • Dr. Mike Price
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  • Mr. Lawrence Deacon
 
  • Mr. Maximillian Micheler

In the news

Revision 402 May 2008 - StewartBoogert

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<		The John Adams institute is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford.
>
>		The John Adams Institute for Accelerator Science is a joint venture between the Physics department at Royal Holloway and the Nuclear and Particle Physics sub-department at the University of Oxford. The main John Adams Institute webpage is can be found here. The group is involved in many aspects of accelerator science, we develop novel electron accelerator diagnostics, such as laser-wire transverse emittance measurement devices, resonant cavity beam position monitors and beam generated radiation monitoring. We are also involved with various studies devoted to the realisation of a high energy linear collider, including the International Linear Collider (ILC) and also the Compact Linear Collider (CLIC). We are also developing state of the art codes to simulate beam losses in high energy accelerators (Simulation) and will apply these to LHC and possible LHC upgrades.
 

Public resources

  • Beam Delivery Simulation BDSIM
Changed:
<
<

In the news

>
>

Group members

  • Prof. Grahame Blair
  • Dr. Alexander Aryshev (based in KEK)
  • Dr. Stewart Boogert
  • Mr. Gary Boorman
  • Dr. Alessio Bosco
  • Dr. Pavel Karataev
  • Dr. Stephen Malton
  • Dr. Mike Price
  • Mr. Laurence Deacon
  • Mr. Maximillian Micheler
 
Added:
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In the news

 

Revision 315 Mar 2008 - StewartBoogert

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John Adams Institute

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Public resources

  • Beam Delivery Simulation BDSIM
 
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In the news

 
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Revision 211 Mar 2008 - StewartBoogert

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META FILEATTACHMENT attachment="John_Adams_Institute_logo_1_medium.gif" attr="h" comment="" date="1205249437" name="John_Adams_Institute_logo_1_medium.gif" path="John_Adams_Institute_logo_1_medium.gif" size="1553" stream="John_Adams_Institute_logo_1_medium.gif" user="Public.StewartBoogert" version="1"

Revision 107 Mar 2008 - StewartBoogert

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John Adams Institute

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