This is where we conduct our research: Our institute is located on the campus of Johannes Gutenberg University Mainz.

This is where we do our research: Our institute is located on the campus of the Johannes Gutenberg University Mainz.

We investigate the interactions between air, water, soil, life and climate throughout the history of the Earth up to the present day, which is shaped by humans and known as the Anthropocene.

We investigate the interactions between air, water, soil, life and climate in the course of the Earth's history up to the present human-dominated era, the Anthropocene.

In our laboratories, we analyse water samples, for example, to trace the climate of the past.

We conduct lab experiments analyzing, for example, water samples to determine past climates.

Our scientists also conduct research in many exciting locations around the world, such as high above the Brazilian rainforest.

Our scientists also conduct research in many exciting places on Earth, such as high above the Brazilian rainforest.

With the help of the ATTO climate research tower, we want to find out how rainforests, the atmosphere and the global climate influence each other.

Using the Amazon Tall Tower Observatory ATTO, we aim to understand the interactions between the rainforest, atmosphere, and global climate.

We collect seawater, plankton and air samples with our oceanographic research yacht Eugen Seibold.

We collect seawater, plankton and air samples with our deep-sea research sailing yacht Eugen Seibold.

We use aircraft to explore the atmosphere and collect data there in order to understand natural and anthropogenic aerosol particles and the chemical processes in the atmosphere.

We also carry out experiments on board aircraft, which we use to study natural and anthropogenic aerosol particles and chemical processes in the atmosphere.

Scientific curiosity and teamwork are at the forefront. However, our expeditions also offer plenty of opportunities for adventure.

Scientific curiosity and teamwork are our focus, but we also embrace the spirit of adventure on our expeditions.

News

A new study found: Personal care products like body lotions and perfumes affect the human oxidation field. Source: Midjourney
New study shows that the human oxidation field generated by people indoors is substantially influenced by personal care products.
A new study shows that the German environmental satellite EnMAP can be used to take reliable measurements of trace gases. Credit: DLR
New approach to satellite-based emission monitoring of air pollutants with a high level of detail.
Aerosol researcher receives prestigious Copernicus Medal
Yafang Cheng from the Max Planck Institute for Chemistry receives the award for her achievements in understanding atmospheric aerosols and their effects on air quality, public health, and climate.
Nature of Superconductivity in Hydrogen-Rich Compounds
High-pressure electron tunneling spectroscopy reveals a superconducting gap in H3S and D3S.
COVID-19: Calculating aerosol infection risk yourself
Algorithm to estimate coronavirus infection risk from aerosol transmission in the indoor environment and under different safety measures

Seminars & Events

How the Asian monsoon affects aerosol properties in the UTLS region across the Northern Hemisphere

May 21, 2025 02:15 AM - 03:30 AM (Local Time Germany)
Max Planck Institute for Chemistry, Room: Seminar rooms 2/3
Earth and Solar System Research Partnership
The MPIC is member of the Earth and Solar system Research Partnership.

Job Offers

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