Who does not know the Iphone and Nokia, both of which are brand names that continue to compete in seizing the high-end smartphone market. Almost at the same time Apple released the iPhone 4G while Nokia released a new mobile phone is the Nokia N8. Both represent the latest smart phone with features - advanced features.

Starting from a model that carried both of them do not provide nearly the same QWERTY keyboard, access to the phone directly through the display screen which are both capacitive touchscreen technology to adapt the means to access the screen enough with our fingers. But for the quality of the Nokia screen sharpness using AMOLED technology used by Samsung smart phone, but the iPhone screen using a technology that is claimed for the current best known by experts as a technology IPhone "Retina Display". Viewing the embedded camera also has a difference if the Nokia N8 has a camera with Carl Zeiss lens with a resolution of 12 megapixel camera on the iPhone 4G while having only a 5-megapixel resolution, but for the quality of images produced both good but difficult to distinguish clearly to users of the Nokia N8 can print image with a larger size without fear for blurry because the camera has a resolution greater than the iPhone 4G. For quality video record both phones are the same - the same support quality high definition (HD), the best video recording quality for a GSM cell phone today.



As for the hardware used by the CPU iPhone 4G dibesut of Apple's powerful 1 GHz SoC A4 and up to 512 Mb RAM memory so the speed and multitasking support is clearly more than the Nokia N8 which only has a 680 Mhz ARM CPU 256 Mb RAM memory following. Although the Nokia claims that the Nokia N8 very fast, but apply the rule that the greater the ability of the processor, of course, the faster the performance of the mobile phone. Speaking of smart phones can not be separated from its Internet network connection capability, the Nokia N8 already supports 3G high-speed internet networks - up to 10.2 Mbps HSDPA while for the iPhone 4G also supports 3G networks - HSDPA which only has the ability to download data 7.2 Mbps, although for now there has been existing operators in Indonesia are able to provide the network with a speed of 10.2 Mbps for the future but obviously Nokia N8 more optimal in this regard. And for the browser Nokia N8 been able to display flash animation and YouTube video with a good while for the iPhone 4G has a browser can not display YouTube videos that much-loved by the netters. Apart from some such comparison, respectively - each have their own fans. But for the moment obviously the iPhone has more fans. It is characterized by the 4G iPhone sales figures up to millions at the opening of the then compare it with Nokia products that have not been as high as iPhone sales exceeded, we wait N8 sales figures are expected to slide this year's third quarter.

The launch of Apple's latest device is the most anticipated this summer, officially announced the iPhone 4G ultimately Steve Jobs - as the main speaker - at WWDC 2010, June 7 yesterday. New features more bite revealed in the event.

Not only the features, design view 4G generation is also completely new and unique when compared with the first version of the iPhone, iPhone 3G and 3G. Could be iPhone 4G is thinnest ever. Wrapping layer also uses stainless steel plus scratch-resistant glass and crystal clear screen to produce a maximum optical quality.

As expected, these devices have a front camera for video chat using iChat service. What are the details of the specification that carried the iPhone 4G?

iPhone 4G has a 3.5 inch screen retina, a resolution of 960 x 640 pixels, that means four times sharper than the nearest predecessor. Thus, these devices are capable of producing up to 326 pixels display sharpness in every single inch screen. The contrast ratio was quite ciamik, 800:1, and do not miss the IP technology to color with high quality and wide-angle view.

Steve also meet the expectations of the iPhone loyalists by implanting 5 mega pixel camera with digital zoom capability up to 5 times. As a core performance, using the processor A4 iPhone 4G. The speed is obviously much higher and can not be compared with the previous iPhone.

Not to leave it at that, Apple also boosted battery life. Battery life was unsparing, 7 hours to speak with a 3G connection, 6 hours when surfing with 3G service and 300 hours in standby condition!

It's just not as expected the capacity of many people - in which some loyalists and technology site speculated, the iPhone will come out with up to 80GB of memory. Like its predecessor replenish Apple 4G version with a maximum capacity of 32 GB.

But the good news, Apple is giving a bonus for connectivity. 4G iPhone is a quad (four) band, HSDPA / HSUPA with dual microphones and wireless connection features, 802.11n Wi-Fi.

The shock still has not stopped. Another cool feature of the iPhone 4G is the Gyro-accelerometer, motion sensor delivering six corners, wow!

4G iPhone can also record HD quality video 720 pixels at 30 frames per second. You simply just click, point to get a clear focus to get good video and to alter the problem, not to worry, the iPhone has the ability to edit video

iMovie is now also available on all iPhones, including older versions. Simply update your OS to IOS 4. But, not all the features in iMovie can function in the old iPhone. For those interested in the iPhone operating system update tools, eliminate Apple's latest OS to be released on 21 June.

Back again to the specifications of the iPhone 4G, devices that have multi-tasking capabilities with the addition of other features. Such as 3G, 4G iPhone also comes with two colors, black and white.

About the price, do not miss Steve announces official iPhone 3G. For capacity of 16 GB model is set 199 dollars or about Rp2 million and 299 dollars, or around Rp 3 million for the 32 GB model. Of course that price does not include operator services, not to mention if the operator - such as in Indonesia - monopolize the sale of the version locked.

When Oliver Kreylos, a computer scientist, heard about the capabilities of Microsoft’s new Kinect gaming device, he couldn’t wait to get his hands on it. “I dropped everything, rode my bike to the closest game store and bought one,” he said.

Philipp Robbel combined an iRobot device and the new Microsoft controller that can recognize gestures. He calls it the KinectBot.

Theo Watson and Emily Gobeille created a puppet show using a Kinect.

Mehmet S. Akten uses the system to draw in 3-D.

But he had no interest in playing video games with the Kinect, which is meant to be plugged into an Xbox and allows players to control the action onscreen by moving their bodies.

Mr. Kreylos, who specializes in virtual reality and 3-D graphics, had just learned that he could download some software and use the device with his computer instead. He was soon using it to create “holographic” video images that can be rotated on a computer screen. A video he postedon YouTubelast week caused jaws to drop and has been watched 1.3 million times.

Mr. Kreylos is part of a crowd of programmers, roboticists and tinkerers who are getting the Kinect to do things it was not really meant to do. The attraction of the device is that it is outfitted with cameras, sensors and software that let it detect movement, depth, and the shape and position of the human body.

Companies respond to this kind of experimentation with their products in different ways — and Microsoft has had two very different responses since the Kinect was released on Nov. 4. It initially made vague threats about working with law enforcement to stop “product tampering.” But by last week, it was embracing the benevolent hackers.

New York Times

Theo Watson and Emily Gobeille created a puppet show using a Kinect.

“Anytime there is engagement and excitement around our technology, we see that as a good thing,” said Craig Davidson, senior director for Xbox Live at Microsoft. “It’s naïve to think that any new technology that comes out won’t have a group that tinkers with it.”

Microsoft and other companies would be wise to keep an eye on this kind of outside innovation and consider wrapping some of the creative advances into future products, said Loren Johnson, an analyst at Frost & Sullivan who follows digital media and consumer electronics.

“These adaptations could be a great benefit to their own bottom line,” he said. “It’s a trend that is undeniable, using public resources to improve on products, whether it be the Kinect or anything else.”

Microsoft invested hundreds of millions of dollarsin Kinect in the hopes of wooing a broader audience of gamers, like those who enjoy using the motion-based controllers of the Nintendo Wii.

Word of the technical sophistication and low price of the device spread quickly in tech circles.

Building a device with the Kinect’s capabilities would require “thousands of dollars, multiple Ph.D.’s and dozens of months,” said Limor Fried, an engineer and founder of Adafruit Industries

, a store in New York that sells supplies for experimental hardware projects. “You can just buy this at any game store for $150.”

On the day the Kinect went on sale, Ms. Fried and Phillip Torrone, a designer and senior editor of Make magazine, which features do-it-yourself technology projects, announced a $3,000 cash bounty for anyone who created and released free software allowing the Kinect to be used with a computer instead of an Xbox.

Microsoft quickly gave the contest a thumbs-down. In an interviewwith CNet News, a company representative said that it did not “condone the modification of its products” and that it would “work closely with law enforcement and product safety groups to keep Kinect tamper-resistant.”

That is not much different from the approach taken by Apple, which has released software upgrades for its iPhoneoperating system in an effort to block any unsanctioned hacks or software running on its devices.

But other companies whose products have been popular targets for tinkering have actively encouraged it. One example is iRobot, the company that makes the Roomba, a small robotic vacuum cleaner. That product was so popular with robotics enthusiasts that the company began selling the iRobot Create, a programmable machine with no dusting capabilities.

Mr. Davidson said Microsoft now had no concerns about the Kinect-hacking fan club, but he said the company would be monitoring developments. A modification that compromises the Xbox system, violates the company’s terms of service or “degrades the experience for everyone is not something we want,” he said

.

Bryce Vickmark for The New York Times

Philipp Robbel combined an iRobot device and the new Microsoft controller that can recognize gestures. He calls it the KinectBot.

Other creative uses of the Kinect involve drawing 3-D doodles in the airand then rotating them with a nudge of the hand, and manipulating colorful animated puppets on a computer screen. Most, if not all, of the prototypes were built using the open-source code released as a result of the contest sponsored by Ms. Fried and Mr. Torrone, which was won by Hector Martin, a 20-year-old engineering student in Spain.

The KinectBot, cobbled together in a weekend by Philipp Robbel, a Ph.D. candidate at the Massachusetts Institute of Technology, combines the Kinect and an iRobot Create. It uses the Kinect’s sensors to detect humans, respond to gesture and voice commands, and generate 3-D maps of what it is seeing as it rolls through a room.

Mr. Robbel said the KinectBot offered a small glimpse into the future of machines that could aid in the search for survivors after a natural disaster.

“This is only the tip of the iceberg,” he said of the wave of Kinect experimentation. “We are going to see an exponential number of videos and tests over the coming weeks and months as more people get their hands on this device.”

Toying around with the Kinect could go beyond being a weekend hobby. It could potentially lead to a job. In late 2007, Johnny Lee, then a graduate student at Carnegie Mellon, was so taken by the Wii that he rigged a system that would allow it to track his head movements and adjust the screen perspective accordingly.

Halo!!!
Ini adalah
Osis SMA Negeri 61 periode 2010-2011, yang bernama Dhira Tasthiva Balavat Kama. Kami memiliki nama panjang yang kami ambil dari bahasa sansekerta, yaitu:

1. Ketua PK : Fajar Sidik Abdullah Kelana
   
2. Sekretaris PK : Kurnia Dini Cahyanti
3. Ketua Komisi A : M. Harits Abdurrahman
4. Ketua Komisi B : Heridra Adhi Nusantara
5. Ketua Komisi C : M. Ramdhan Sentosa
6. Ketua Komisi D : Aviriga Septa Karkataloka
7. Sekretaris Komisi A : Aditya Brahma Esmondo
8. Sekretaris Komisi B : Prima Aulia Gumilang
9. Sekretaris Komisi C : Rahmad Habibie
10. Sekretaris Komisi D : Ayu Devita Ashari

1. Ketua Osis : Brahmastra Bayang Sambadha
2. Wakil ketua : Olgha Nadiatul Haq
3. Sekretaris : Irla Gabriela Arya
4. Bendahara : Khairani Aqmar
5. Wakil Sekretaris : Dita Annisa Putri
6. Wakil Bendahara : Irnawati Yusuf
7. Ketua Sie. 1 : Imaduddin Shidiq
8. Ketua Sie. 2 : Alya Ghina Aqila
9. Ketua Sie. 3 : Gita Permatasari
10. Ketua Sie. 4 : Denalia Aurika
11. Ketua Sie. 5 : Dewi Ramadhani
12. Ketua Sie. 6 : Muhammad Syarifudin
13. Ketua Sie. 7 : Fira Catleya Dlis
14. Ketua Sie. 8 : Khansa Nursatyani
15. Anggota Sie. 3 : Agung Priambada
16. Anggota Sie. 4 : Alfan Anugrah
17. Anggota Sie. 6 : Adhi Wiguna
18. Anggota Sie. 7 : Sonia Choirunnisa
19. Anggota Sie. 8 : Jenesdri Agretama
    

cellular phone is undoubtedly probably the most happening gadget from the 21st century. if your ancient man could not live without foodstuff, without air plus without water, modern man cannot visualize living without a cell phone.

Cellular Phone are some sort of priority, even when you are in a meeting with the unit off. Basically we are generally so accustomed to the employment of cell phones that they have become part among us. But we ponder, what makes these so important, almost just like a basic necessity, especially because 30 to 25 prohibited the concept of mobile phones was not perhaps there?

The resolution is simple. The luxury spoiled all of us. And do not necessarily forget the large brands that never leave us beyond our habit as well as instead makes us more longing for the latest emits with new attributes. With the price falling along with the need to stay in connected becoming increasingly important for that present generation hand held phones have become a lifestyle. Now almost noone cares if the quantity of depreciation is over 50% per year of utilize, or if his phone is lost every once in awhile.

Buying a cellular phone is now always easy, that is, if you know exactly what you choose. However, it is suggested that you just buy cell mobile phones manufactured by reputed brands that may provide you good service after revenue, preferably from official dealers.

The purchase of cell phones through internet sites isn’t a bad notion, though in several cases, you have to be extremely careful. Duplicate cell phones have always been a problem, and that which is worse is receiving a cell phone which was repositioned or replaced with all the duplicate. A new cellular phone with an previous battery is one of these.

Initially, the cell smartphone were developed only towards army and the must be in contact with one another was a concern. Cell phones initially were large larger and quality of voice has not been very good and there have been no additional assets.

However, in many years after they became also great for the armed forces worldwide and the technological innovation developed and enhanced, new satellite network cellular phone companies began that will emerge to adjust the scenario of the times. In less than two years cellphones replacing land line telephone, and were becoming important operating houses, and anyone who could afford was looking to purchase one. A few years after cell phones not anymore just a luxury including a necessity of business houses as well as the military, they were the main devices, probably popular than the laptop.

Today cell phones are much smaller in size and have the many features one could consider having an electronic device. With that rapid advance of technology, you can now have the best of old cameras and video saving devices. And as if that has been not enough there are reached the I-pod also.

The Bluetooth along with infrared options can be a dream for individuals who like to retain changing and modernizing their phones, while services linked to the Internet may be the greatest boon to computer addicts. Businessmen now cannot think of a phone that would not allow them to work with MS-Word and shine in life, and additional memory cards can be seen in dozens where there exists any human habitation. Cell phones are certainly one of the biggest inventions of the time.

What then is biotechnology? The term brings to mind many different things. Some think of developing new types of animals. Others dream of almost unlimited sources of human therapeutic drugs. Still others envision the possibility of growing crops that are more nutritious and naturally pest-resistant to feed a rapidly growing world population. This question elicits almost as many first-thought responses as there are people to whom the question can be posed.

In its purest form, the term "biotechnology" refers to the use of living organisms or their products to modify human health and the human environment. Prehistoric biotechnologists did this as they used yeast cells to raise bread dough and to ferment alcoholic beverages, and bacterial cells to make cheeses and yogurts and as they bred their strong, productive animals to make even stronger and more productive offspring.

Batik (atau kata Batik) berasal dari bahasa Jawa "amba" yang berarti menulis dan "titik". Kata batik merujuk pada kain dengan corak yang dihasilkan oleh bahan "malam" (wax) yang diaplikasikan ke atas kain, sehingga menahan masuknya bahan pewarna (dye), atau dalam Bahasa Inggrisnya "wax-resist dyeing".
Batik adalah kerajinan yang memiliki nilai seni tinggi dan telah menjadi bagian dari budaya Indonesia (khususnya Jawa) sejak lama. Perempuan-perempuan Jawa di masa lampau menjadikan keterampilan mereka dalam membatik sebagai mata pencaharian, sehingga di masa lalu pekerjaan membatik adalah pekerjaan eksklusif perempuan sampai ditemukannya "Batik Cap" yang memungkinkan masuknya laki-laki ke dalam bidang ini. Ada beberapa pengecualian bagi fenomena ini, yaitu batik pesisir yang memiliki garis maskulin seperti yang bisa dilihat pada corak "Mega Mendung", dimana di beberapa daerah pesisir pekerjaan membatik adalah lazim bagi kaum lelaki.
Ragam corak dan warna Batik dipengaruhi oleh berbagai pengaruh asing. Awalnya, batik memiliki ragam corak dan warna yang terbatas, dan beberapa corak hanya boleh dipakai oleh kalangan tertentu. Namun batik pesisir menyerap berbagai pengaruh luar, seperti para pedagang asing dan juga pada akhirnya, para penjajah. Warna-warna cerah seperti merah dipopulerkan oleh orang Tionghoa, yang juga mempopulerkan corak phoenix. Bangsa penjajah Eropa juga mengambil minat kepada batik, dan hasilnya adalah corak bebungaan yang sebelumnya tidak dikenal (seperti bunga tulip) dan juga benda-benda yang dibawa oleh penjajah (gedung atau kereta kuda), termasuk juga warna-warna kesukaan mereka seperti warna biru. Batik tradisonal tetap mempertahankan coraknya, dan masih dipakai dalam upacara-upacara adat, karena biasanya masing-masing corak memiliki perlambangan masing-masing.
Teknik membatik telah dikenal sejak ribuan tahun yang silam. Tidak ada keterangan sejarah yang cukup jelas tentang asal usul batik. Ada yang menduga teknik ini berasal dari bangsa Sumeria, kemudian dikembangkan di Jawa setelah dibawa oleh para pedagang India. Saat ini batik bisa ditemukan di banyak negara seperti Indonesia, Malaysia, Thailand, India, Sri Lanka, dan Iran. Selain di Asia, batik juga sangat populer di beberapa negara di benua Afrika. Walaupun demikian, batik yang sangat terkenal di dunia adalah batik yang berasal dari Indonesia, terutama dari Jawa.
Tradisi membatik pada mulanya merupakan tradisi yang turun temurun, sehingga kadang kala suatu motif dapat dikenali berasal dari batik keluarga tertentu. Beberapa motif batik dapat menunjukkan status seseorang. Bahkan sampai saat ini, beberapa motif batik tadisional hanya dipakai oleh keluarga keraton Yogyakarta dan Surakarta.
Batik merupakan warisan nenek moyang Indonesia ( Jawa ) yang sampai saat ini masih ada. Batik juga pertama kali diperkenalkan kepada dunia oleh Presiden Soeharto, yang pada waktu itu memakai batik pada Konferensi PBB.

Cara pembuatan
Semula batik dibuat di atas bahan dengan warna putih yang terbuat dari kapas yang dinamakan kain poliester, rayon dan bahan sintetis lainnya. Motif batik dibentuk dengan cairan lilin dengan menmori. Dewasa ini batik juga dibuat di atas bahan lain seperti sutera, ggunakan alat yang dinamakan canting untuk motif halus, atau kuas untuk motif berukuran besar, sehingga cairan lilin meresap ke dalam serat kain. Kain yang telah dilukis dengan lilin kemudian dicelup dengan warna yang diinginkan, biasanya dimulai dari warna-warna muda. Pencelupan kemudian dilakukan untuk motif lain dengan warna lebih tua atau gelap. Setelah beberapa kali proses pewarnaan, kain yang telah dibatik dicelupkan ke dalam bahan kimia untuk melarutkan lilin.
Jenis batik
Batik tulis adalah kain yang dihias dengan teksture dan corak batik menggunakan tangan. Pembuatan batik jenis ini memakan waktu kurang lebih 2-3 bulan.
Batik cap adalah kain yang dihias dengan teksture dan corak batik yang dibentuk dengan cap ( biasanya terbuat dari tembaga). Proses pembuatan batik jenis ini membutuhkan waktu kurang lebih 2-3 hari.
hayooo, berminat bikin batik gag ??

Bioteknologi adalah penggunaan biokimia, mikrobiologi, dan rekayasa genetika secara terpadu, untuk menghasilkan barang atau lainnya bagi kepentingan manusia.

Biokimia mempelajari struktur kimiawi organisme. Rekayasa genetika adalah aplikasi genetik dengan mentransplantasi gen dari satu organisme ke organisme lain.

Ciri utama bioteknologi:

1. Adanya aBen biologi berupa mikroorganisme, tumbuhan atau hewan
2. Adanya pendayagunsan secara teknologi dan industri
3. Produk yang dihasilkan adalah hasil ekstraksi dan pemurnian

Gbr. Kegunaan Bioteknologi untuk memenuhi kebutuhan manusia

Perkembangan bioteknologi :

K.H. ZAENAL MUSTOFA yang dilahirkan pada tahun 1899 di Kampung Bageur, Desa Cimerah (sekarang bernama Desa Sukarapih), Kecamatan Singaparna, Kabupaten Tasikmalaya, sejak tahun 1927 mendirikan Pesantren Sukamanah. Kiai yang menjadi wakil ketua NU Kabupaten Tasikmalaya ini, dalam setiap dakwahnya, selalu menyerang kebijakan-kebijakan politik kolonial Belanda dengan kata-kata yang pedas. Oleh karena mata-mata penjajah ada di mana-mana, akibatnya, kiai yang telah belajar di berbagai pesantren selama 17 tahun ini sering mendapat peringatan. Kadang-kadang pidatonya dilarang untuk dilanjutkan, apabila ia tengah mengupas kekejaman serta kepalsuan politik kolonial Belanda.

Tanggal 17 November 1941, K.H. Zaenal Mustofa, bersama Kiai Rukhiyat (dari Pesantren Cipasung), Haji Syirod, dan Hambali Syafei ditangkap Belanda dengan tuduhan telah menghasut rakyat, untuk memberontak terhadap pemerintah Hindia Belanda. Mereka dipenjarakan di Tasikmalaya selama satu hari, kemudian dipindahkan ke penjara Sukamiskin di Bandung.

Setelah dibebaskan, K.H. Zaenal Mustofa tidak berubah. Kembali ia berdakwah yang isinya jelas-jelas menentang penjajah. Pada akhir bulan Februari 1942, ia dan Kiai Rukhiyat kembali ditangkap dan ditahan di penjara Ciamis. Kedua ulama ini menghadapi tuduhan yang sama dengan penangkapannya yang pertama.

Pada tanggal 8 Maret 1942 kekuasaan Hindia Belanda berakhir dan Indonesia diduduki Pemerintah Militer Jepang. Oleh penjajah yang baru ini, K.H. Zaenal Mustofa dibebaskan dari penjara, dengan harapan ia akan mau membantu Jepang dalam mewujudkan ambisi fasisnya, yaitu menciptakan Lingkungan Kemakmuran Bersama Asia Timur Raya. Akan tetapi, apa yang menjadi harapan Jepang tidak pernah terwujud, karena K.H Zaenal Mustofa dengan tegas menolak. Bahkan kepada para santrinya, ia memperingatkan bahwa fasisme Jepang itu lebih berbahaya dari imperialisme Belanda.

Suatu ketika, semua alim ulama Singaparna harus berkumpul di alun-alun dan semua diwajibkan menghormat (seikerei) ke arah Tokyo. Di bawah todongan senjata, semua ulama terpaksa melakukan perintah itu, hanya K.H. Zaenal Mustofa yang tetap membangkang. Bahkan, ia berkata kepada Kiai Rukhiyat yang hadir pada waktu itu bahwa perbuatan tersebut musyrik. Kepada para santri dan pengikutnya, ia juga mengatakan, lebih baik mati ketimbang menuruti perintah Jepang.

Tindakan pemerintah pendudukan Jepang yang juga sangat memberatkan rakyat adalah, penerapan politik beras atau kewajiban menyerahkan beras kepada Jepang yang sangat merugikan rakyat. Rakyat kelaparan. Bahkan banyak yang menderita busung lapar. Selain itu, banyak kaum wanita ditipu. Mereka dijanjikan akan disekolahkan di Tokyo sehingga banyak yang mendaftarkan diri, ternyata mereka dikirim ke daerah-daerah pertempuran seperti Birma dan Malaya dan dijadikan sebagai wanita penghibur tentara-tentara Jepang (jugun ianfu).

Akhirnya, K.H. Zaenal Mustofa memutuskan untuk melakukan perlawanan terbuka terhadap kekejaman fasisme Jepang. Bersama para santrinya ia merencanakan suatu gerakan yang akan dilakukan pada tanggal 25 Februari 1944 (1 Maulud 1363 H). Mula-mula ia akan menculik para pembesar Jepang di Tasikmalaya, kemudian melakukan sabotase, memutuskan kawat-kawat telefon sehingga militer Jepang tidak dapat berkomunikasi, dan terakhir, membebaskan tahanan-tahanan politik.

Untuk melaksanakan rencana ini, K.H. Zaenal Mustofa meminta para santrinya mempersiapkan persenjataan berupa bambu runcing dan golok yang terbuat dari bambu, serta berlatih pencak silat. Kiai juga memberikan latihan spiritual (tarekat) seperti mengurangi makan, tidur, dan membaca wirid-wirid untuk mendekatkan diri kepada Allah SWT.

Persiapan para santri ini tercium Jepang. Segera mereka mengirim camat Singaparna disertai 11 orang staf dan dikawal oleh beberapa anggota polisi untuk melakukan penangkapan. Usaha ini tidak berhasil. Mereka malah ditahan di rumah K.H. Zaenal Mustofa. Keesokan harinya, pukul 8 pagi tanggal 25 Februari 1944, mereka dilepaskan.

Tiba-tiba, sekitar pukul 13.00, datang empat orang opsir Jepang meminta agar K.H. Zaenal Mustofa menghadap pemerintah Jepang di Tasikmalaya. Perintah tersebut ditolak tegas sehingga terjadilah keributan. Hasilnya, keempat opsir itu tewas dan salah seorang santri yang bernama Nur menjadi korban, karena terkena tembakan salah seorang opsir Jepang tersebut. Setelah kejadian tersebut, sore harinya sekitar pukul 16.00 datang beberapa buah truk mendekati garis depan pertahanan Sukamanah. Suara takbir mulai terdengar, pasukan Sukamanah sangat terkejut, setelah tampak dengan jelas bahwa yang berhadapan dengan mereka adalah bangsa sendiri. Rupanya Jepang telah mempergunakan taktik adu domba. Maka terjadilah apa yang dikisahkan pada awal tulisan ini.

Perlu dijelaskan pula bahwa sehari setelah peristiwa itu, antara 700-900 orang ditangkap dan dimasukkan ke dalam penjara di Tasikmalaya. Yang sangat penting adalah instruksi rahasia dari K.H. Zaenal Mustofa kepada para santri dan seluruh pengikutnya yang ditahan, yaitu agar tidak mengaku terlibat dalam pertempuran melawan Jepang, termasuk dalam kematian para opsir Jepang, dan pertanggungjawaban tentang pemberontakan Sukamanah dipikul sepenuhnya oleh K.H. Zaenal Mustofa.

Akibatnya memang berat. Sebanyak 23 orang yang dianggap bersalah, termasuk K.H. Zaenal Mustofa, dibawa ke Jakarta untuk diadili. Namun mereka hilang tak tentu rimbanya. Kemungkinan besar mereka dibunuh. Korban lainnya, seperti telah disebutkan di atas dan sekitar 600-an orang dilepas, karena dianggap tidak terlibat.