Table 1.

MOT and atomic clock system specifications

Specs	System	Blue MOT (461 nm)	Red MOT (689 nm)	Lattice (813 nm) / Clock (698 nm)
Geometry	• (25 mm)³ photonics package • Red & blue beams clocked by 35° • MOT coils to straddle the red and blue beam (LHC beams)	• 5 mm w₀ • 3 emitters angled 45° from vertical • 3 emitters vertical	• 2 mm w₀ • 3 emitters angled 45° from vertical • 3 emitters vertical	• ≈100 µm w₀ • 1 vertical emitter each for lattice and clock
Polarization	• >75 % polarization fidelities	• 2 RHC, 1 LHC	• 2 RHC, 1 LHC	• Linear, lattice/clock cross polarized
Power	• <12 dB on-chip losses	• 3 mW per beam	• 1 mW per beam	• >100 mW (lattice) • ≈100 µW (clock)

Specs

System

Blue MOT (461 nm)

Red MOT (689 nm)

Lattice (813 nm) / Clock (698 nm)

Geometry

• (25 mm)³ photonics package

• Red & blue beams clocked by 35°

• MOT coils to straddle the red and blue beam (LHC beams)

• 5 mm w₀

• 3 emitters angled 45° from vertical

• 3 emitters vertical

• 2 mm w₀

• 3 emitters angled 45° from vertical

• 3 emitters vertical

• ≈100 µm w₀

• 1 vertical emitter each for lattice and clock

Polarization

• >75 % polarization fidelities

• 2 RHC, 1 LHC

• Linear, lattice/clock cross polarized

Power

• <12 dB on-chip losses

• 3 mW per beam

• 1 mW per beam

• >100 mW (lattice)

• ≈100 µW (clock)