Plants can sense light and use it to determine the shape and nutritional content of other plants, influencing their growth direction.

The study of plants is advancing rapidly, revealing their complex behaviors and interactions with light, which challenges previous taboos in research.

In plant sciences, we use aerial and hyperspectral imaging to monitor forest health and identify invasive species by analyzing the spectral properties of trees.

The viral coefficient is crucial for growth; a slight increase can lead to exponential growth, while a slight decrease can cause failure.

Successful seed investors often transition to larger venture funds, which can create tension as they compete in more crowded and competitive rounds.

Sour receptors help detect spoiled or fermented food, which can be harmful.

Plant identification apps can generate significant revenue from a small user base, as they cater to a specific audience willing to pay for their utility.

Our model, EVO, is designed to predict the next base in a DNA sequence, which can determine health outcomes, such as the presence of sickle cell anemia mutations.

The plant on this desk is the most complicated piece of technology, capable of self-replicating, self-repairing, and self-assembling with nanometer precision, showcasing the inherent capabilities of biology.