Lifeboat Foundation

The idea of black holes have been around for over 200 years. Today, we’re seeing them in previously unimaginable ways.

SpaceX and Tesla CEO Elon Musk is itching to meet his Chinese doppelgänger — that is, if the man actually resembles the billionaire in real life.

But first, some background for those unfamiliar with the self-described “Elong Musk.”

In recent months, a video of Ma Yilong, a Chinese man who seemingly bears a striking resemblance to Musk, went viral not only due to his uncanny resemblance, but also because it was unclear whether it was a deepfake or not.

Google’s new Immersive View is a leap forward for how data is displayed in Google Maps.

This is crazy.

Cutting-edge computer technology designed to mimic the human brain is being used by hackers to create lifelike videos of celebrities and politicians. But now, bad actors are using this readily available tech to target everyday social media users in cryptocurrency scams.

A new analysis of the early universe shows quasars with growth capped by surrounding matter.

It provides an extension of the physical identity to relive themselves as what they want in their dreams with luxurious brands.

Wearable NFTs can provide endless creativity, gender inclusivity, accessibility, and availability for new business models.

Thus, wearable NFTs is known as an eco-friendly alternative to wastage of dress materials and pollution from factories.

The U.S. Cybersecurity and Infrastructure Security Agency (CISA) has removed a Windows security flaw from its catalog of known exploited vulnerabilities due to Active Directory (AD) authentication issues caused by the May 2022 updates that patch it.

This security bug is an actively exploited Windows LSA spoofing zero-day tracked as CVE-2022–26925, confirmed as a new PetitPotam Windows NTLM Relay attack vector.

Unauthenticated attackers abuse CVE-2022–26925 to force domain controllers to authenticate them remotely via the Windows NT LAN Manager (NTLM) security protocol and, likely, gain control over the entire Windows domain.

Networks (connectivity) and dynamics are two key pillars of network neuroscience – an emerging field dedicated to understanding structure and function of neural systems across scales, from neurons to circuits to the whole brain. In this presentation I will review current themes and future directions, including structure/function relationships, use of computational models to map information flow and communication dynamics, and a novel edge-centric approach to map functional connectivity at fine temporal scales. I will argue that network neuroscience represents a promising theoretical framework for understanding the complex structure and functioning of nervous systems.

This video is part of the SNAC seminar series organized by Mac Shine, Joe Lizier, and Ben Fulcher (The University of Sydney).