Clinton Backs Harris as Glass Ceiling Shatters in 2024 Race
- Hillary Clinton's 2016 campaign supporters reflect on the disappointment of her loss.
- Her recent speech at the DNC inspires hope for a second chance at making history.
- Supporters are energized and motivated by Clinton's message.
Former Secretary of State Hillary Clinton is expressing strong support for Vice President Kamala Harris's candidacy in the upcoming presidential race. Sources indicate that Clinton's forthcoming speech will highlight the progress made in breaking the glass ceiling for women in politics, while also envisioning a future where Harris leads the charge. Clinton has maintained communication with the Harris campaign, discussing the current political landscape, particularly during a recent encounter at the funeral of Rep. Sheila Jackson Lee. Clinton's role as a prominent figure in the Democratic Party is underscored by her unique experience as the only woman to have previously run a general election campaign against Donald Trump. Former surrogates and staff from Clinton's campaign have praised Harris's momentum, noting that Clinton's own candidacy, along with that of trailblazers like Rep. Shirley Chisholm, has reshaped perceptions of female presidential candidates. Clinton's extensive political background spans decades, including her time as First Lady, a senator, and Secretary of State. As the 2024 campaign heats up, the Trump campaign is already attempting to define Harris, echoing tactics used against Clinton in previous elections. Clinton's 2017 memoir reflects on her past campaign missteps, including controversial remarks and the fallout from her private email server. The 2016 election catalyzed a surge in women's political engagement, driven by a collective disappointment over the failure to elect the first female president. Christina Reynolds, executive director of EMILY’s List, expressed optimism about the future of women in politics, asserting that the increasing electoral success of women indicates a shift in American political dynamics.