Lawsuit Advancing Over Contested 2024 Election Outcomes Progresses Following Kamala Harris's Absence of Votes in a New York District
Contested 2024 Election Results in Rockland County Move Forward
There's a court case creating a stir, questioning the legitimacy of the 2024 presidential and Senate election results, not just in the national arena, but particularly in Rockland County, New York. The case has gained traction after Judge Rachel Tanguay of the New York Supreme Court ruled that a full recount must take place following the discovery of discrepancies in the vote count.
The lawsuit bringing this matter to light is led by SMART Legislation — the action wing of SMART Elections, a non-partisan group that champions voting security and voter rights. Lulu Friesdat, the founder and executive director of SMART Legislation, expressed concerns about the election results in a statement:
"It's apparent that the Senate results aren't on the level, and there are statistical signs suggesting the presidential results may be a longshot," Friesdat stated.
Should the results be faulty, it would violate the constitutional rights of every individual who cast a vote in the 2024 Rockland County general elections, according to Friesdat. To ensure the election results are accurate, a transparent, public hand-recount of all presidential and Senate ballots in Rockland County is mandatory, she argued.
The complaint filed by SMART Legislation alleges that a considerable number of voters swore under oath that they voted for independent U.S. Senate candidate Diane Sare, but the Rockland County Board of Elections recorded fewer votes for her than what should have been recorded. Similarly, there were instances where voters purportedly chose Democratic State Senate candidate Kirsten Gillibrand during the 2024 elections, but no votes were recorded for Vice President Kamala Harris in the presidential race.
For example, in Rockland County NY district 35, 331 voters claimed to have voted for Gillibrand, but none of them cast their ballots for Harris. A similar pattern was observed in Rockland County NY district 55, where 909 voters opted for Gillibrand, but only two of them voted for Harris.
In comparison to the 2020 election results, a statistician argued that the alleged results of the 2024 election in four out of the five towns that make up Rockland County are statistically implausible. Max Bonamente, a professor of physics and astronomy at the University of Alabama in Huntsville, stated, "These data would require extreme sociological or political causes for their explanation, and would benefit from further assurances as regards their credibility."
First published on Latin Times
Insight: The controversy revolves around claims of voting irregularities, specifically regarding discrepancies in the Senate and Presidential vote counts for Democratic candidates Kamala Harris and Kirsten Gillibrand during the 2024 Rockland County elections. An independent election integrity advocacy group, SMART Legislation, has filed a lawsuit, which highlights both statistical anomalies and missing votes that suggest the official results may not reflect the voters' intentions. The lawsuit alleges possible errors or deliberate miscounts and seeks a transparent, public hand-recount to clarify these alleged election discrepancies.
- The lawsuit by SMART Legislation, an advocacy group for voting security and voter rights, is challenging both the Senate and presidential election results in Rockland County, alleging discrepancies and interested in a public hand-recount for transparency.
- In the Rockland County general elections, potential issues in the vote count may have affected the results, as suggested by statistical anomalies and missing votes for Democratic candidates Kirsten Gillibrand and Kamala Harris.
- The controversy over the 2024 Rockland County elections extends to other areas of politics and policy, with concerns about the impact of these alleged voting irregularities on war-and-conflicts, crime-and-justice, and policy-and-legislation at both local and national levels.
