Internal

• Susie Wiles, Trump’s Chief of Staff, secured her job back amid reported internal White House power struggles and loyalty tests. • The reinstatement follows weeks of uncertainty, highlighting tensions within the administration's top ranks. • Move underscores Trump’s fixation on loyalty, potentially stabilizing operations but risking further factional divides ahead of midterms.

The 32.3m surpasses those caused by disasters for the first time, as 82.2m people displaced in total around worldThe number of internal displacements triggered by conflict or violence around the world reached a record high in 2025, surpassing the number of disaster-driven internal displacements for the first time.A report published by the Internal Displacement Monitoring Centre (IDMC) shows that by the end of 2025 there were 32.3m conflict-driven internal displacements. That is 60% higher than those recorded the previous year, and – for the first time since data collection began in 2008 – above displacements driven by natural disasters, which reached 29.9m in 2025. Continue reading...

• Susie Wiles, President Trump's Chief of Staff, secured her job back following recent White House turmoil, per Politico reports on May 8, 2026. • The reinstatement stabilizes the administration's leadership amid staffing controversies and policy debates. • Wiles' return is viewed as crucial for maintaining Trump's agenda, particularly in midterm election strategies.

• The U.S. Supreme Court announced opinions on the way as of April 17, 2026, shifting focus from the controversial shadow docket to merits cases. • Justices Sonia Sotomayor and Ketanji Brown Jackson criticized conservative colleagues in viral comments related to emergency relief requests from the Trump administration. • The emergency docket remains a flashpoint, underscoring deep ideological divides within the federal judiciary.

• Oregon Health & Science University researchers revealed a previously unknown system of directed fluid flows within cells that rapidly transport essential proteins to the cell's leading edge, published today in Nature Communications. • The breakthrough emerged from an accidental observation during a neurobiology course when scientists used lasers to track protein movement and discovered an unexpected wave of soluble actin being pushed forward rather than drifting randomly through the cell. • The discovery fundamentally reshapes understanding of cell migration, cancer metastasis, and wound healing by revealing that cells use active internal mechanisms rather than passive diffusion to position critical proteins.