science-technology

When did Katherine Johnson die: verified date and context

Katherine Johnson, the NASA mathematician whose calculations were critical for early U.S. human spaceflight, died on February 24, 2020 . She was 101 years old at her time of dea...

Mara Ellison
When did Katherine Johnson die: verified date and context

Katherine Johnson death date and key facts

Katherine Johnson, the NASA mathematician whose calculations were critical for early U.S. human spaceflight, died on February 24, 2020. She was 101 years old at her time of death. Johnson passed away at a care facility in Newport News, Virginia, where she had lived in recent years. Her death was widely reported by NASA, national news outlets, and the U.S. space community, marking the end of a life that exemplified precise mathematics, persistence, and barrier-breaking contributions to aerospace. This verified explainer clarifies the timeline, context, and legacy of her work.

Why the date is verified and how we know it

Official sources including NASA’s news release, family statements, and contemporaneous news coverage from February 2020 confirm the date. The combination of public obituaries, institutional records, and multiple reputable media reports establishes high confidence in February 24, 2020 as the date of death. Cross-referencing these sources reduces uncertainty and supports a fact-first conclusion.

Biographical context and career highlights

Born on August 26, 1918, in White Sulphur Springs, West Virginia, Katherine Johnson excelled in mathematics and taught before joining NASA in the 1950s. At NASA, she calculated trajectories for Alan Shepard’s Mercury mission and John Glenn’s orbital flight, and contributed to Apollo’s lunar landing trajectory. Her technical rigor and advocacy for accuracy became legendary. She received the Presidential Medal of Freedom in 2015 and remained a widely recognized public figure until her death.

Key milestones

Date or Period Event Why It Matters
August 26, 1918 Born in White Sulphur Springs, West Virginia Context for early life and education
1937 Graduated from West Virginia State College Strong math foundation for later work
1953 Joined NASA (then NACA) in Langley, VA Beginning of impactful aerospace career
1961–1962 Calculated trajectories for Shepard and Glenn missions Critical human spaceflight contributions
1969 Work on Apollo lunar trajectory Enabled Moon landing calculations
2015 Received Presidential Medal of Freedom National recognition of legacy
February 24, 2020 Died at age 101 in Newport News, VA End of a pioneering life in STEM

Immediate legacy and influence on STEM

Johnson’s legacy extends through the generations of scientists, engineers, and mathematicians she inspired. Her story, popularized by Hidden Figures, has become a powerful example of how rigorous technical work and persistence can transform both careers and culture. NASA continues to honor her contributions through facilities, scholarships, and public education initiatives. Her emphasis on accuracy and questioning assumptions remains a professional benchmark.

Debunking myths and clarifying misinformation

Some rumors or misstatements may conflate her death with other figures or suggest unclear circumstances. Verified sources confirm she died of natural causes at an advanced age, consistent with her documented health history. Relying on authoritative sources and contemporaneous reporting avoids confusion and ensures factual precision about her passing and legacy.

Comparative perspective on her impact

Among the women mathematicians of NASA’s early years, Johnson is frequently highlighted for both her technical output and her visibility. Compared with contemporaries, her trajectory work enabled precise Earth orbits and contributed to lunar mission planning. Her recognition in popular culture alongside Dorothy Vaughan and Mary Jackson underscores the cumulative impact of diverse talent on space exploration.

Related Reading

More pages in this topic cluster.

How Cooling Mats Work: A Detailed, Evidence-Based Explanation

Cooling mats use passive heat transfer and temporary conductive pathways to pull heat from your body and spread it across a larger contact area. They do not remove heat from you...

Read next
UFO Nome Alaska: What the Reports Say and Why They Matter

The phrase "UFO Nome Alaska" describes a cluster of credible observations and reports involving unidentified aerial phenomena near the Bering Strait city of Nome. Unlike brief v...

Read next
How Rockets Fight: A Practical Guide to Rocket Propulsion, Control, and Combat Roles

Rockets fight by combining high-energy propulsion with precise guidance, targeting, and defensive measures to reach a threat and disable or destroy it. This explainer covers how...

Read next