The sentence is the latest in the “Cartel of the Toga” judicial corruption scandal that has rocked the Colombian justice system over the past several years.

José Leonidas Bustos Martínez, a former Justice of the Sala Penal of the Corte Suprema de Justicia, was sentenced to 10 years and three months in prison for his role in the so-called “Cartel de la Toga,” a corruption network made up of judicial officials who received payments in exchange for influencing court decisions in favor of political leaders.

The Sala Especial de Primera Instancia issued ruling SEP 013 on February 20, 2026, finding Bustos Martínez guilty of criminal conspiracy. In addition to the prison sentence, the Court barred him from holding public office for the same period and imposed a fine of approximately $36,200 USD.

José Leonidas Bustos Martinez was a leader of the “Cartel of the Toga” that sold justice to the highest bribe.

The former justice, who twice served as President of the Supreme Court, was acquitted of a separate charge of abuse of public office related to influence peddling.

The ruling states that no alternative sentencing measures, such as suspended sentence or house arrest, will be granted, meaning Bustos Martínez must serve his sentence in a Colombian correctional facility to be designated by the Instituto Nacional Penitenciario y Carcelario (INPEC).

The Court also ordered the issuance of an arrest warrant and requested an Interpol Red Notice, as Bustos Martínez has resided in Canada since 2019.

According to the Comisión de la Verdad de Colombia (Truth Commission), the so-called “Cartel de la Toga” was a corruption scheme operating since 2010 through which “Colombia’s justice system was infiltrated through the purchase of judicial rulings.” The Commission stated that “officials involved diverted investigations, delayed proceedings, misused privileged information, altered evidence and discredited witnesses in order to favor those who paid for judicial decisions that appeared lawful.”

Investigations lead by the Commission determined that the scheme sought to illegally interfere in cases against high-level political leaders in exchange for substantial sums of money, including obstructing arrest warrants and preventing pretrial detention measures.

Bustos Martinez’s conviction adds to more than 50 arrests and extraditions related to the case since 2017, including sentences against former judicial officials, former members of Congress, former mayors and former governors from various regions of Colombia.

Headline photo:In 2008 then President Álvaro Uribe swore in José Leonidas Bustos Martínez as magistrate of the Criminal Cassation (Appeals) Chamber of the Supreme Court of Justice, during a ceremony held Tuesday, April 1st, in the Gobelinos Hall of the presidential palace (photo: Presidential Archives of Colombia)

Apple is reportedly evaluating a tougher display film technology for its first foldable iPhone as it tests materials that could differentiate the durability and feel of the screen from rival devices.


According to a new supply chain report from The Elec, Apple is evaluating transparent polyimide film as a protective layer that would sit on top of the ultra-thin glass used in the foldable display. The report says the company is currently testing two options for this outer film: polyethylene terephthalate (PET) and clear polyimide (CPI).

Most of today's foldable displays use ultra-thin glass to improve clarity and rigidity, but the glass still requires a flexible polymer film on top to prevent scratches and damage. This is the layer that users actually touch, making it a key factor in overall durability and feel.

Samsung currently uses PET film as the protective layer on top of the ultra-thin glass in its Galaxy Z Fold and Galaxy Z Flip devices. The Elec says Apple's evaluation of CPI is rooted in a wish to differentiate its approach. CPI is more expensive than PET, but has better surface hardness and scratch resistance.

Kolon Industry has apparently emerged as a potential supplier of the material. The company previously built a mass production line for CPI film after anticipating strong demand from upcoming foldable devices. China-based Lens Technology is expected to supply the ultra-thin glass for the foldable ‌iPhone‌ and will handle bonding the final protective film to the glass.

The final decision on the protective film is expected to be made soon as Apple continues testing remaining components of the first foldable ‌‌iPhone‌‌. Other rumors suggest that the device will feature a 7.8-inch crease-free inner display, a 5.5-inch cover display, ‌Touch ID‌, two rear cameras, the A20 chip, and the "C2" modem. It is expected to launch alongside the iPhone 18 Pro and ‌‌iPhone 18‌‌ Pro Max later this year.
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Apple's first MacBook Pro models with OLED displays will launch in the fourth quarter of 2026, according to Korea's The Elec.


Samsung Display will reportedly begin mass production of eighth-generation OLED displays for the device in May. Samsung is planing to ship two million of these displays to Apple by the end of the year. The panel will be sent to Foxconn from the third quarter of 2026 for assembly into the final machines.

Some components for the device are said to still be in development, since Apple has been changing the design of some parts to reduce manufacturing costs. China's BOE is also hoping to supply Apple with OLED displays for the ‌MacBook Pro‌, but only unit with Samsung displays will be available this'd s year.

The fourth quarter of 2026 runs from October to December. The OLED ‌MacBook Pro‌ is expected to feature 14- and 16-inch display size options, M6-series chips, and the first complete redesign of the device since 2021.
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Apple is working on a 24-inch iMac featuring an OLED display, with the aim of completing development as early as 2027, claims a new report out of Korea.


According to The Elec, Apple has sent requests for information to Samsung Display and LG Display regarding development of a 24-inch OLED panel for the iMac. Current 24-inch iMacs use a 4.5K Retina display, which is an LCD panel with LED backlighting.

The specs apparently being discussed include 600 nits of brightness and a pixel density of 218 PPI. If accurate, that would match the current 24-inch iMac's resolution but deliver a 20% brightness boost over the existing 4.5K Retina display's 500-nit maximum, making it equivalent to the brightness of Apple's Studio Display – though that also uses an inferior LCD panel.

OLED display technology benefits from several other advantages beyond brighter screens, such as deeper blacks with higher contrast, improved power efficiency, and other enhancements.

This is the first report we've seen suggesting Apple plans to bring OLED technology to its all-in-one desktop lineup. The company has already committed to OLED displays for future MacBook Pro models, with 14-inch and 16-inch versions expected to enter production next year using Samsung Display's 8th-generation IT OLED manufacturing line. OLED versions of its MacBook Air models are expected to follow.

For the iMac display, both Samsung and LG Display are expected to propose their respective large-format OLED technologies rather than the RGB OLED method Apple traditionally prefers. Samsung would likely pitch its quantum dot (QD-OLED) panels, while LG Display would offer its white (W-OLED) solution. QD-OLED produces color by passing blue light through a QD color conversion layer, while W-OLED produces color by passing white light through RGBW color filters. Both manufacturers are reportedly developing 5-stack configurations that add an extra green layer to improve brightness compared to current 4-stack designs.

The report suggests Apple prefers RGB OLED, where light and color generate at the subpixel level, but this technology apparently hasn't yet scaled reliably to the 20-30 inch range needed for desktop displays. Both panel makers are said to be exploring RGB OLED as a longer-term option.

Apple aims to complete iMac OLED panel development by 2027 or 2028, but the finished product could launch after that timeline. A recent but separate report has claimed Apple is developing a high-end iMac featuring the M5 Max chip, but there is currently no indication that OLED is destined for this rumored model. Apple could refresh the 24-inch iMac with an updated M5 chip at some point next year.
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The iPhone 18 is already driving major shifts deep in the semiconductor supply chain, as Samsung Electronics expands production of image sensors, prompting one of its key testing partners to invest over $120 million in new equipment, The Elec reports.


Doosan Tesna, a South Korean post-process semiconductor testing company, this week announced that it will spend $123 million on test systems from Japan's Advantest, Samsung subsidiary Semes, and Japan Interaction. The investment is equal to 21.77% of the company's total assets, and will be completed in stages between 2026 and March 2027.

The purchase is believed to be directly related to Samsung's new image sensor production line in Austin, Texas, which is expected to supply components for the ‌iPhone 18‌ in 2027. Samsung's return to Apple's camera image sensor supply chain marks its first in roughly a decade and could alter the long-standing dominance of Sony, which has provided nearly all iPhone sensors to date. Apple reportedly sought to diversify suppliers after delays in Sony's deliveries between 2023 and 2024.

Doosan Tesna specializes in electrical testing of wafers after fabrication, a process that identifies defective chips before packaging and improves manufacturing yield. More than 90% of its revenue comes from Samsung's Foundry and System LSI divisions.

Doosan Tesna's decision to diversify away from Teradyne equipment toward Advantest is also notable. Advantest systems are widely used for high-performance chips such as GPUs, memory, and AI processors, suggesting Samsung's new sensors for Apple may demand more advanced verification processes.

Samsung's production line in Austin is a key element in Apple's effort to reduce reliance on Japanese suppliers and to expand production within the United States. If Samsung's sensors meet Apple's performance and reliability standards, the move could make it the company's second major image sensor supplier.

Doosan Tesna's major financial commitment represents over one-fifth of its total assets, reflecting how preparations for Apple's future iPhones are already reshaping global semiconductor investment over a year before production begins.
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