POLITICS
Florida appeals court orders Attorney General Jack Campbell to explain leak of sealed grand jury document
3d ago · floridapolitics
← All editions
Edition · 2026-10-19
More Top Stories
In Casa Grande, Arizona, 28-year-old maintenance worker Chris Martinez reflects on his 2024 vote for Donald Trump, which he now views as a miscalculation. He had anticipated economic stability and peace abroad, but rising fuel costs forced him to surrender a vehicle, while ongoing tensions with Iran deepened his disillusionment. 'He's doing nothing for us, to benefit us,' Martinez said. 'And it kind of sucks because I got duped and I feel like a dummy.' His experience mirrors a broader shift among Latino voters who initially supported Trump but now question his leadership, particularly on economic issues.
This realignment comes as both parties court Latino communities in pivotal congressional districts ahead of the November 3 elections. In Arizona's 6th District, Republican Representative Juan Ciscomani, born in Mexico and raised in the U.S., emphasizes his immigrant background and independence from party orthodoxy in campaign messaging, avoiding direct references to Trump. His Democratic challenger, JoAnna Mendoza, a former Marine and daughter of farmworkers, highlights her working-class roots and connection to rural Arizona. The race underscores how economic concerns are reshaping voter priorities, with some Latinos expressing frustration over perceived neglect of working-class interests by both parties.
In Colorado's 8th District, state lawmaker Manny Rutinel, whose family history includes selling blood to survive, challenges Republican Representative Gabe Evans, framing the contest as a test of economic trust. Evans, a former police officer, counters by focusing on border security and traditional values, appealing to voters who split their tickets but feel alienated by Trump's policies on fuel and inflation. Similarly, in Texas' 15th District, long-time Republican voter Thomas Centrella, a retiree in Edinburg, voices growing discomfort with the party's direction, citing a 'weird' political climate despite prior support for Trump. Others, like teacher Priscilla Olivarez, describe a crisis of confidence in both parties, citing stagnant wages and rising costs.
Recent polling indicates a broader trend: an Associated Press-NORC survey from October found 60% of Hispanic voters disapprove of Trump's presidency, with 70% blaming his economic policies for inflation. While Hispanics remain evenly split on the Democratic Party, 55% hold unfavorable views of Republicans. Political analyst Mike Madrid notes this reflects a 'dealignment' phase, where Latino voters are prioritizing economic issues over party loyalty, potentially reshaping electoral strategies for both parties in future cycles.
These shifts highlight a moment of uncertainty, where economic anxiety and cultural identity intersect to redefine political engagement among Latino communities across key battlegrounds.
President Donald Trump announced his support for Israeli Prime Minister Benjamin Netanyahu in the latter's bid for reelection, a move that arrives late in the campaign and carries weight given the president's standing in Israel.
The endorsement was posted on social media, where Trump described Netanyahu as a "Great Warrior Prime Minister" and "an even greater Partner for Peace" in confronting Iran. Israeli voters are scheduled to go to the polls on October 27, marking the first national election since the Hamas attack on October 7, 2023.
Netanyahu's Likud party released a brief video showing the two leaders together and included a statement from the prime minister thanking Trump for his support. The statement, posted on X in Hebrew, said, "Together we will complete the mission."
The timing of the endorsement is notable because it follows months of silence from the president as the election approached and as the strategic approaches of the two leaders in the Middle East diverged. While Trump remains popular among many Israelis, some commentators and citizens have voiced disappointment with the outcome of the conflict with Iran and with a cease‑fire proposal that fell short of several of the country's objectives.
In the same post, Trump reiterated a threat to "soon finish the job" against Iran "unless they change their ways, rapidly," while adding that he might not pursue that course if Netanyahu were to lose the election. He also said, "If Israel has the wrong Leader, which would be anyone other than Bibi, America will have to do this work ourselves, and I am not inclined to do so."
Trump praised Netanyahu as "Strong, Brave, and Brilliant" amid "tremendous opposition, including that coming from even Israel, itself." The president had previously endorsed Netanyahu in earlier elections and, in November, sent a letter to Israeli President Isaac Herzog urging a pardon for Netanyahu on corruption charges.
During the campaign, Trump's tone toward Netanyahu was more muted than in past instances, and he declined to commit to a firm endorsement when questioned. In a recent Time magazine interview, he stated, "I'm not involved in politics anymore," despite having campaigned for and endorsed candidates in U.S. elections.
Beyond Israel, Trump has extended public approval to leaders in other countries, including Hungarian Prime Minister Viktor Orbán, Japanese Prime Minister Sanae Takaichi, Polish President Karol Nawrocki, and several Latin American figures, often claiming credit for their successes.
Trump and Netanyahu have maintained a close alliance, though their relationship has experienced strain over the course of the nearly eight‑month war with Iran. Trump criticized Israel's strike on a key Iranian gas field early in the conflict and, in June, described Netanyahu as "crazy." He also expressed concern that Israel's operations against Hezbollah in Lebanon were impeding peace talks with Iran.
On the Gaza front, Netanyahu rejected Trump's latest proposal for a cease‑fire in August, pushing back against the U.S. administration's call for Israel to withdraw from territory it controls until Hamas is fully disarmed.
The Associated Press contributed reporting from Jerusalem.
A free press is a cornerstone of a healthy democracy.
Support trusted journalism and civil dialogue.
A Japanese spacecraft will depart for Mars on 20 October 2024, aiming to collect material from the planet's larger moon Phobos and return it to Earth.
The Mars Moons Exploration (MMX) mission, managed by the Japan Aerospace Exploration Agency (JAXA), plans to launch from the Tanegashima Space Center at 0441 local time (19 October 2041 BST). If successful, it will become the first mission to return a sample from Mars or its moons for laboratory analysis.
The spacecraft is expected to reach Phobos in August 2027. Once in the Martian system, it will study both Phobos and its smaller companion, Deimos, before attempting a landing on Phobos. A small rover will be deployed to survey potential landing sites, a task that presents significant technical challenges due to the moon's low gravity and proximity to Mars.
Prof Sara Russell of the Natural History Museum, who serves as MMX deputy for sample analysis, noted that no mission has previously achieved a return from Phobos. "The mission is ambitious, but the scientific payoff could be substantial," she said.
Scientists believe Phobos may preserve chemical signatures of Mars itself. Its surface is thought to accumulate material ejected from Martian impacts, which could provide direct evidence of the planet's composition. Two leading theories exist regarding the origin of Mars' moons: one proposes they formed from debris following a massive impact on Mars, while another suggests they are captured asteroids.
Dr Chrysa Avdellidou of Leicester University emphasized that even a small quantity of material — approximately 10 grams — could yield significant scientific insights. "We do not need large amounts to conduct meaningful analyses," she stated.
The collected sample will be sealed in a capsule and returned to Earth, with arrival anticipated in 2031. The recovery site is expected to be the Woomera Desert in South Australia.
This mission comes amid growing international interest in Martian sample return. NASA's Perseverance rover has been collecting Martian rock samples since 2021, but its associated Mars Sample Return program has faced development delays and funding uncertainties. China also plans a separate Mars sampling mission, targeting a 2028 launch with return by 2031.
Martian meteorites, fragments of the planet that have naturally reached Earth, offer limited insight due to contamination upon arrival. In contrast, a directly collected sample from Phobos could provide a pristine record of early Solar System processes.
The MMX mission represents a significant step in planetary science, with the potential to clarify the formation history of Mars' moons and contribute to broader understanding of planetary system evolution.
The average rate on a new 30-year mortgage in the United States this week stands at 7.4 percent, a level that has discouraged many prospective buyers.
By · 3d ago · Source: washingtonpost
The average rate on a new 30-year mortgage in the United States this week stands at 7.4 percent, a level that has discouraged many prospective buyers. This figure contrasts sharply with the low rates that dominated the market in recent years, when averages frequently fell below 5 percent and reached as low as 2 percent in 2020 and 2021.
Historically, mortgage rates above 7 percent were commonplace from the 1970s through the 1990s. Between mid-1971 and 2001, rates dipped below 7 percent only 5 percent of the time, and never fell beneath 6.45 percent for an extended period. From 2003 onward, rates remained under 7 percent for two decades, averaging 4.68 percent.
Despite the numerical similarity to past high-rate periods, today’s market differs in key ways. Median home prices now exceed income levels to a far greater extent than in previous eras. In 1990, median home values in most major markets were priced at three times or less the median household income. Today, that condition holds in only three of the 100 largest markets, according to research from Harvard’s Joint Center for Housing Studies.
Lawrence Yun, chief economist at the National Association of Realtors, noted that some observers overlook these distinctions when comparing current conditions to earlier decades. "People purchased homes in the past under similar rate environments, but the context has changed," he said. Data from the association shows that median-income families in the early 1980s often devoted more than 30 percent of their income to mortgage payments, a burden that eased during periods of lower rates but resurfaced as borrowing costs rose.
In 2023, with rates above 6 percent, the same families again faced payments equal to more than 30 percent of their income — a threshold not seen since 1985. Qualification standards have also shifted; median-income households in the late 1980s gradually regained the ability to afford typical home payments, reaching a peak of 175 percent of required income in 2009–2010. The recent return of high rates has reversed that progress, with fewer households meeting lending criteria in 2022.
Real estate professionals have referenced historical rate cycles to reassure clients, noting that 7 percent mortgages are not unprecedented. However, three consecutive decades of elevated rates contrast with the brief ultralow period that preceded them, creating distinct psychological and economic pressures. Buyers today often compare their rates to those of neighbors with 3 percent financing, a comparison that did not exist in earlier high-rate eras.
The combination of higher price-to-income ratios, limited housing inventory, and persistent rate volatility continues to shape market dynamics. Builders remain cautious, and homeowners are less inclined to sell, contributing to a constrained supply of homes for sale. These factors collectively influence the current housing landscape, where affordability challenges persist despite rates returning to levels observed in prior generations.
Japan is set to launch a spacecraft on Tuesday on a new H3 rocket to begin the world’s first mission aimed at retrieving material from Phobos, one of Mars’s two small moons.
The Martian Moons eXploration (MMX) mission, managed by the Japan Aerospace Exploration Agency (Jaxa), will carry a spacecraft composed of three modules — propulsion, exploration and return. Only the return module is designed to bring collected samples back to Earth, with a target arrival home in 2031.
Scientists expect the five‑year endeavor to yield insights into how Phobos and its companion Deimos formed and to contribute data relevant to the broader origins of life in the solar system. Kiyoshi Kuramoto, the mission’s principal investigator, said analyses of soil from Phobos could allow researchers to draw firm conclusions about the moon’s composition.
Yasuhiro Kawakatsu, project manager for MMX, noted that while Martian moons have long been regarded as among the most significant unexplored bodies in the solar system, they have seen limited study despite numerous Mars orbiters and landers since the 1960s. Previous Russian attempts to land on Phobos, including a 2011 mission, have ended in failure.
The mission is international in scope. Jaxa will receive equipment and communications support from NASA and other space agencies. The spacecraft will carry 13 instruments, including a rover jointly developed by France and Germany, a NASA sampling device that uses pressurised gas to capture dust, and a European Space Agency deep‑space communication system. A Japanese radiation monitor will also gather data intended to aid future crewed Mars exploration.
Phobos, roughly 27 km (17 mi) across at its widest point, orbits Mars at an altitude of about 6,000 km (3,700 mi), completing a circuit three times each Martian day. Its low gravity — approximately one two‑thousandths that of Earth — presents a challenging landing environment. To mitigate bounce‑back at touchdown, the exploration module is equipped with four‑legged landing gear incorporating shock‑absorption features.
The rover, named Idefix, is scheduled to touch down on Phobos around 2029 after a period of orbital cruising. Over a planned 100‑day surface mission, Idefix will survey the terrain to identify a relatively smooth, level site for subsequent sampling operations. Jaxa intends to collect at least 10 g (0.35 oz) of soil through two sampling attempts — one using the NASA device and another employing Jaxa’s coring technique, which targets material from a depth of about 2 cm (0.8 in).
Samples from multiple locations are expected to increase the likelihood of detecting any potential traces of past microbial life that may have originated on Mars. The collected material will be sealed in a heat‑protected capsule designed to survive atmospheric reentry. After the return module lands in Australia, it will be transported to Japan for detailed scientific analysis.
The mission’s timeline projects an arrival at the Mars region in August 2027, followed by three years of proximity operations around Phobos before the return trajectory is initiated. The launch will mark the first use of the H3 rocket for an interplanetary payload, representing a milestone in Japan’s independent deep‑space capabilities.
A newly disclosed flaw in the Linux Kernel-based Virtual Machine (KVM) has been assigned a critical severity rating and could allow a virtual machine to break out of its isolated environment and interact with the underlying host system. The vulnerability, tracked as CVE-2026-99999 and dubbed PwnEscape by its discoverer, exploits how the kernel processes checksum metadata in network packets.
Researcher Paulos Yibelo identified the issue in early October and demonstrated that a guest virtual machine could trigger host-level code execution or memory disclosure by sending specially crafted IPv4 packets. The flaw enables a guest to manipulate packet metadata after the kernel has already validated the packet, potentially rewriting security-critical fields in the network header.
The vulnerability arises from how Linux handles checksum offloading, an optimization that allows the network stack to delegate checksum calculations to hardware. When guest-controlled metadata influences where and how checksum operations are applied, it can bypass trust boundaries established by the hypervisor. This undermines the assumption that guest workloads cannot affect host memory or security domains.
Michael S. Tsirkin of Red Hat described the issue in a patch submission to the Linux kernel mailing list, noting that malformed metadata could corrupt network headers and lead to unintended behavior. Security analysis from firm SOC Prime confirmed that repeated exploitation could allow attackers to gather sensitive information from isolated virtual machines, violating the guest-host isolation model.
The potential impact includes arbitrary code execution on the host, denial of service through system crashes, or disclosure of private memory contents. Yibelo emphasized that this represents a previously unobserved attack vector in Linux networking, where trusted components rely on packet metadata that may be altered after initial validation.
While KVM is widely used across public and private cloud infrastructures, major cloud providers have assessed their exposure. AWS stated its Elastic Compute Cloud is unaffected, and Google Cloud indicated its infrastructure is likely secure. However, the upstream fix has been integrated into the Linux kernel and is being rolled out through distributions such as Debian, RHEL, and Ubuntu.
Edera, a vendor specializing in secure container runtimes based on the Xen hypervisor, highlighted the broader implications, noting that KVM's large codebase—over 40 million lines—represents a significant attack surface. The company previously identified seven KVM-related escape bugs this year, including Januscape.
The incident underscores growing concerns about the security of virtualization layers as cloud adoption expands, particularly in environments leveraging AI workloads that may accelerate exploit development. Patches are now propagating through the open-source ecosystem, with the goal of preventing exploitation before widespread attacks emerge.
Anthropic has granted external AI safety evaluators access comparable to that of its own employees, marking a significant step in third-party oversight of frontier model development. The company onboarded six members of the Machine Learning Evaluation and Research (METR) group, providing them with company hardware, office space, and access to internal tools and systems similar to those used by its risk assessment teams. METR, a nonprofit research organization focused on AI safety, conducted prior investigations into security vulnerabilities in AI systems, including analyzing logs and hardware from a recent Hugging Face breach involving rogue OpenAI models. Anthropic emphasized that the evaluators will publish their findings without company veto power, though it retains the ability to request redactions for sensitive information such as customer data, attorney-client privileged material, or proprietary model architecture details. The arrangement does not involve financial compensation to METR, which operates independently through funding from philanthropic organizations, government entities like the UK’s AI Security Institute, and individual donors. Anthropic is also collaborating with Accenture on safety testing initiatives, with both parties committing at least $1 billion to develop new safeguards. Another external evaluator, SecureBio, is reviewing potential chemical and biological weapon risks associated with AI systems. The company stated its belief that all leading AI developers should adopt similar practices of embedding independent evaluators into their workflows. METR affirmed its readiness to partner with other frontier AI companies to strengthen public accountability and transparency in AI development.
Wikipedia's journey from a radical experiment to a cornerstone of online knowledge reveals both its resilience and emerging vulnerabilities. The platform, founded by Jimmy Wales and Larry Sanger in 2001, has grown from a modest project into a global resource with 68 million articles across 300 languages, serving 1.9 trillion page views between 2015 and 2025 according to Pew Research. Its English edition alone contains 5.2 billion words, making it one of the most visited websites in history.
The tension between widespread reliance and persistent skepticism defines Wikipedia's public perception. While users access it constantly, the platform's reputation remains anchored in early criticisms about its open-editing model. This paradox persists despite its integration into daily life, with donations often directed toward unspecified "factcheckers" despite the absence of dedicated paid verification staff.
Wikipedia's origins reflect a philosophical foundation rather than purely technical ambition. Co-founder Jimmy Wales recruited philosopher Larry Sanger, a departure from typical tech industry hiring practices. Ward Cunningham's earlier work on the wiki concept, influenced by ideas like constructivism and Zen aesthetics, shaped Wikipedia's culture of incremental improvement and acceptance of imperfection. This philosophical underpinning fostered a community that valued collaborative knowledge-building over technical perfection.
The human dimension of Wikipedia's development reveals overlooked contributors. Early female editor Gaytha Langlois focused on Rhode Island and standard poodles, while Ruth Ifcher, a grammar specialist with a PhD, created the first biographical entry for a woman on the platform while managing severe agoraphobia. The platform's editor community, often stereotyped as insular, includes figures like Sandi Toksvig, who advocates for gender balance through initiatives such as Mappa Mundi, an alternative encyclopedia aiming to complement Wikipedia's efforts.
Neurodiversity plays a central role in Wikipedia's ecosystem. Former Wikimedia Foundation leadership has described the project as a "city built by Asperger's," reflecting the significant contributions of neurodivergent editors. This has led to phenomena like "fancruft" - excessive content creation by specialists, such as road enthusiasts whose detailed entries were deleted, prompting the creation of separate road-focused wikis. These dynamics underscore ongoing debates about inclusion versus deletion that shape Wikipedia's evolving content policies.
Artificial intelligence now presents a critical challenge. As AI-generated content floods the web, Wikipedia faces potential traffic declines from search engines that increasingly prioritize AI summaries over direct links to source material. This threatens the symbiotic relationship between Wikipedia and the broader web ecosystem it helped sustain. While Wales and Sanger remain cautiously optimistic about Wikipedia's survival, the platform's future depends on navigating this technological shift while preserving its core collaborative ethos.
Ryan Dahl, the creator of Node.js, announced his move to Cloudflare after the company acquired his startup Deno. Cloudflare plans to maintain Deno for one year before discontinuing its development, a decision Dahl supports. He stated that choosing Node.js for server development is fundamentally flawed, emphasizing that modern server architectures should leverage lightweight, distributed runtimes rather than traditional virtual machine layers.
Dahl's original Node.js framework, launched in 2009, revolutionized server-side JavaScript by enabling concurrent request handling with minimal memory usage. It powers approximately 30 million websites globally and has seen over 130 million downloads. Deno, introduced in 2018 as a modernized alternative with features like built-in fetch and native TypeScript support, struggled to gain traction despite $21 million in venture funding and 400,000 monthly users. Dahl acknowledged that Deno's evolution increasingly required compatibility with Node.js, undermining its distinct identity.
At Cloudflare, Dahl and 12 Deno team members will focus on enhancing the Workers platform, which uses V8 isolates for serverless computing. He highlighted the potential of Durable Objects—stateful, distributed micro-services with unique identifiers and embedded storage—as a more efficient alternative to conventional server runtimes. Cloudflare's open-source workerd project, though limited in scope, aligned with Dahl's vision for a standalone runtime.
Dahl recently open-sourced celld, an implementation of Durable Objects designed to operate beyond Cloudflare's infrastructure. The project aims to merge with workerd to create a lightweight, self-hosted JavaScript/WebAssembly runtime requiring just 300 KB of memory per instance. This could significantly reduce resource demands for cloud providers serving high-scale applications. However, the space for independent runtimes remains constrained by the decline of Deno and Anthropic's acquisition of Bun.
Dahl's departure from Deno does not signify abandonment of open-source innovation. He plans to continue developing celld and explore new avenues for distributed computing, while Cloudflare will maintain Deno's codebase for a transitional period. The shift underscores a broader industry move toward specialized, efficient serverless platforms over generalized runtime environments.
During the Second World War, Winston Churchill and Franklin D. Roosevelt exchanged sensitive messages through a pioneering secure telephone system known as SIGSALY. Developed by Bell Telephone Laboratories in 1940 under a project initially called 'Project X', the system digitised voice signals and combined them with random noise to prevent interception. This innovation required precise synchronisation: operators at both ends played identical 12-minute phonograph records simultaneously, after which the discs were destroyed. Each terminal cost $1 million in 1943 dollars and weighed over 50 tonnes, making it a logistical feat. The first installation was housed in the Pentagon, with a dedicated extension to the White House. A second terminal was concealed in the sub-basement of Selfridges department store in London, linking directly to Downing Street and the Cabinet War Rooms. This hidden room, disguised as a toilet, allowed Churchill private conversations with Roosevelt and later with President Harry S. Truman after Roosevelt's death in April 1945. SIGSALY facilitated at least 3,000 encrypted transatlantic calls throughout the war, used by Allied planners and political leaders alike. Though supplemented by coded telegrams, the system symbolised the depth of Anglo-American cooperation, or the 'Special Relationship'. Its existence underscored the willingness of the United States to invest heavily in joint technological infrastructure despite the risks of wartime exposure. The partnership not only enabled secure communication but also strengthened personal ties between Churchill and Roosevelt, who, despite occasional disagreements, found common ground through this unprecedented channel. Churchill used the system to convey condolences to Truman and to discuss postwar arrangements, including the transition following the war in Europe. SIGSALY remained classified for decades, its role in shaping diplomatic and military coordination only fully recognised in later historical analyses. Today, the Cabinet War Rooms preserve the legacy of this secret technology, offering insight into the hidden mechanisms that supported one of history's most consequential alliances.
This edition was assembled from neutral, full-length rewritten articles of the day's aggregated news.
Why it matters: Every article was reviewed for loaded language, partisan framing, and missing attribution before publication.
New York
22°C
Partly Cloudy
London
16°C
Mostly Cloudy
Tokyo
24°C
Sunny