Vasquez v. United States
Issues
Whether a harmless-error analysis that focused on the weight of admissible evidence, rather than on the erroneous evidence’s effect on the jury, constituted a Sixth Amendment violation.
The United States District Court for the Northern District of Illinois convicted Alexander Vasquez of conspiring to possess with intent to distribute more than 500 grams of cocaine. However, the district court had erroneously admitted statements made during recorded telephone conversations by Marina Perez into evidence for their truth. On appeal, the United States Court of Appeals for the Seventh Circuit held that the lower court’s error was harmless because the jury would have come to the same conclusion had there been no error. Vasquez now appeals, arguing that the Seventh Circuit misapplied the harmless-error analysis by ignoring the impact the error had on the jury. The Supreme Court will decide how courts should properly carry out harmless-error tests, as well as examine the possible constitutional questions such an error would create.
Questions as Framed for the Court by the Parties
1. Did the Seventh Circuit violate this Court's precedent on harmless error when it focused its harmless error analysis solely on the weight of the untainted evidence without considering the potential effect of the error (the erroneous admission of trial counsel's statements that his client would lose the case and should plead guilty for their truth) on this jury at all?
2. Did the Seventh Circuit violate Mr. Vasquez's Sixth Amendment right to a jury trial by determining that Mr. Vasquez should have been convicted without considering the effects of the district court's error on the jury that heard the case?
Carlos Cruz and Joel Perez planned to purchase cocaine from Alejandro Diaz at a gas station. See U.S. v. Vasquez, 635 F.3d 889, 892 (7th Cir.
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Additional Resources
Life Sentences Blog, No Harm, No Foul- But How Do You Know If There Was Harm? (Nov. 29, 2011).
AllBusiness.com, U.S. Supreme Court to Evaluate Harmless Error Analysis (Nov. 28, 2011).