Technical Staff

Name	Job/Title	Phone	Office
Greenbaum Anna	Teaching Lab Director	02 6584 544	Brandman Bldg. - Lab B
Haberfeld Daniel	Fine Mechanics Technician	02 6584 342	Levin Bldg.
Keysar Shmuel	Research Lab Technician	02 6585 671	Levin 115
Koler Moriah	Senior Research Laboratory Assistant	02 6584 116	Danciger B 09
Lyubina Inna	Research Lab Technician	02 6586 094	Bergman Bldg.
Ronin Irine	Senior Research Laboratory Assistant	02 6585 480	Danciger B 06
Sajman Julia	Senior Research Laboratory Assistant	02 6594 087	Danciger B 110
Sapir Peter	Research Lab Engineer	02 6586 745	Kaplun 2
Shaltieli Avner	Fine Mechanics workshop director	02 6584 332	Levin Bldg.
Weitz Yaron	System Administrator	02 6594 807	Kaplun 38

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Upcoming Events

Tuesday, January 25th

Astrolunch: Emanuele Daddi
- Start time: 12:30pm
- End date: Tuesday, January 25th
- End time: 01:30pm
- Title: Cold gas and galaxy evolution in massive groups/clusters at high redshiftsAbstract: According to theory expectations, massive halos at high redshifts should be efficiently fed with cold gas streams from the cosmic web, and display intense activity as a result. Still, after decades of simulation work on these processes, not much has been obtained from observations in support of this theory, as directly observing accretion is very difficult. In my talk I will describe ongoing efforts to systematically characterise the presence and nature of cold gas shining in Lya around massive structures at high redshifts, based on KCWI follow-up of known structures. Our best studied case, RO-1001 at z=2.91, reveals a filamentary structure highly suggestive of accreting gas. Based on our current sample of 9 targets, we investigate trends between hosting DM halo mass, integrated SFRs, AGN bolometric activity and redshift, as a function of Lya luminosity and predicted properties, trying to unveil possible patterns pointing to accretion. We also concentrated on galaxy properties in these fields, seeking signatures that could relate to accretion. I will discuss the present evidence in the framework of current understanding of gas accreetion, outflows, feedback and growth of structures with their galaxy content. Zoom details. https://huji.zoom.us/j/83072998638?pwd=S1U0NDcvbFZZVmx1VGQyUDRZU2NpUT09Meeting ID: 830 7299 8638Passcode: w31c0m3
- View this event in Google Calendar

Thursday, January 27th

HE Astrophysics Seminar | Ben Margalit (Berkeley)
- Start time: 05:00pm
- End date: Thursday, January 27th
- End time: 06:00pm
- Zoom details:https://huji.zoom.us/j/88679580161?pwd=SDEzNC9XUTRYdEhUMk90dEloSGlPUT09Meeting ID: 886 7958 0161Passcode: 516743
- View this event in Google Calendar

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