New Delhi: The Delhi High Court is scheduled to pronounce on Wednesday its verdict on a plea seeking suspension of arrested Delhi minister Satyendar Jain from the cabinet.
Jain has been arrested by the Enforcement Directorate (ED) in connection with a money laundering case.
A bench of Chief Justice Satish Chandra Sharma and Justice Subramonium Prasad had earlier reserved order on a plea by former BJP MLA Nand Kishore Garg who has said in the petition that AAP leader Jain was arrested in the money laundering case on the allegation of his involvement in hawala transactions in 2015-2016 with a Kolkata-based firm which is repugnant and inconsistent to the rule of law as he is a public servant having a constitutional oath to uphold the rule of law in the interest of public at large.
"However, the minister under custody is still enjoying the perks and privileges of cabinet minister despite having been allegedly indicted under the serious charges which may entail severe punishment," the plea said.
Decision on Supreme Court Collegium appeal
The high court is also likely to give its judgement on an appeal challenging a single judge's order dismissing the plea seeking the agenda of the Supreme Court collegium's meeting on December 12, 2018, when certain decisions were purportedly taken on elevation of judges to the apex court, under the RTI.
Mohammed Zubair, Umar Khalid, Sharjeel Imam to get hearing
During the day, the high court is slated to hear several other important matters, including a plea by Alt News co-founder Mohammed Zubair challenging the legality of his police remand in a case related to an alleged objectionable tweet he had posted in 2018 against a Hindu deity and bail pleas by Umar Khalid, Sharjeel Imam and Alumni Association Jamia Millia Islamia President Shifa-ur-Rehman in a UAPA case related to the alleged conspiracy behind the riots here in February 2020.
WhatsApp on the docket
In its response, WhatsApp has claimed that the new policy did not affect a user's privacy as personal messages continued to be protected by end-to-end encryption.