Aggregator

The most interesting tactical wrinkle introduced by Mauricio Pochettino on Saturday was also a nod to how his U.S. men’s national team needs to play.

A California family’s joyful gathering just hours after welcoming a newborn turned into a horrifying murder-suicide, after authorities say a mother fatally shot her husband and two young children before taking her own life in North Hills. Marine Basmajian, 30, killed her husband Khajag Basmajia, 31, and their two children, 2-year-old Alec and six-day-old baby...

Breanna Stewart scored 15 of her points in the fourth quarter as the Liberty defeated Caitlin Clark and the Fever.

Watch: More Evidence Iran Is Rapidly Restoring Its Missile Tunnels

President Trump has newly estimated that Iran has 21%-22% of its missiles remaining. Trump said in an interview with NBC: "They have some missiles and drones, percentage-wise maybe 21%-22% of the missiles. That's a lot, but it's not what it was before the war."

He and top White House officials had previously mused that the Iranians are working hard to reconstitute their defenses after the opening US-Israeli heavy bombing campaign of Operation Epic Fury.

The fresh statement comes on the heels of a Washington Post story last month which cited CIA estimates saying Iran still holds about 70% of its missiles and 75% of missile launchers it had before the war. So there's a likelihood that Iran still has significantly more than just 20% of its arsenal.

There's also some anecdotal evidence, and statements from the Iranians themselves, such as in the following... Watch:

Iran restored internet access, revealing footage of rescue operations at western Iranian tunnel sites struck by U.S. and Israeli forces. The tunnels were used to shelter missile launchers. pic.twitter.com/PnTfwjoV0B

— Open Source Intel (@Osint613) June 5, 2026

The Iranians have been utilizing basic construction equipment to dig out several missile launchers and reopen subterranean tunnels tied to its missile program. 

"Iran has repaired other parts of the bases as well, including roads that the US and Israel bombed to prevent missile launchers from using them," CNN wrote last week. "Satellite images show almost all these craters have now been filled, and at two sites, even repaved."

Sam Lair, a research associate at the James Martin Center for Nonproliferation Studies, the same outlet late last month that "There’s nothing to prevent the launchers from being armed with the ample stockpile of missiles that the Iranians still have."

He sought to highlight the limits of American firepower, in terms of damage, and given that it hasn't been sustained:

“The US military is good at delivering tactical successes, and entombing and suppressing the Iranian missile force is a great example of that,” said Lair.

“However, if that isn’t accompanied by a set of reasonable strategic war aims and an achievable theory of victory, it can end up being a strategic failure.”

Via AP: Zagros Mountains in central Iran, where a deep underground nuclear facility was reportedly built.

President Trump has been touting the near annihilation of Iran's arsenal, and has lately said the rest of its launch sites could be taken out in a day if he gave the order. 

Tyler Durden Sat, 06/06/2026 - 22:45

Prosecutors alleged Left circulated his research on social media and financial TV to move a bunch of stocks and make a ton of money.

Los Angeles mayoral candidate Spencer Pratt expressed his frustration at the slow pace of vote counting Saturday as he saw his once-commanding lead in the primary take a sharp hit in the lates ballot drop. The former reality star posted a photo of Russell Crowe from the film “A Brilliant Mind,” in which he portrays...

Simone Biles revealed a terrifying health scare on Instagram, writing Saturday that “almost dying wasn’t on my bingo card."

A surfer has revealed the terrifying moment he was dragged underwater by a shark in Australia — and the simple trick he used to escape with his life.

A New Shortcut To Quantum Entanglement

Authored by University of Chicago via ScienceDaily,

Many of the most promising quantum technologies, including advanced sensors and future quantum computers, depend on a phenomenon known as entanglement, where particles become deeply connected and influence one another in ways that cannot be explained by classical physics. Creating the complex entangled states needed for these technologies has traditionally required sophisticated equipment and carefully designed experimental systems.

Researchers have shown that a few simple adjustments to a standard quantum optics setup can generate a surprising range of highly entangled quantum states. Credit: Clerk Group

Researchers at the University of Chicago Pritzker School of Molecular Engineering have now proposed a much simpler approach. Their new theoretical method can generate and control a wide range of entangled quantum states using tools that are already common in many quantum physics laboratories.

The work, published in Physical Review X, could help advance ultra precise quantum sensing and open new opportunities for exploring fundamental physics.

"We wanted to take simple ingredients that you find in a lot of physical platforms and put these together in a minimal way to get something interesting, complex and powerful," said Aashish Clerk, professor of molecular engineering at UChicago PME and senior author of the new study.

The research was supported by Q-NEXT, a U.S. Department of Energy National Quantum Information Science Research Center led by DOE's Argonne National Laboratory.

Rethinking Cavity QED Systems

The team's approach is based on cavity quantum electrodynamics, commonly known as cavity QED. In these experiments, atoms or other particles are placed inside an optical cavity, which consists of two mirrors that trap light between them. The particles then interact with the confined light inside the cavity.

A limitation of many cavity QED systems is that all of the atoms interact with the light in exactly the same way. Because the atoms are effectively indistinguishable, the range of quantum states that can be produced is restricted.

"The challenge has always been that these systems have too much symmetry. All the atoms are talking to light in the same way," Clerk said. "That really restricts what kind of entangled states you get."

In a typical cavity QED setup, each atom has a ground state and an excited state separated by a specific energy difference.

The researchers found a straightforward way to reduce the system's symmetry. While all atoms continue to be driven by the same laser, additional lasers or magnetic fields are used to shift the excited state energies of different groups of atoms. The atoms are arranged so that each one is paired with another atom that has an equal but opposite energy offset.

This simple modification allows atoms to behave differently from one another while preserving enough structure for the system to remain controllable and predictable. By changing which atoms receive particular energy shifts, scientists can tune the system to produce a variety of entangled states without altering the physical hardware.

"You turn these lasers on and wait, and at some point the system stabilizes into an interesting, highly entangled quantum state," said Anjun Chu, a postdoctoral researcher in the Clerk group and first author of the new work. "By simply adjusting the lasers, we can access kinds of entangled states that no one had thought about before."

Building Better Quantum Sensors

One of the most promising uses for the new approach is quantum sensing.

In theory, entangled quantum states can detect extremely small differences in magnetic fields or gravitational fields between separate locations. However, developing states that are both highly sensitive and resistant to noise has remained a major challenge.

The researchers demonstrated that a version of their proposed system containing two groups of atoms could be used to measure field gradients. When the two atomic ensembles are placed in different locations, the resulting quantum state reflects the difference between the local magnetic or gravitational fields. At the same time, it naturally rejects background noise that affects both locations equally.

"You're able to do two things that are normally not compatible with one another: Use entanglement to build an exquisitely sensitive sensor but also have robustness to arbitrarily large amounts of noise," Clerk said. "Normally, entanglement is very fragile. This approach has some amazing resilience."

Another advantage is that the information stored in these quantum states can be extracted using standard Ramsey measurement techniques, eliminating the need for specialized or exotic measurement methods.

Applications Beyond Sensing

The researchers also showed that the same platform can generate unusual quantum states that have long attracted interest from physicists.

One example is the AKLT state, a well known many body entangled state first introduced in the 1980s to describe unusual magnetic materials. The team found that their relatively simple setup can stabilize this state. In addition to helping scientists study complex magnetic systems, the AKLT state may also have applications in quantum computing.

Next Steps For The Research

The work remains theoretical for now, but the researchers are already discussing possible experimental tests with other groups.

They are also investigating more sophisticated ways to arrange atoms within the system and exploring the full range of quantum states that their method may be capable of producing.

"The fact that such simple ingredients can generate such complex and useful quantum states gives us hope that even before we reach the dream of a general all-purpose quantum computer, we can already generate quantum states that let us do things we couldn't do in a purely classical world," Clerk said.

This material is based upon work supported by the U.S. Department of Energy Office of Science National Quantum Information Science Research Centers as part of the Q-NEXT center.

Journal Reference: Anjun Chu, Mikhail Mamaev, Martin Koppenhofer, Ming Yuan, Aashish A. Clerk. "Reconfigurable Dissipative Entanglement between Many Spin Ensembles: From Robust Quantum Sensing to Many-Body State Engineering." Physical Review X, 2026; 16 (2). DOI: 10.1103/qdh9-2pc7

Tyler Durden Sat, 06/06/2026 - 22:10

The body of a girl who was mutilated, decapitated and dumped in a Massachusetts parking lot over 25 years ago has finally been identified as a missing teen from more than 300 miles away.

California’s election system is a farce. Balloting guardrails? Gone. Voter ID? Racist, we’re told.

California health officials discovered evidence of measles in routine wastewater testing as the state faces a sharp resurgence of the disease.

Jorge Polanco’s imminent return to the Mets may not be so imminent.

Look at Los Angeles. Saturday’s batch of 58,558 late-counted votes in the mayor’s race broke 40.2% for Nithya Raman, 33% for Karen Bass and a mere 17.6% for Spencer Pratt — no doubt a reflection of late-voting Democrats in a city where only about 16% of voters are registered Republican.  Pratt’s lead for the second...

UN Food Agency Warns Millions Pushed Into Hunger By Prolonged Iran War

The United Nations food agency is sounding a catastrophic alarm on the macroeconomic fallout of the ongoing conflict in Iran and the Persian Gulf region. According to the World Food Programme (WFP), millions of people are actively being plunged into acute hunger due to the war - realizing a grim trajectory the agency previously warned would occur if the Middle East crisis stayed prolonged and global oil prices remained elevated.

Fragile economies are feeling the most pain, with WFP analysis of three highly vulnerable nations revealing that an additional 2.5 million people in Somalia, 2.3 million in Afghanistan, and 1.3 million in Sri Lanka are currently struggling to meet their most basic daily nutritional needs. Back in March, the WFP estimated that a staggering 45 million people globally could be pushed into severe food insecurity by the end of June, compounding the over 300 million people globally who were already facing critical food shortages before the war erupted.

via EPA

The Rome-based UN agency issued a new detailed assessment at the end of this past week, describing how that the Middle East crisis is actively generating "significant spillovers" - by driving up the cost of food and fuel while heavily disrupting global trade networks. 

Crucially, the agency warned that the economic bleeding will not stop immediately, even if a diplomatic breakthrough occurs. "These impacts are expected to intensify in the coming months, even if the crisis in the Middle East de-escalates," it wrote.

"We remain by that prognosis," WFP’s acting Executive Director Carl Skau informed a UN press briefing. "That’s mainly because the correlation between the prices of energy and food is so tight in many places, and also that in the poorest countries people are already spending all their money on food, and hence when food prices rise, they eat less."

Even prior to the Iran war's start, near the beginning of the war, United Nations agencies themselves were feeling the crunch after a significant drawdown in US support and funding.

The Trump administration slashed support over criticism that the UN has long failed to promote American interests.

UN Secretary-General António Guterres has been warning that outstanding dues reached a record $1.568 billion at the end of 2025 and that collections covered only 76.7% of assessed contributions, leaving the organization dangerously exposed. 

As for how this impacts the WFP, it says it has already been forced to strictly ration and limit aid to millions of impoverished people due to drastic international funding cuts.

The agency has issued urgent plea to global donors to immediately step up financial contributions, with a specific focus on stabilizing Somalia and Afghanistan, "because the human consequences of not doing more will be massive."

Tyler Durden Sat, 06/06/2026 - 21:35

Peter Hotez, a molecular biologist and dean of the National School of Tropical Medicine at Houston's Baylor College of Medicine, rose to prominence during the COVID-19 pandemic and is known for tangling with Joe Rogan on social media after the podcaster challenged the scientist to debate vaccines with Robert F. Kennedy Jr.

Will Smith was scratched on Saturday with a stiff neck, but manager Dave Roberts said he expected him to be back in the lineup the next day for the finale of the Dodgers’ three-game series against the Angels.

Here is a selection of the best NYC venues celebrating the World Cups most popular nations in flavorful and festive ways, from the June 11 opener in Mexico City through the July 19 Final at MetLife Stadium. Fans will be able to enjoy 104 matches among 48 teams.

The 19-year-old became the youngest women’s champion at Roland Garros in 34 years with a dominant 6-3, 6-2 victory over the Polish qualifier in the final.

French guard Marine Fauthoux has typically stood on the outskirts of the team huddle during timeouts.