Extreme Flavor Experiment document

1. Introduction and Scope

2. Physics Targets

	(Luca)

3. Detector issues

	3.1 Tracking
		- Geometry requirements. Tracking volume (Ks acceptance).
		- Beamline configuration. (Giovanni, Vincenzo)
		- Radiation resistance (Neri, Cartiglia)
		- Needed resolution and granularity, bandwidth (?)
		- Use of double-layer design (CMS person?)
		- Time-tagging capabilities: what might be achieved (Cartiglia)
	3.2 Muon identification
		- resolution, misID, bandwidth (Concezio)
	3.3 Hadron PID (Vincenzo,Giovanni,Concezio)
		- How much is needed/useful ? efficency vs purity (Physics vs Cost)	
		- TRD a viable technology ?
	3.4 electron/photon PID (tech expert)
	3.5 General readout
		- How to read out 1 PB/s, event rate of 40MHz (Vincenzo)

4. DAQ issues (giovanni+?)
	
	4.1 Data volume reduction to be achieved, storage requirements
	4.2 Real-time track and vertex reconstruction at L=10^35
	4.3 Issues of real-time calibration and alignment

5. Analysis model (giovanni+?)

	5.1 Moving beyond event-based analysis: real-time extraction of event ROI
	5.2 Analysis by sub-N-linear statistics
	5.3 Systematics control