Today’s Solutions: December 20, 2025

In a bid to support the World Health Organization’s COVID-19 response efforts, Lady Gaga has helped raise $35 million in one week after reaching out to corporate leaders and philanthropists.

According to the pop star, the money will go toward global personal protection equipment (PPE) supplies and testing kits as well as improving lab capacity to process the tests. Gaga also announced that she is partnering with the WHO and advocacy organization Global Citizen to launch a virtual festival called “One World Together at Home” aimed at uniting the world through music in the fight against the pandemic.

The televised concert will air at 8 pm EST on April 18th and will feature dozens of stars including Paul McCartney, Elton John, Billie Eilish, Lizzo, and Stevie Wonder. Gaga and her collaborators hope the concert will bring attention to all the positive initiatives occurring in the world right now too. The event is not considered a fundraiser, but rather a celebration of “the power of the human” that the pandemic has brought to light.

Solutions News Source Print this article
More of Today's Solutions

Try this simple breathing exercise to rid yourself of cold hands and feet

Do you often find that your hands and feet are colder than the rest of your body? This can be perplexing, especially when gloves ...

Read More

Roman jars reveal the secrets of ancient winemaking

Archaeologists are still putting the full story of human history together. From the discovery of a Viking shipyard in Sweden to the Sistine Chapel ...

Read More

Cancer detection breakthrough revealed via butterfly-inspired imaging

In the world of sensory perception, other creatures frequently outperform humans. A research team has created an imaging sensor that looks into the elusive ultraviolet ...

Read More

Advancements in vision restoration: CRISPR gives hope to patients 

In a revolutionary development, CRISPR gene editing emerged as a beacon of hope for people suffering from genetic blindness. The results of a Phase ...

Read More