Author: admin

  • Please do touch: sculpture exhibition curated by blind people to feature tactile works | Art and design

    Please do touch: sculpture exhibition curated by blind people to feature tactile works | Art and design

    Tactile artwork should be commonplace in UK galleries to make sure art is accessible to blind people, while more needs to be done to counter “ocularcentric bias”, according to the creative team behind a significant new exhibition.

    In November, the Henry Moore Institute in Leeds will host Beyond the Visual, the first sculpture exhibition curated by and created with the input of blind and partially sighted artists.

    Featuring a mix of new and older works, the curators in charge of the show hope it can encourage leaders in the world of visual arts to make their galleries and spaces accessible to blind visitors and artists by ensuring suitable works can be touched.

    “One of our aims of the project is it brings about institutional change,” said Beyond the Visual co-curator Prof Ken Wilder. “We want to challenge that ocularcentric bias that’s just really embedded within the art world, which means for most sculpture exhibitions, you can’t touch the works.”

    Lenka Clayton’s Sculpture for the Blind, by the Blind 2017. Photograph: Carlos Avendaño/Courtesy the artist and Catharine Clark Gallery, SF Photo Carlos Avendano

    The exhibition is the culmination of a three-year research programme, which has already resulted in changes at the Henry Moore Institute.

    “We ask now for tactile objects,” says Dr Clare O’Dowd, research curator at the institute. “If we are working with a living artist, we’ll ask them for objects or materials that we can use on ‘touch tours’ … maybe a maquette or some material that the artists use, so that you can get more of a sense of the object itself.”

    Dr Aaron McPeake, a blind artist who co-curated the show and an associate lecturer at Chelsea College of Arts, said changes made by institutions to make them more accessible usually benefited everyone and were known as “blindness gains”.

    He said: “You get announcements on buses and trains signalling what the next station is. That was primarily instigated for blind people, but now everyone uses it so they can read their book and still know when the stops coming up. Those kind of accessible instruments are used by everyone, and they benefit everyone.”

    Lenka Clayton’s work Sculpture for the Blind, by the Blind 2017, is featured in the show. “She worked with 17 blind artists to make variations of Constantin Brâncuși’s Sculpture for the Blind, which ironically, is behind glass in the Philadelphia Museum of Art and can’t be touched,” said Wilder.

    People holding Lenka Clayton’s, Sculpture for the Blind artworks. Photograph: Courtesy the artist and Catharine Clark Gallery, SF. Photos Lonnie Graham

    Other work includes Emilie Louise Gossiaux’s Doggirl 2025, “an anthropomorphised ceramic sculpture” based on the artist’s guide dog; Jennifer Justice’s “highly tactile hanging installation” Bucket of Rain 2017; and Collin van Uchelen’s Project Fire Flower, which features a series of illuminated tactile panels.

    There have been other landmark exhibitions that tackled the subject of blindness or tried to engage blind audiences: the Tate’s Sculpture for the Blind in 1981 and the 1987 exhibition Revelation for the Hands at Leeds City Art Gallery, where visitors were invited to touch the 20 works on show.

    More recently, In Plain Sight at the Wellcome Collection and Layers of Vision at King’s College London also explored arts relationship with vision.

    In the early 20th century there was the advent of “touch” exhibitions where blind people could interact with items, at institutions, including Newcastle Upon Tyne’s school for the blind.

    Those exhibitions were educational and also therapeutic. McPeake said those tags had remained attached to blind art. “Often artwork for the blind, or by the blind, is considered as a therapeutic thing. But in fact, there’s a lot more going on there,” he said.

    Henry Moore’s work featured in Revelation for the Hands at Leeds City Art Gallery, and his work Mother and Child: Arch 1959 is also in Beyond the Visual.

    O’Dowd said that for Moore, tactility was a key part of his practice. “He always championed touch as a really critically important way of engaging, not just with sculptures in their final form, but engaging with the objects that he’s using to inspire him,” she said.

    “Everything that was in these workshops: wood, bits of stone, fossils, or bones, all kinds of things, the tactile aspect of those was really critical to his work.”

    Continue Reading

  • FBR reforms: PM calls for launching digital invoicing system in Urdu – Pakistan

    FBR reforms: PM calls for launching digital invoicing system in Urdu – Pakistan

    Prime Minister Shehbaz Sharif said on Monday that the digital invoicing system must be launched in Urdu to ensure inclusivity and accessibility.

    A weekly review meeting on FBR’s digitization, implementation of an AI-based system, and other reforms was held today in Islamabad under the chairmanship of PM Shehbaz, said a press release by the Prime Minister’s Office (PMO).

    The meeting was briefed on progress regarding digital invoicing, e-Bilty (electronic freight documentation), simplification of tax returns, AI-based assessment system, establishment of a central Command and Control Center, and cargo tracking system.

    PM Shehbaz orders crackdown on tax evasion, under-invoicing

    The PM welcomed the introduction of simplified tax return forms in Urdu and directed the establishment of a helpline to assist citizens in filing their returns.

    “Tax reforms must focus on easing the burden for the common man,” the PMO quoted the prime minister as saying.

    The PM also called for third-party validation of all FBR reforms to ensure full transparency.

    Officials briefed the meeting that the new digital tax returns, connected to a central database, were made simpler and more accessible.

    The salaried class stands to benefit the most, with the new return forms going live from July 15 for salaried individuals, and from July 30 for other taxpayers, the meeting was informed. Urdu-language returns for salaried taxpayers will also be available by the end of the month.

    The premier ordered a nationwide awareness campaign to educate citizens on how to use the new system.

    Continue Reading

  • New CO2-to-Methanol Method Boosts Green Energy

    New CO2-to-Methanol Method Boosts Green Energy

    A research team, affiliated with UNIST has made a significant breakthrough in sustainable technology with the development of a method to convert carbon dioxide (CO₂) into methanol, a process that could play a crucial role in reducing greenhouse gas emissions and producing eco-friendly fuels.

    A team led by Professor Jungki Ryu from the School of Energy and Chemical Engineering at UNIST, in collaboration with Professors Jongsoon Kim of Sungkyunkwan University (SKKU) and Aloysius Son of Yonsei University, announced on the 26th the successful development of a copper-based catalyst capable of transforming CO₂ into high-purity methanol.

    Methanol is a versatile chemical used as a fundamental raw material in the production of plastics and synthetic fibers. Its liquid state facilitates easy storage and transportation, making it increasingly attractive as a hydrogen carrier and fuel cell fuel. Producing methanol directly from CO₂ not only helps reduce carbon emissions but also offers a sustainable route for resource utilization. However, traditional conversion processes often result in mixtures containing undesired byproducts like hydrogen and methane, requiring complex purification steps.

    The innovative copper catalyst developed by the research team selectively produces methanol with remarkable efficiency. It achieved a maximum selectivity of up to 70%, among the highest reported for copper-based catalysts, rivaling the performance of costly precious metal catalysts. Typical copper catalysts exhibit selectivities of only 10-30%.

    This catalyst features a unique, tightly integrated structure where nanoscale copper(I) pyrophosphate (Cu₂P₂O₇) particles are seamlessly combined with pure copper metal, resembling a puzzle fit. This configuration suppresses competing reactions that produce hydrogen, enabling highly selective methanol synthesis.

    Remarkably, the team fabricated this complex structure using an innovative approach inspired by lithium-ion battery discharge principles. By passing an electric current through the electrode during battery-like discharge, some copper pyrophosphate is reduced to metallic copper, causing the two materials to naturally form a composite within a single particle. Post-reaction, residual materials can be easily washed away with water, simplifying the process.

    Additionally, the study uncovered an alternative reaction pathway for methanol synthesis that departs from conventional mechanisms. Instead of proceeding through carbon monoxide (CO), the catalyst first produces formic acid (HCOOH), which is then converted into methanol-offering new insights that could inform future catalyst development and deepen our understanding of methanol synthesis pathways.

    Professor Ryu emphasized, “Methanol is a critical industrial raw material and energy source consumed worldwide in the millions of tons annually. This cost-effective catalyst, made from inexpensive copper, demonstrates high selectivity and current density, bringing us closer to industrial-scale ‘carbon resource conversion’-directly transforming CO₂ into valuable resources.”

    He added, “Utilizing principles from battery technology to fabricate the catalyst highlights its potential for practical, large-scale applications. We plan to expand this technology by scaling up electrode areas and integrating systems for commercial deployment.”

    This research involved contributions from UNIST School of Energy and Chemical Engineering, including Dr. Hyunwoo Kim and Suhwan Park, as well as Jihoe Lee from SKKU and Sangseob Lee from Yonsei University.

    Recognized for its excellence and potential impact, the study was published online on May 20 in the prestigious scientific journal Advanced Materials, supported by the National Research Foundation of Korea (NRF) and the Ministry of Science and ICT (MSIT).

    /Public Release. This material from the originating organization/author(s) might be of the point-in-time nature, and edited for clarity, style and length. Mirage.News does not take institutional positions or sides, and all views, positions, and conclusions expressed herein are solely those of the author(s).View in full here.

    Continue Reading

  • Foreign Ministry Spokesperson Lin Jian’s Regular Press Conference on July 14, 2025_Ministry of Foreign Affairs of the People’s Republic of China

    CCTV: Over the weekend, China announced that it will host the Meeting of the SCO Foreign Ministers Council. Could you share with us the program and China’s expectation of the meeting? 

    Lin Jian: As the rotating president of the Shanghai Cooperation Organization (SCO) for 2024-2025, China will host the SCO summit in Tianjin later this fall. The upcoming Meeting of the SCO Foreign Ministers Council will make political preparation for the Tianjin summit, and be chaired by Foreign Minister Wang Yi. Foreign ministers of SCO member states will exchange views on SCO cooperation in various areas and major international and regional issues, and resolutions and documents will be signed at the meeting.

    Through the upcoming meeting, China will work with all parties to act on the slogan of China’s SCO presidency “Upholding the Shanghai Spirit: SCO on the Move,” as well as President Xi Jinping’s important proposal of building a common home of the SCO featuring solidarity and mutual trust, peace and tranquility, prosperity and development, good-neighborliness and friendship, and fairness and justice. China will work with all parties to pool more consensus and adopt more measures for cooperation, so as to make the Tianjin summit a great success and usher in a new stage of high-quality development for the SCO.

    PTI: Any briefing regarding the SCO foreign ministers’ conference? Any media briefing today or tomorrow?

    Lin Jian: For specific information on how the meeting will go, we will release information in due course and please stay tuned.

    Beijing Daily: In the early morning of July 14, Beijing time, Nigerian President Bola Tinubu released a statement through his special adviser, announcing the death of former President Muhammadu Buhari who passed away that day in London. What’s China’s comment?

    Lin Jian: Former President Muhammadu Buhari was a preeminent leader. He led his country and the people of Nigeria to great achievement in national development. President Buhari was a dear friend of the Chinese people, and made important contribution to China-Nigeria friendship, cooperation and overall bilateral ties. 

    We mourn for President Buhari’s passing and offer our deepest sympathies to the government and people of Nigeria and to his family.

    Continue Reading

  • How our universe was made. Part II

    How our universe was made. Part II

    Constantinos G. Vayenas, Dionysios Tsousis and Eftychia Martino discuss advancements in understanding particle physics through the development of the Rotating Lepton Model (RLM)

    The development of the Bohr model for the H atom (Fig. 1) has played a central role in reaching our current level of understanding of chemical synthesis.

    In recent years, the development of the Rotating Lepton Model (RLM) of hadrons and bosons (1-4) provided an equally effective approach for modeling the structure and accurately computing the masses of subatomic particles, such as hadrons and bosons, nuclei, and even cosmic rays. (4)

    The RLM bears an important similarity to the Bohr model of the H atom; it comprises one or more rotating leptons on a circular orbit, gravitationally attracting themselves, rather than electrostatically, as is the case with the Bohr model. In the case of the RLM, the rotating leptons are mostly neutrinos, which have extremely small (~1-5 eV/c2) rest masses. However, due to their lightness, these rotating neutrinos easily reach highly relativistic speeds, approaching the speed of light. Thus, according to Einstein’s Special Relativity, their relativistic and gravitational masses of γmo and γ3mo, respectively, increase dramatically and reach values of the order of 109 eV/c2 and 1028 eV/c2, respectively. This implies that the intraparticle gravitational forces reach the Strong Force value of ħc/r2, which is 1030 times stronger than the normal gravitational attraction at the same distance.

    Figure 2. Combining Special Relativity (5,6) and Quantum Mechanics in the RLM for computing the neutron mass. (1-3)

    The mechanism of hadronization (or baryogenesis)

    Careful examination of the decay products of several hundreds of composite particles, such as of hadrons (including baryons and bosons) (4, 7-8) has shown that the ultimate decay products of all composite particles are only the following five leptons: The electron (e-), the positron (e+) and the three neutrinos (ν1, ν2 and ν3), the masses of which were first measured by Kajita (9) and McDonald (10) in their pioneering work. These masses are of the order of 3 to 50 meV/c2, i.e., 12 orders of magnitude (a million million times) smaller than the masses of protons/ neutrons (109 eV/c2). A first question arising from these extremely demanding to measure and dramatically different mass values of neutrinos vs those of the basic constituents of atoms (i.e. protons, neutrons and electrons), is how the tiny masses of neutrinos are related to the huge (by neutrino standards) masses of our familiar electrons and protons which are typically 11 orders of magnitude bigger than those of neutrinos.

    "Figure

    Figure 4. Comparison of the RLM computed masses of composite particles with the experimental values. An agreement is preferable to a 2% rate without adjustable parameters. The three approximate mass expressions shown in the Figure provide the order of magnitude of hadron and boson masses. (4)
    Figure 4. Comparison of the RLM computed masses of composite particles with the experimental values. An agreement is preferable to a 2% rate without adjustable parameters. The three approximate mass expressions shown in the Figure provide the order of magnitude of hadron and boson masses. (4)

    The three basic equations of the RLM are given in Figure 2. They represent Newton’s gravitational Law, coupled with Einstein’s special relativity, and the de Broglie equation of quantum mechanics.

    In addition to these three scientific giants, there are two more exceptional scientists- philosophers who are worth mentioning, i.e. Plato with his famous phrase ‘Everything consists of triangles’ and his student Aristotle with his equally prophetic ‘The cyclic motion is the origin of everything,’ both exactly confirmed today by the RLM geometry.

    Figure 5. Rest masses of the Elementary Particles of the Standard Model (SM) and the three neutrino eigenstates. (3,9) The arrow shows how the Rotating Lepton Model (RLM) via Special Relativity increases the heaviest neutrino mass from the rest eigenstate mass value m3 (~45 meV/c2) to the relativistic mass value, γm3 ≈ 313 MeV/c2 of the s quark, which corresponds to one-third of the mass of the neutron formed. (4)
    Figure 5. Rest masses of the Elementary Particles of the Standard Model (SM) and the three neutrino eigenstates. (3,9) The arrow shows how the Rotating Lepton Model (RLM) via Special Relativity increases the heaviest neutrino mass from the rest eigenstate mass value m3 (~45 meV/c2) to the relativistic mass value, γm3 ≈ 313 MeV/c2 of the s quark, which corresponds to one-third of the mass of the neutron formed. (4)
    Figure 6. Gravitational catalysis of hadronization by positrons (or electrons). (a) A tiny neutrino at rest is attracted and accelerated by an ambient positron to relativistic (γ>>1) velocities. Its gravitational mass, γ3mo, thus increases dramatically (reaching the Planck mass), as it also starts rotating around the positron (b). Eventually, it joins two similar relativistic neutrinos forming a proton or a neutron; mν3 is the heaviest neutrino mass, and mn is the neutron mass.
    Figure 6. Gravitational catalysis of hadronization by positrons (or electrons). (a) A tiny neutrino at rest is attracted and accelerated by an ambient positron to relativistic (γ>>1) velocities. Its gravitational mass, γ3mo, thus increases dramatically (reaching the Planck mass), as it also starts rotating around the positron (b). Eventually, it joins two similar relativistic neutrinos forming a proton or a neutron; mν3 is the heaviest neutrino mass, and mn is the neutron mass.

    Gravitational catalysis

    A fundamental question since the conception of the RLM is how the neutrinos reach or have reached the highly relativistic speeds which, via Einstein’s special relativity (5) bring their masses from rest masses (~10-2 eV/c2) (4, 13) to the highly relativistic masses (~109 eV/c2) of those rotating in protons and neutrons. (4) The answer has been provided by some recent works (1-4) as shown in Figure 5. It results from an initial catalytic gravitational acceleration of neutrinos by positrons (and/or) electrons to highly relativistic velocities, followed by the steady-state gravitational attraction by the other co-rotating neutrinos (Fig. 6). This two-step gravitational catalysis concept appears to be quite effective. (4)

    The validity of the RLM is confirmed emphatically by a recent, important, and, until recently, unexplained CERN experiment, as shown in Figure 7, in which electrons and positrons are confined in a ‘vacuum’ chamber that unavoidably contains trillions of neutrinos. Thus, the Z boson peak in Figure 7 can be immediately understood by the fact that, as shown recently, (13) the Z boson is a rotating electron-positron-neutrino structure.

    Figure 7: Validation of the RLM via key CERN experiment.
    Figure 7: Validation of the RLM via key CERN experiment.
    Acknowledgments
    This research has been co-financed by the Foundation for Education and European Culture (IPEP) and by the A.G. Leventis Foundation.

    References

    1. C.G. Vayenas & S. Souentie, Gravity, special relativity and the strong force: A Bohr-Einstein-de-Broglie model for the formation of hadrons. Springer, New York (2012).
    2. C.G. Vayenas, S. Souentie, A. Fokas. A Bohr-type model of a composite particle using gravity as the attractive force, Physica A, 405, 360-379 (2014).
    3. C.G. Vayenas, D. Tsousis and D. Grigoriou, Computation of the masses, energies and internal pressures of hadrons, mesons and bosons via the Rotating Lepton Model, Physica A, 545 (2020) 123679.
    4. C.G. Vayenas, D.G. Tsousis, E.H. Martino, “Catalysis in Chemistry and Physics: The Roles of Leptons, Special Relativity and Quantum Mechanics”, Springer Nature, Switzerland AG, (2024). ISBN978-3-031-68121-9
    5. A. Einstein (1905) Zür Elektrodynamik bewegter Körper. Ann. der Physik., Bd. XVII, S. 17:891-921; English translation On the Electrodynamics of Moving Bodies (http://fourmilab.ch/etexts/einstein/specrel/www/) by G.B. Jeffery and W. Perrett (1923).
    6. A.P. French (1968) Special relativity. W.W. Norton and Co., New York.
    7. R.L. Workman et al. (Particle Data Group) (2022) The review of particle physics. Prog. Theor. Exp. Phys., 083C01 (2022).
    8. The Rotating Lepton Model: Electron and Positron Catalysis of Chemical and Nuclear synthesis, Open Access Government, October 2023
    9. Takaaki Kajita, Nobel Lecture (2016): Discovery of Atmospheric Neutrino Oscillations. Rep. Prog. Phys. 69, 1607 – 1635 (2006).
    10. A.B. McDonald, Nobel Lecture: The Sudbury Neutrino Observatory: Observation of flavor change for solar neutrinos. Rev. Mod. Phys. 88, 030502 (1-9) (2016).
    11. D.Griffiths, Introduction to Elementary Particles, 2nd edn. (Wiley-VCH Verlag GmbH & Co. KgaA, Weinheim, 2008).
    12. Precision electroweak measurements on the Z resonance, Physics Reports, 427, (5–6), 257-454, 2006, https://doi.org/10.1016/j.physrep.2005.12.006.
    13. A.S. Fokas, C.G. Vayenas. On the structure, mass and thermodynamics of the Zo bosons. Physica A, 464, 231-240 (2016).

    Continue Reading

  • Mini tops morning timesheets at Berlin Rookie Test

    Mini tops morning timesheets at Berlin Rookie Test

    The Italian spent most of the three hours as the benchmark time of 57.643s midway through the morning’s running – quicker than we saw at the weekend with conditions now dry, warm and sunny at Tempelhof.

    Kush Maini – the first Indian FIA Formula 2 race winner – wound up second. The Mahindra racer set the pace at the Jeddah Rookie Free Practice session earlier this season and continues to impress in Formula E machinery – he clearly feels at home in the GEN3 Evo.

    American Jack Crawford – also an F2 race winner – makes a rookie return for Andretti again in Berlin and he followed in third, setting his fastest lap right at the end of the session.

    2023 F2 champion Theo Pourchaire turns out again for Maserati MSG Racing and managed the fourth quickest time of the morning – the same spot he came around in back in Jeddah’s rookie running.

    Swedish Bosnian Dino Beganovic came home fifth in the Mahindra with Arthur Leclerc – brother of Ferrari’s Charles – sixth on his first appearance in a Formula E car since he tested back at Marrakesh with Venturi in the GEN2 era – all the way back in 2019.

    Elia Weiss became the youngest ever driver to drive a Formula E car in an official session on his first outing with Porsche. The German tallied 46 laps and plenty of kilometres under his belt on the way to 21st position.

    Abbi Pulling topped Formula E’s groundbreaking Women’s Test back in Madrid last year, and the Nissan development driver made a return to the cockpit here. The Brit and compatriots Jamie Chadwick and Ella Lloyd finished the morning’s running 17th, 18th and 20th and with more than 150 laps between them – busy development programmes.

    Just a couple of second split the field from Mini in first and Leonardo Fornaroli in 22nd. Plenty of learnings and data to take into the afternoon’s session.

    Find out more

    CALENDAR: Sync the dates and don’t miss a lap of Season 11

    WATCH: Find out where to watch every Formula E race via stream or on TV in your country

    TICKETS: Secure your grandstand seats and buy Formula E race tickets

    SCHEDULE: Here’s every race of the 2024/25 Formula E season

    HIGHLIGHTS: Catch up with every race from all 10 seasons of Formula E IN FULL

    PREDICTOR: Get involved, predict race results and win exclusive prizes

    HOSPITALITY: Experience Formula E and world class motorsport as a VIP

    FOLLOW: Download the Formula E App on iOS or Android

     

    Continue Reading

  • IKEA’s new Bluetooth speaker looks Nattbad, Nattbad at all

    IKEA’s new Bluetooth speaker looks Nattbad, Nattbad at all

    IKEA may have shelved its Sonos partnership recently, but it’s wasted no time in launching more wireless speakers of its own. Its latest is called Nattbad, and boasts a retro radio design and Spotify Tap integration. Nattbad at all.

    It’s a small device – just over 7 inches tall – that comes in three colours: yellow, black and pink.

    Continue Reading

  • ECP reserves verdict in KP reserved seats case

    ECP reserves verdict in KP reserved seats case

    Listen to article

    The Election Commission of Pakistan (ECP) reserved a verdict on Monday in a case about the allocation of reserved seats in the Khyber-Pakhtunkhwa Assembly after hearing arguments from all the parties involved.

    A five-member bench of the ECP, headed by Chief Election Commissioner Sikandar Sultan Raja, conducted the hearing. The case involved five political parties, focusing on the distribution of reserved seats following the elections in the province.

    Representatives from the Pakistan Muslim League-Nawaz (PML-N), Jamiat Ulema-e-Islam (JUI-F), Pakistan Peoples Party Parliamentarian (PPPP), Awami National Party (ANP) and Pakistan Tehreek-e-Insaf Parliamentarians (PTI-P) presented their arguments. Key points raised included the criteria for seat allocation, the notification dates and the deadline for candidates to join political parties.

    JUI-F lawyer Kamran Murtaza argued that the notification for all reserved seats nationwide could not be withdrawn over one seat in K-P.

    PML-N’s counsel, Aamir Javed, asked how was it that both PML-N and JUI-F had the same number of general seats, seven each, but JUI-F received 10 reserved seats while PML-N got only eight. He said the matter should be resolved through a toss as per legal provisions.

    Murtaza added that at the time of allocation, JUI-F had seven eligible candidates while PML-N had six. He further added that Tariq Awan, who won as an independent, did not join the PML-N within the required three-day period after the election.

    Meanwhile, PPPP’s lawyer, Nayyar Bukhari, emphasized that his party’s case was different and should be addressed after the resolution of the dispute between PML-N and JUI-F. ANP’s counsel maintained that the seat allocation should reflect the situation immediately after the general elections.

    PTI counsel raised concerns that two of their representatives had been counted as one in the allocation process, stressing that reserved seats should directly correlate with general seats and must be distributed accordingly. He highlighted the importance of establishing a clear cut-off date, warning that including by-elections in the calculations could further complicate the issue.

    During the hearing, ECP member Nisar Durrani asked whether a party’s reserved seats should be reduced if it loses seats in subsequent by-elections. PTI’s counsel responded that such a reduction would not be valid. After hearing all arguments, the ECP reserved its judgment.

    PHC ruling

    On July 9, the Peshawar High Court (PHC) annulled the distribution of reserved seats in the K-P Assembly and ordered the ECP to redistribute the seats after hearing the parties. A two-member bench, comprising Justice Syed Arshad Ali and Justice Dr Khurshid Iqbal, announced the reserved judgment on the petition of the PML-N against the distribution of reserved seats.

    In its two-page judgment, it was reported, the court declared null and void both the announcements of the ECP regarding the allocation of reserved seats for women and minorities. It said the ECP should reallocate these seats after hearing all candidates and political parties within 10 days.

    The report added that the court had delayed the oath-taking of the lawmakers on the reserved seats until the ECP decision. The court also ruled that ECP’s deadline for the independent candidates to join any political party in the provincial assembly by February 22, 2024, was unconstitutional.

    The report added that the K-P Assembly comprises 124 lawmakers – 99 elected on general seats, besides 21 reserved seats for women and four reserved seats for non-Muslims. The reserved seats are allocated only to the political parties in the house based on their strength.

    After the general elections on February 8, 2024, the ECP allocated the reserved seats to the political parties, excluding the independents, who were PTI-backed, and formed a majority in the house. However, the matter dragged on for over a year in the courts, until it was settled in the Supreme Court recently.

    The PHC ruling had directed the ECP to redistribute these seats after hearing the PML-N, the JUI-F, the PPP, the ANP and the PTI-Parliamentarians.

    Continue Reading

  • $451.8 Bn Paper and Paperboard Packaging Market by Grade, Type, Source, Pulping, Application, & Region

    $451.8 Bn Paper and Paperboard Packaging Market by Grade, Type, Source, Pulping, Application, & Region

    Company Logo

    The global paper and paperboard packaging market, valued at USD 379.9 billion in 2024, is projected to reach USD 451.8 billion by 2030, growing at a CAGR of 2.9%. This rise is fueled by increasing environmental consciousness, regulatory bans on single-use plastics, and the expansion of e-commerce necessitating eco-friendly packaging. The glassine & greaseproof segment leads with the highest growth, favored for its sustainable, food-safe properties. Flexible paper also shows strong growth, meeting demands for recyclable, high-performance options. Dominating the market share, the Asia Pacific region benefits from urbanization and robust consumer demand. Key players include Mondi Group, International Paper, and Smurfit Kappa.

    Paper and Paperboard Packaging Market

    Paper and Paperboard Packaging Market
    Paper and Paperboard Packaging Market

    Dublin, July 14, 2025 (GLOBE NEWSWIRE) — The “Paper and Paperboard Packaging Market by Grade, Type, Source, Pulping, Application, & Region – Global Forecast to 2030” report has been added to ResearchAndMarkets.com’s offering.

    The market for paper and paperboard packaging was valued at USD 379.9 billion in 2024, and it is projected to reach USD 451.8 billion by 2030, at a CAGR of 2.9 %

    The report is expected to help the market leaders/new entrants in this market share the closest approximations of the revenue numbers of the overall paper and paperboard packaging market and its segments and subsegments. This report is projected to help stakeholders understand the competitive landscape of the market, gain insights to improve the positions of their businesses, and plan suitable go-to-market strategies. The report also aims to help stakeholders understand the pulse of the market and provides them with information on the key market drivers, challenges, and opportunities.

    The demand for paper & paperboard packaging is steadily rising due to stricter regulations to reduce the use of plastic and growing environmental consciousness. Many governments now forbid or restrict the use of single-use plastics, which is encouraging companies to use more ecologically friendly alternatives, such as packaging made of paper.

    The rapid expansion of e-commerce has increased demand for packaging that is both, recyclable and robust enough to support branding through printability. The food and beverage industry is witnessing a surge in the use of biodegradable, food-safe materials in response to consumer preferences for environmentally conscious packaging.

    Mondi Group (UK), International Paper (US), Smurfit Kappa (Ireland), NIPPON PAPER INDUSTRIES CO., LTD. (Japan), Amcor (Switzerland), Oji Holdings Corporation (Japan), ITC Limited (India), Metsa Group (Finland)., Clearwater Paper Corporation (US), and Packaging Corporation of America (US) are some of the key players in the paper and paperboard packaging market.

    It is expected that the Asia Pacific will continue to account for a majority of the market share within the paper and paperboard packaging market during the forecast period as well due to many factors such as rapid industrialization, urbanization, and increased consumer demand in economic powerhouses, such as China, India, Indonesia, and Vietnam. The growing middle class and increasing populations lead to increased consumption in food, beverage, personal care, and e-commerce categories, and will become extraordinarily dependent on sustainable, efficient, and affordable packaging solutions for the delivery of products such as food and beverages.

    Continue Reading

  • New study finds how ‘chutki bhar namak’ is raising the risk of hypertension, stroke, heart and kidney diseases in India

    New study finds how ‘chutki bhar namak’ is raising the risk of hypertension, stroke, heart and kidney diseases in India

    People in India are consuming more salt than recommended, increasing their chances of hypertension, stroke, heart disease, and kidney problems. This was revealed by scientists from the Indian Council of Medical Research’s (ICMR) National Institute of Epidemiology (NIE). They have started a study to reduce salt intake in communities and are promoting the use of low-sodium salt substitutes, a TOI report stated.

    Urban and rural intake exceeds WHO limits

    The World Health Organisation advises eating less than 5 grams of salt per person per day. But according to research cited by the NIE scientists, people in urban India eat around 9.2 grams a day, and even in rural areas, the average is about 5.6 grams, both above the recommended limit.

    Low-sodium salt as a key tool

    Dr Sharan Murali, senior scientist at NIE and the study’s lead researcher, said replacing regular salt with low-sodium salt substitutes could help bring down blood pressure and improve heart health.
    “Lesser sodium consumption helps reduce blood pressure and improves overall heart health, making low-sodium alternatives a meaningful switch, especially for those with hypertension,” Dr Murali said.

    “Just switching to low-sodium salt can lower blood pressure by 7/4 mmHg on average, a small change with a big impact,” he added.

    Three-year study in Punjab and Telangana

    To address the issue, NIE has started a three-year project in Punjab and Telangana. The aim is to measure how structured salt reduction counselling can help people with high blood pressure reduce both their salt intake and blood pressure levels.Dr Ganesh Kumar, another senior scientist at NIE who is involved in the study, confirmed the purpose of the project.

    Continue Reading