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The TLEP Design Study Working Group published "First Look at the TLEP PhysicsCase" in December 2013. TLEP, a 90-400 GeV high-luminosity, high precision,e+e- machine, is now part of the Future Circular Collider (FCC) design study,as a possible first step (named FCC-ee) towards a high-energy proton-protoncollider (named FCC- hh). The above paper presents an initial assessment ofsome of the relevant features of the FCC-ee potential, to serve as a startingpoint for the more extensive design study that is now carried out. FCC-ee willprovide the opportunity to make the most sensitive tests of the Standard Modelof electroweak interactions. The first requirement of the detector musttherefore be to ensure it has the capability to make these precise tests. Thedetector must have excellent vertexing and tracking performances and a highlygranular, homogeneous calorimetric system covering as great a solid angle aspossible. Following the ALEPH philosophy of using as few detection techniquesas possible, we propose to evaluate the modifications that would be needed foran "ALEPH-like" detector to fulfil the requirements of FCC-ee. We willinvestigate the use of Micromegas detectors instead of limited-streamer tubesand will adjust the size of the detector and its granularity.

ASAHEL (A Simple Apparatus for High Energy LEP)