QUSCITE
Extreme temperature stability on any time scales down to 0.01°C (rms).
External temperature
variations due to air flow,fluid exchange etc. will be detected and compensated via direct temperature
feedback inside the sample volume.
QUSCITE
Extreme temperature stability on any time scales down to 0.01°C (rms).
External temperature
variations due to air flow,fluid exchange etc. will be detected and compensated via direct temperature
feedback inside the sample volume.
QUSCITE
Extreme temperature stability on any time scales down to 0.01°C (rms).
External temperature
variations due to air flow,fluid exchange etc. will be detected and compensated via direct temperature
feedback inside the sample volume.
INTERHERENCE is a spin-off from the Max- Planck Institute for the Science of Light in Erlangen making high sensitivitz microscopy available for everyone.
Interherence was founded in 2019 emerging the Nano-Optics division at the Max-Planck Institute for the Science of Light. We employ modern nanofabrication and thin film technologies which we combine with high-end optical microscopy.
