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The interior of a futuristic, metallic structure featuring curved surfaces with geometric panels and bolts, illuminated by vibrant red and blue lighting, suggesting advanced technology.

Innovation made by Max Planck

May 22, 2025

Patrick Cramer speaks with Bram Wijlands, Managing Director of Max Planck Innovation, about researchers launching start-ups – and their exciting ventures. more

Jymmin Face Active App for mobilizing facial muscles in cases of paralysis

May 06, 2025

Medicine

Licensed Max Planck technology helps stroke patients more

A moment before division: The human egg prepares to partition its DNA.

Start-up capital for successful in vitro fertilization

April 29, 2025

Medicine

Max Planck start-up Ovo Labs develops drugs to improve fertility treatments more

Yellow robot arm in a laboratory with artificial plants on the floor.

Validation order for AI-supported agriculture

March 10, 2025

Artificial Intelligence Computer Science

Grant helps to take AI-based harvesting robot Polybot from research-phase to startup-phase more

Selective Jamming: A New Era of Cyber Threats

February 24, 2025

Computer Science

Reconfigurable Intelligent Surfaces (RIS) technology enables high spatial resolution wireless jamming more

Max Planck Society awards license for ultrafast electron microscopy to Jeol-Ides

December 02, 2024

Materials Sciences (M&T)

Science and industry are working together to develop a process for nanotechnology and materials research more

Multi-panel microscopic image analysis. The top row displays three circular, high-resolution images, presumably of a tissue section. Each circle likely represents an identical tissue sample, likely stained and viewed under a microscope. The colors within each circular image are varied and represent different cellular components or marker expression patterns. The middle row shows three sets of two-dimensional plots (UMAP1 vs. UMAP2). These plots visually group and arrange the data points from the corresponding image in the top row. The data points vary in color. The color schemes within each plot likely correspond to the color schemes in the matching image above, thus providing a visual correlation of spatial location to cellular identity within the larger tissue sample. The axes are labeled ("X" and "Y") with the axis labels "UMAP1" and "UMAP2". These UMAP plots effectively reduce and represent the high-dimensionality of multiple markers into a more readily visualizable two-dimensional space. The overall image suggests an analysis workflow where detailed microscopic images of a tissue section are processed to identify and cluster distinct cell types based on various markers. The color-coded representation in the microscopic images, and the scatter plots help in classifying the cells present in the image.

Comprehensive diagnosis of head and neck tumors

October 28, 2024

Artificial Intelligence Medicine

A new method can be used to predict how a cancer will progress more

Substance against rare form of cancer discovered

October 14, 2024

Medicine

Researchers have patented the active ingredient against gastrointestinal stromal tumors and licensed it to a pharmaceutical company more

Nanoscope Therapeutics licenses optogenetic technology

September 30, 2024

Medicine

Innovative technology incorporated in Nanoscope’s gene therapy offers hope for restoring vision in genetically caused visual impairments more

Two people stand to the left of an experimental setup, a rod attached to a carousel-like device

Artificial muscles propel a robotic leg to walk and jump

September 10, 2024

Artificial Intelligence Robotics

The newly developed robotic leg is inspired by living creatures and jumps over different terrains much more manoeuvrable and energy-efficiently than previous robots more

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Max Planck Research

MaxPlanckResearch 1/2025 Science Magazine - Focus: Power Packed

To mark the end of the Year of Science ‘Freedom’, we are dedicating this issue to freedom of choice. We explore the question of whether free will exists and, if so, what could constitute it. Neurobiology is also investigating this with ever new approaches. How free we are in our decisions is also a topic of research in the context of choosing a partner. This is because it is only chance that plays a role here; there are also patterns that can be proven demographically. Chance also determines where and into which family we are born. Epigenetic studies show how our origins influence the course of our lives and, above all, our health.

Newsroom – Category: Knowledge Transfer

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