1. Congratulations to Bruce Hanna and Martha on their wedding day!

2. Vladimir delivered the AAC recommendations to the Tevatron department,
most noticable are to fix emittance blowup at injection and on ramp, find
the source of coupling, build IPMs, consider TEL and wires for beam-beam
compensation at 150 GeV, forget about 132 ns bunch spacing and recyclING.

3. Jerry informed that ground faulted dipole at C3 has been replaced,
cooldown started and startup is expected to begin very late today.

4. Jim Crisp measured impedance of the spare F0 Lambertson and found
it pretty small Z=<25 Ohm (Z/n<0.1 Ohm), and fraction of MOhm/m for Z_t.
It less than for Booster dipole (Z=400Ohm) and comparable with a single
TeV separator (Z/n<0.1 Ohm). Puzzles/Qs: a) Z/n is not symmetric wrt
aperture center +1cm and -1cm are different by factor of 4; b) it's
unclear should we believe Z_t -measurements at f<100Mhz (frequencies of
interest); c) how to calibrate his technique against some known Z; d) we
should measure Z/n and Z_t of the C0 lambertsons recently removed  from
the Tev.

5. Jim Volk described how he and Andrei Chupyra installed water level
sensors on A16-3 and A16-4. Goal is to monitor the elevation difference
and see how quickly will such probes die in the Tev rad-background. The
first data indicate 1 micron 12-hour oscillations due to the Earth tides
and 6 micron signal when smb(+vehicle?) was passing near by at 2:30pm
yesterday.

6. Meiqin looked into how octupoles (proposed to stabilize head-tail
instability) affect dynamic aperture=DA (actually, she foud that so called
"stochastic boundary"=SB is a better figure of merit) and concluded that
a)  both OZF and OZD families should have positive currents; b) if the
curents will be more than 1-2A in each, then reduction of the DA and SB is
observed in simulations (for comparison, Peter and Jarry didi studies with
upto 6 A in OZF/OZD).

7. Kip made quite entertaining presentation of the TEL work: a) the TEL
now provides enough current for cleaning; b) discharge in HV modulator
fixed;  c) afterpulse has not been fixed; d) some beam measurements
complete (microperveance) others (beam profile) to be completed soon.